KEISER UNIVERSITY Underraduate Catalog VOLUME 23 NO.1 2023 – 2024 www.keiseruniversity.edu KEISER UNIVERSITY www.keiseruniversity.edu Keiser University, Ft. Lauderdale 1500 NW 49th Street Fort Lauderdale, Florida 33309 (954) 776-4456 Toll Free (800)-749-4456 ADDITIONAL LOCATIONS Keiser University, Clearwater 16120 US Highway 19 North Clearwater, FL 33764 (727) 576-6500 Keiser University, Daytona 1800 Business Park Boulevard Daytona Beach, Florida 32114 (386) 274-5060 Keiser University Flagship Campus 2600 North Military Trail West Palm Beach, FL 33409 (561) 478-5500 Keiser University College of Golf and Sport Management 2600 North Military Trail West Palm Beach, FL 33409 (561) 478-5500 Keiser University, Ft. Myers 9100 Forum Corporate Parkway Ft. Myers, Florida 33905 (239) 277-1336 Keiser University, Jacksonville 6430 Southpoint Parkway Jacksonville, Florida 32216 (904) 296-3440 Keiser University, Lakeland 2400 Interstate Drive Lakeland, Florida 33805 (863) 682-6020 Keiser University, Melbourne 900 South Babcock Street Melbourne, Florida 32901 (321) 409-4800 Keiser University, Miami 2101 NW 117th Avenue Miami, Florida 33172 (305) 596-2226 Keiser University, Naples 3909 Tamiami Trail East Naples, FL 34112 (239) 513-1135 Keiser University, New Port Richey 6400 US Highway 19 North New Port Richey, FL 34652 (727) 484-3110 Online Division 1900 W. Commercial Blvd. Suite 100 Fort Lauderdale, Florida 33309 Local (954) 351- 4040 Toll Free (888) 4-KEISER (US only) Keiser University, Orlando 5600 Lake Underhill Road Orlando, Florida 32807 (407) 273-5800 Keiser University at Patrick Space Force Base 1020 School Avenue, Suite E-2 Patrick SFB, Florida 32925 (321) 430-0748 Keiser University, Pembroke Pines 1640 SW 145th Avenue Pembroke Pines, Florida 33027 (954) 431-4300 Keiser University, Port St. Lucie 9400 SW Discovery Way Port St. Lucie, Florida 34986 (772) 398-9990 Keiser University, San Marcos Gasolinera UNO, 2 c al sur San Marcos, Carazo, Nicaragua Local (505) 2535-2314 / 2535-2312 Toll Free (800) 969-1685 Keiser University, Managua Ofiplaza San Dionisio, Pista Suburbana Managua, Nicaragua Local (505) 2278-6911 1(800)969-1685 Keiser University, Sarasota 6151 Lake Osprey Drive Sarasota, Florida 34240 (941) 907-3900 Keiser University, Shanghai Guanhailu Road No. 505, Pudong Shanghai, China 201300 +86 (21) 6836 9850 Keiser University, Tallahassee 1700 Halstead Boulevard Tallahassee, Florida 32309 (850) 906-9494 Keiser University, Tampa 5002 West Waters Avenue Tampa, Florida 33634 (813) 885-4900 Keiser University, West Palm Beach 2085 Vista Parkway West Palm Beach, Florida 33411 (561) 471-600 University-Wide Undergraduate Catalog and Announcement Bulletin August 28, 2023, Volume 23, Number 1, effective August 28, 2023 Keiser University publishes an “electronic catalog” annually with periodic updates in an effort to provide updated information to students on an ongoing basis. In spite of this desire and intention, Keiser University reserves the right to make changes in its programs and the content of this catalog as necessary on an ongoing basis in accordance with institutional policies and procedures. The University makes every effort to provide current and prospective students with the most up-to-date and current information available, and will continue this practice as a matter of policy and practice. Students also may access the University web site at http://www.keiseruniversity.edu or call the main campus at 954-776-4456 for specific information if desired. Table of Contents CONTENTS GENERAL INFORMATION ...................................................................................................... 13 Mission Statement ........................................................................................................................................................... 13 Philosophy ........................................................................................................................................................................... 13 Strategic Directions and Goals ................................................................................................................................... 14 History .................................................................................................................................................................................. 15 Accreditation ..................................................................................................................................................................... 17 Americans with Disabilities Act.................................................................................................................................. 20 Equal Opportunities Statement .................................................................................................................................. 21 Memberships and Approvals ....................................................................................................................................... 21 Governance ......................................................................................................................................................................... 25 DESCRIPTIONS OF FACILITIES AND EQUIPMENT .................................................................... 27 ADMISSIONS ........................................................................................................................ 38 General Admissions Requirements ............................................................................................................................ 38 Academic Placement Determinations ..................................................................................................................... 41 Program-Specific Admissions Requirements ........................................................................................................ 41 Associate of Science in Nursing Admissions Policy ............................................................................................. 41 Bachelor of Science in Nursing Admissions Policy .............................................................................................. 42 Professional Licensure or Certification ................................................................................................................... 44 International Students ................................................................................................................................................... 44 High School Students ...................................................................................................................................................... 45 Undergraduate Transfer of Credit Policy ............................................................................................................... 45 College Level Examination (CLEP) Policy .............................................................................................................. 48 DANTES Subject Standardized Tests (DSST) Policy........................................................................................... 50 Advanced Placement Policy ......................................................................................................................................... 51 International Baccalaureate (IB).............................................................................................................................. 53 Policy on Transfer Credit for Military Training and Education .................................................................... 54 Credit for Life Experience Policy ................................................................................................................................ 55 Florida’s Statewide Course Numbering System ................................................................................................... 55 FINANCIAL SERVICES ............................................................................................................ 58 Consumer Information ................................................................................................................................................... 58 General Information ....................................................................................................................................................... 58 Grants ................................................................................................................................................................................... 58 Loans ..................................................................................................................................................................................... 59 Scholarships ....................................................................................................................................................................... 60 Financial Aid Procedures .............................................................................................................................................. 62 Student Rights ................................................................................................................................................................... 63 Student Responsibilities ................................................................................................................................................ 64 Satisfactory Academic Progress ................................................................................................................................. 64 TUITION, FEES, AND OTHER COSTS ....................................................................................... 67 Costs....................................................................................................................................................................................... 67 Required and Optional Fees for Programs ............................................................................................................ 70 Cancellation and Refund Policy .................................................................................................................................. 79 Return of Title IV Funds (R2T4) ................................................................................................................................. 80 Cancellation/Withdrawal Calculation. ................................................................................................................... 81 STUDENT SERVICES ............................................................................................................... 82 Orientation ......................................................................................................................................................................... 82 Career Services .................................................................................................................................................................. 82 Student Organizations ................................................................................................................................................... 83 Alumni Association .......................................................................................................................................................... 85 Counseling ........................................................................................................................................................................... 85 Housing ................................................................................................................................................................................ 85 Health Insurance .............................................................................................................................................................. 85 Graduation .......................................................................................................................................................................... 85 DISTANCE LEARNING ............................................................................................................ 87 Objectives ............................................................................................................................................................................ 87 Admissions Requirements for Enrollment in Online Learning ...................................................................... 87 Faculty/Student Interaction........................................................................................................................................ 87 Facilities and Equipment .............................................................................................................................................. 87 Student Services ................................................................................................................................................................ 88 Academic Advising ........................................................................................................................................................... 88 Testing .................................................................................................................................................................................. 88 Delivery of Books .............................................................................................................................................................. 88 Learning Resources ......................................................................................................................................................... 88 ADMINISTRATIVE POLICIES AND PROCEDURES ...................................................................... 89 General Information ....................................................................................................................................................... 89 Effective Catalog Date .................................................................................................................................................... 89 Official Communication with Students .................................................................................................................... 89 Bursar’s Office ................................................................................................................................................................... 90 University Bookstore....................................................................................................................................................... 90 Fire Precautions ............................................................................................................................................................... 90 Campus Safety ................................................................................................................................................................... 90 Annual Security Report.................................................................................................................................................. 90 Parking ................................................................................................................................................................................. 90 STUDENT CONDUCT POLICIES ............................................................................................... 91 Academic Honesty Policy .............................................................................................................................................. 91 Professional Behavior Policy ....................................................................................................................................... 94 Academic and Administrative Dismissal ................................................................................................................ 95 Anti-Hazing Policy ........................................................................................................................................................... 96 Conflict Resolution ........................................................................................................................................................... 96 Student Disciplinary Procedures ............................................................................................................................... 96 Standards of Appearance ............................................................................................................................................. 96 Firearms Policy ................................................................................................................................................................. 97 Grievance Procedures ..................................................................................................................................................... 97 Drug Policy ......................................................................................................................................................................... 98 Medical Marijuana Policy ............................................................................................................................................. 98 Arbitration Clause for Keiser University ................................................................................................................. 99 Intellectual Property Policy ......................................................................................................................................... 99 Privacy of Student Records .......................................................................................................................................... 99 Keiser University Transcripts .................................................................................................................................... 100 Sexual Harassment ........................................................................................................................................................ 101 Title IX Compliance ....................................................................................................................................................... 101 ACADEMIC POLICIES ........................................................................................................... 101 Credit Hours ..................................................................................................................................................................... 101 University Hours ............................................................................................................................................................. 102 Special Tutoring ............................................................................................................................................................. 102 Academic Advising ......................................................................................................................................................... 102 Library System ................................................................................................................................................................ 102 General Education Courses ........................................................................................................................................ 103 The Writing Studio ........................................................................................................................................................ 103 Gordon Rule ...................................................................................................................................................................... 104 Average Class Size .......................................................................................................................................................... 104 Field Trips ......................................................................................................................................................................... 104 Guest Lecturers ............................................................................................................................................................... 104 Schedule Changes ........................................................................................................................................................... 104 Course Waiver/Substitution ...................................................................................................................................... 104 Attendance ........................................................................................................................................................................ 104 Honor Code ....................................................................................................................................................................... 105 Leave of Absence Policy ............................................................................................................................................... 105 University Withdrawal Policy ................................................................................................................................... 106 Military Deployment Policy........................................................................................................................................ 106 Policy on Class Absences Due to Military Service .............................................................................................. 106 Policy on Military Stipends ......................................................................................................................................... 107 Military Course Approval and Refund Policy ...................................................................................................... 107 VA Pending Payment Policy: Student Rights and Responsibilities ............................................................. 108 Academic Re-Admittance Policy .............................................................................................................................. 108 Disciplinary Re-Admittance Policy.......................................................................................................................... 109 Add-Drop Period ............................................................................................................................................................. 109 Academic Load ................................................................................................................................................................ 110 Testing ................................................................................................................................................................................ 110 Grading............................................................................................................................................................................... 110 Scholastic Honors ........................................................................................................................................................... 112 Repeating Courses ......................................................................................................................................................... 112 Grade Forgiveness Policy ............................................................................................................................................ 112 Independent/Directed Study ..................................................................................................................................... 113 Academic Year ................................................................................................................................................................. 113 Grade Levels ..................................................................................................................................................................... 114 Standardized Testing Requirements ...................................................................................................................... 114 DEGREE REQUIREMENTS .................................................................................................... 114 Bachelor of Arts .............................................................................................................................................................. 114 Bachelor of Science ........................................................................................................................................................ 114 Additional Requirements for Bachelor of Arts or Science ............................................................................. 114 Associate of Arts ............................................................................................................................................................. 115 Associate of Science ....................................................................................................................................................... 115 Additional Requirements for Associate of Arts or Science ............................................................................ 115 Registry and Licensure Examinations Policy and Procedures ..................................................................... 115 PROGRAMS OFFERED AT EACH CAMPUS ............................................................................ 116 PROGRAM DESCRIPTIONS .................................................................................................. 143 BACHELOR OF ARTS DEGREES ................................................................................................................................ 143 Accounting ........................................................................................................................................................................ 143 Business Administration.............................................................................................................................................. 146 Accelerated BABA to MBA Track ............................................................................................................................. 147 Business Administration, Auto Dealership Management .............................................................................. 151 Business Analytics .......................................................................................................................................................... 153 Cinematic Arts ................................................................................................................................................................. 156 Criminal Justice ............................................................................................................................................................... 159 Accelerated BACJ to MACJ Track ............................................................................................................................. 159 Criminal Justice (Forensics Concentration) ........................................................................................................ 162 Accelerated BACJ – Forensics Concentration to MACJ Track ....................................................................... 162 Financial Crime Investigation ................................................................................................................................... 165 Health Services Administration ................................................................................................................................ 167 Homeland Security ........................................................................................................................................................ 170 Accelerated BAHS to MAHS Track .......................................................................................................................... 170 Legal Studies .................................................................................................................................................................... 173 Political Science .............................................................................................................................................................. 176 Political Science (International Relations Concentration) ........................................................................... 178 Public Administration .................................................................................................................................................. 181 Psychology ........................................................................................................................................................................ 184 BACHELOR OF SCIENCE DEGREES ......................................................................................................................... 188 Animation and Game Design ..................................................................................................................................... 188 Applied Engineering ..................................................................................................................................................... 190 Artificial Intelligence .................................................................................................................................................... 193 Biomedical Sciences ...................................................................................................................................................... 196 Biomedical Sciences (Pre-Physician Assistant Concentration) ................................................................... 199 Biotechnology .................................................................................................................................................................. 202 Cloud Engineering ......................................................................................................................................................... 204 Computer Information Systems ............................................................................................................................... 207 Cyberforensics/Information Security ........................................................................................................................ 209 Cybersecurity ..................................................................................................................................................................... 211 Dietetics and Nutrition ................................................................................................................................................ 213 Digital Forensics and Incident Response .............................................................................................................. 217 Exercise Science .............................................................................................................................................................. 219 Exercise and Sport Science ......................................................................................................................................... 221 Forensic Investigations (Investigations Concentration) ................................................................................ 225 Forensic Investigations (Science Concentration).............................................................................................. 228 Golf Management ........................................................................................................................................................... 231 Health and Human Performance ............................................................................................................................. 233 Health Information Management ........................................................................................................................... 236 Health Science ................................................................................................................................................................. 240 Imaging Sciences ............................................................................................................................................................ 242 Information Technology.............................................................................................................................................. 245 Information Technology Management ................................................................................................................. 248 Information Technology Management (Track 2) ............................................................................................. 249 Integrated Marketing Communications ............................................................................................................... 252 Interdisciplinary Studies ............................................................................................................................................. 255 Interdisciplinary Studies (Music Concentration) .............................................................................................. 257 Interdisciplinary Studies, Pre-DPT Bridge ........................................................................................................... 259 Law Enforcement Operations ................................................................................................................................... 261 Management Information Systems ......................................................................................................................... 264 Medical Laboratory Science ...................................................................................................................................... 266 Network Systems and Data Communications .................................................................................................... 268 Nursing ............................................................................................................................................................................... 271 Software Engineering................................................................................................................................................... 278 Sport Management ........................................................................................................................................................ 280 Sport Management (Leadership Track) ............................................................................................................... 283 ASSOCIATE OF ARTS DEGREES ................................................................................................................................ 286 Accounting ........................................................................................................................................................................ 286 Business Administration.............................................................................................................................................. 288 Business Analytics .......................................................................................................................................................... 290 Cinematic Arts ................................................................................................................................................................. 292 Criminal Justice ............................................................................................................................................................... 294 General Studies ............................................................................................................................................................... 296 Health Services Administration ................................................................................................................................ 297 Homeland Security ........................................................................................................................................................ 299 Hospitality ......................................................................................................................................................................... 301 Paralegal Studies ........................................................................................................................................................... 303 ASSOCIATE OF SCIENCE DEGREES ......................................................................................................................... 305 Applied Engineering ..................................................................................................................................................... 305 Baking and Pastry Arts ................................................................................................................................................ 307 Biotechnology .................................................................................................................................................................. 309 Cloud and Computing Technology .......................................................................................................................... 310 Crime Scene Technology ............................................................................................................................................. 312 Criminal Justice with Law Enforcement Concentration ................................................................................. 314 Culinary Arts .................................................................................................................................................................... 316 Diagnostic Medical Sonography .............................................................................................................................. 318 Exercise Science .............................................................................................................................................................. 321 Exercise and Sport Science ......................................................................................................................................... 323 Fire Science ....................................................................................................................................................................... 325 Golf Management ........................................................................................................................................................... 326 Graphic Arts and Design.............................................................................................................................................. 328 Health and Human Performance ............................................................................................................................. 331 Histotechnology .............................................................................................................................................................. 333 Information Technology.............................................................................................................................................. 335 Information Technology.............................................................................................................................................. 337 Information Technology and Programming ....................................................................................................... 339 Medical Administrative Billing and Coding ......................................................................................................... 341 Medical Assisting ............................................................................................................................................................ 343 Medical Assisting Science ............................................................................................................................................ 345 Medical Laboratory Technician ............................................................................................................................... 346 Nuclear Medicine Technology ................................................................................................................................... 349 Nursing ............................................................................................................................................................................... 351 Occupational Therapy Assistant .............................................................................................................................. 353 Physical Therapist Assistant ...................................................................................................................................... 355 Radiation Therapy ......................................................................................................................................................... 357 Radiologic Technology ................................................................................................................................................. 359 Respiratory Therapy ..................................................................................................................................................... 361 Surgical Technology ..................................................................................................................................................... 364 Turfgrass Management ............................................................................................................................................... 366 Video Game Design ........................................................................................................................................................ 367 CERTIFICATES ................................................................................................................................................................. 369 Automotive Dealership Fundamentals .................................................................................................................. 369 COURSE DESCRIPTIONS ...................................................................................................... 370 ADMINISTRATION, FACULTY, AND STAFF ............................................................................ 567 Office of the Chancellor ................................................................................................................................................ 567 Campuses ........................................................................................................................................................................... 576 Clearwater Campus ............................................................................................................ 576 Daytona Beach Campus ...................................................................................................... 578 Flagship Residential Campus .............................................................................................. 580 College of Golf & Sport Management ................................................................................. 588 Fort Lauderdale Campus ..................................................................................................... 589 Online Division ................................................................................................................... 595 Fort Myers Campus ............................................................................................................. 617 Jacksonville Campus ........................................................................................................... 621 Lakeland Campus ................................................................................................................ 624 Melbourne Campus............................................................................................................. 629 Miami Campus ................................................................................................................... 633 Naples Campus ................................................................................................................... 637 New Port Richey Campus .................................................................................................... 638 Orlando Campus ................................................................................................................. 640 Patrick Space Force Base ..................................................................................................... 645 Pembroke Pines Campus ..................................................................................................... 645 Port St. Lucie Campus ......................................................................................................... 649 San Marcos and Managua, Nicaragua ................................................................................ 652 Sarasota Campus ................................................................................................................ 660 Shanghai, China Campus .................................................................................................... 665 Tallahassee Campus ........................................................................................................... 666 Tampa Campus ................................................................................................................... 669 West Palm Beach Campus ................................................................................................... 673 UNDERGRADUATE ACADEMIC CALENDAR .......................................................................... 678 Supplement to the 2023-2024 Keiser University Undergraduate Catalog, Flagship Residential Campus, West Palm Beach, Florida ........................................................................................................................ 687 Supplement to the 2023-2024 Keiser University Undergraduate Catalog, Latin American Campus, San Marcos, Nicaragua ................................................................................................................................................ 704 Keiser University main campus – Ft. Lauderdale, FL GENERAL INFORMATION Mission Statement Keiser University is an institutionally accredited private career university that provides educational programs at the undergraduate and graduate levels for a diverse student body in traditional, nontraditional and online delivery formats. The main campus is located in Fort Lauderdale, with campuses located throughout the State of Florida and internationally. Through quality teaching, learning, and research, the university is committed to provide students with opportunities to develop the knowledge, understanding, and skills necessary for successful employment. Committed to a “students first” philosophy, Keiser University prepares graduates for careers in business, criminal justice, health care, technology, hospitality, education, and career-focused general studies. Inherent in the Mission is service to the community. This service includes community partnerships, involvement with various constituencies and various continuing education programs. Philosophy In today’s society, there is a genuine need for a university that offers its students a quality, engaging, and supportive academic and career orientated educational experience in an atmosphere of personalized attention. Too often, contemporary collegiate students find themselves treated as mere numbers in a computer and therefore fail to receive the support necessary to assist them as they strive to complete programs of study. At Keiser University, each student is considered an individual, and the University strives to be aware of the needs of each member of its student body on an ongoing basis. Career-focused education is an interactive process that produces academically prepared technicians, professional practitioners, and clinicians who are critical for future economic growth. The faculty of Keiser University believe that career orientated educational instruction is an art as well as a science, requiring dynamic and engaging processes that develop both the skill set and intellect of career-minded students. Keiser University’s goal is to develop career-prepared individuals by providing an educational program that produces employable, skilled, educated, and responsible future citizens. Consequently, Keiser University students are prepared to provide professional, technical and marketable skills necessary to meet the projected needs of society. Inherent in the goals established for Keiser University is the belief that learning takes place through multiple delivery methods and in various settings. For this reason, Keiser University curricula are flexible, individualized, experiential, and instructional, and are structured in a sequential and cumulative fashion. Keiser University affirms that all members of the academic community share responsibility for establishing, implementing and evaluating its educational programs. Further, Keiser University believes that members of business, professional and medical communities must also participate in and contribute to this process. Strategic Directions and Goals The following strategic directions and goals are integral to the mission of Keiser University: I. Promote Academic Excellence by Providing Institutional Resources, Assistance, and Oversight a. To actively be involved with the Southern Association of Colleges and Schools Commission on Colleges (SACSCOC) and such programmatic accreditation agencies as are desired and appropriate. b. To assess the effectiveness of and consequentially enhance the educational and academic service programs of the university. c. To provide academic support services designed to enhance student learning and prepare graduates for successful occupational choices. d. To continue to improve the competencies of students at all levels in both foundational skills and analytical/critical thinking. II. Attract and Retain Quality Faculty and Staff a. To employ and further develop a diverse faculty who embrace the university’s philosophy and are well qualified in their subject matter and teaching methods. b. To encourage and further develop well-qualified staff personnel to respond to the needs of a broad spectrum of university students in programs at all levels. III. Develop and Maintain High-Demand Educational Programs That Are Accessible and Responsive to the Needs of Campus Communities a. To provide and enhance a variety of educational delivery systems that respond to current and future student, community, and professional occupational needs and expectations. b. To review all degree programs to ensure currency, relevancy, and cost-effectiveness with respect to content, delivery, and outcomes. IV. Develop and Support Initiatives Designed to Enhance Institutional Effectiveness a. To collect evidence of student learning and programmatic outcomes in the ongoing effort to enhance the quality of the academic program. b. To maintain and enhance the mechanisms that collect and publish evidence of academic and operational effectiveness for continuous improvement. c. To develop strategies that support the implementation of program and degree- appropriate academic research. V. Expand the International and Domestic Reach of the University’s Programs, Services, and Collaborative Agreements in Support of the University Mission a. To create opportunities to partner with community organizations where mutual benefit can be realized through collaborative agreements and/or articulation agreements. b. To pursue educational initiatives appropriate for a variety of domestic and global locations and cultural settings. c. To expand the physical facilities of the university to more effectively implement the institutional mission and vision. VI. Continue the Implementation of Appropriate Fiscal, Budgetary, and Managerial Strategies to Provide Adequate Resources with Which to Support Keiser University and Its Future Development a. To ensure that the Board of Trustees continues to provide appropriate oversight of the financial and budgetary operations of the University. b. To analyze the ongoing financial operations of the university to ensure fiscal responsibility. c. To maintain well-qualified administrative officers with the background and experience necessary to oversee the institution. VII. Enhance the University’s Relationships with Its Alumni, Supporting Constituencies, Service Communities, and the Professions It Serves a. To continue to implement Keiser University fundraising programs for institutional support and advancement. b. To cultivate the Keiser University alumni development program. c. To enhance the community outreach initiatives of the various extended Keiser University locations to support their community service, public relations, and institutional advancement campaigns. History Keiser University, established by the Keiser family in 1977, is a regionally accredited, private, career university offering master’s, baccalaureate and associate degrees. The founders, Dr. Arthur Keiser and Mrs. Evelyn Keiser, felt that South Florida needed a private career college providing realistic hands-on training in a caring, conscientious and professional manner. The Keiser School opened its doors to medical and dental assisting students in 1978. In 1980, the Keiser School applied for and received accreditation from the Accrediting Bureau of Health Education Schools, as well as from the National Association of Trade and Technical Schools. In 1981, the Keiser School added a Medical Laboratory Technician program and a Nursing Assistant program. In 1982, the Keiser School expanded its scope of career education to include Computer Information Systems/Management, Computer Programming, Computer Repair Technology and Paralegal Studies. To more effectively represent its mission, the Keiser School changed its name to Keiser Institute of Technology. In 1984, Keiser Institute of Technology applied for and was granted accreditation through the Southern Association of Colleges and Schools Commission on Occupational Educational Institutions, 1866 Southern Lane, Decatur, Georgia 30033-4097, (404) 679-4500. The Institute subsequently developed general education/academic courses to give students a more rounded education. In 1986, Keiser Institute of Technology received approval from the Florida State Board of Independent Colleges and Universities to offer associate of science degrees. Once again, Keiser changed its name to more accurately reflect its offerings and became Keiser College. In 1989, Keiser College received candidacy for accreditation with the Commission on Colleges of the Southern Association of Colleges and Schools, 1866 Southern Lane, Decatur, Georgia 30033-4097, (404) 679-4500 to award the associate degree. Also, in 1989, the College established a second campus in Melbourne, Florida and added a Computer Aided Drafting and Design program to the curricula at both campuses. In 1991, Keiser College was accredited by the Commission on Colleges of the Southern Association of Colleges and Schools (1866 Southern Lane, Decatur, Georgia 30033-4097, (404) 679-4500) to award associate degrees. In 1992, the College expanded by establishing a third campus in Tallahassee, Florida. In 1994, Keiser College was granted accreditation for its Medical Laboratory Technician program. In 1995, Keiser College established new campuses in Daytona Beach and Sarasota, Florida. Keiser College was granted accreditation for its Radiologic Technology program. In 1998, Keiser College established and received accreditation for the Occupational Therapy Assistant program and, in 2000, the Physical Therapist Assistant program received its accreditation, expanding the College's commitment to the health care industry. The Diagnostic Medical Sonography specialty was incorporated and accredited. In 2000, Keiser College opened a new campus in Lakeland, Florida. In 2001, another campus was opened in Kendall, Florida and in 2002, one in Orlando, Florida. In 2003, Keiser College opened a new campus in Jacksonville, Florida. In 2002, Keiser College was accredited by the Commission on Colleges of the Southern Association of Colleges and Schools, 1866 Southern Lane, Decatur, Georgia 30033-4097, (404) 679-4500 to award baccalaureate degrees. In 2004, Keiser College opened new campuses in Port St. Lucie, West Palm Beach and Pembroke Pines, Florida, and, in 2005, a new campus in Tampa, Florida. In 2006, Keiser College was accredited by the Commission on Colleges of the Southern Association of Colleges and Schools, 1866 Southern Lane, and Decatur, Georgia 30033-4097, (404) 679-4500 to award master’s degrees. Keiser changed its name to more accurately reflect its offerings and became Keiser University. In 2009, Keiser University attained Level V approval from the Commission on Colleges of the Southern Association of Colleges and Schools to award doctoral degrees. In 2010, Keiser University opened new locations in Ft. Myers, Florida, Port St. Lucie, Florida (College of Golf and Sport Management), and Shanghai, China. In 2012, Keiser University attained Level VI recognition from the Commission on Colleges of the Southern Association of Colleges and Schools. Level VI is the highest classification awarded to institutions offering four or more doctorate degrees. In 2013, Keiser University established another off-campus instructional site at the former location of the Latin American Campus of Ave Maria University in San Marcos, Nicaragua. The Latin American Campus was founded by the University of Mobile (Alabama), a Baptist University in 1993. In 2000, operations of the Latin American Campus were transferred from the University of Mobile to Ave Maria College (Michigan), a Catholic college and the predecessor of Ave Maria University of Florida. In 2004, the Latin American Campus began the process which led to its becoming part of Ave Maria University in Florida. In 2015, Keiser University added off-campus sites in New Port Richie and Clearwater, Florida. The university also established its Flagship residential site in West Palm Beach, Florida, and began participation in intercollegiate athletics. In 2017, the Southern Association of Colleges and Schools Commission on Colleges (SACSCOC) reaffirmed the accreditation of Keiser University. Reaffirmation ensures that member institutions maintain compliance with Commission policies and The Principles of Accreditation. This decennial process involves a collective analysis and judgment by the institution's internal constituencies, an informed review by peers external to the institution, and a reasoned decision by the SACSCOC Board of Trustees. In 2018, Keiser University established an off-campus instructional site at Patrick Space Force Base to better serve military personnel. The base is located near Cocoa Beach, Florida. The university also added another off-campus site in Naples, Florida, formerly operated by Wolford College. The University has grown rapidly over the past decades and has received numerous awards and recognition for its achievements in furthering career education in Florida. Accreditation Keiser University has met the standards of accreditation by the following recognized accreditation commissions: • Keiser University is accredited by the Southern Association of Colleges and Schools Commission on Colleges (SACSCOC) to award associate, baccalaureate, masters, educational specialist, and doctorate degrees. Keiser University also may offer credentials such as certificates and diplomas at approved degree levels. Questions about the accreditation of Keiser University may be directed in writing to the Southern Association of Colleges and Schools Commission on Colleges at 1866 Southern Lane, Decatur, GA 30033-4097, by calling (404) 679-4500, or by using information available on SACSCOC’s website (www.sacscoc.org). • The following business programs at Keiser University- Ft. Lauderdale Campus and its off- campus instructional sites are accredited by the Accreditation Council for Business Schools and Programs: Associate of Arts in Business Administration, Bachelor of Arts in Business Administration, Masters of Business Administration, and Doctor of Business Administration. The Accrediting Council for Business Schools and Programs can be reached at ACBSP US World Headquarters, 11520 West 119th Street, Overland Park, Kansas 66213, (913) 339-9356 acbsp.org. • The following accounting programs at Keiser University-Ft. Lauderdale Campus and its off-campus instructional sites hold separate accounting accreditation by the Accreditation Council for Business Schools and Programs: Bachelor of Arts in Accounting, and Master of Accountancy. The Master of Business Administration with a concentration in Accounting is accredited by ACBSP for business, and the Associate of Arts in Accounting is not within the scope of specialized accreditation from ACBSP. The Accrediting Council for Business Schools and Programs can be reached at ACBSP US World Headquarters, 11520 West 119th Street, Overland Park, Kansas 66213, (913) 339-9356 acbsp.org. • Keiser University’s Center for Culinary Arts, Melbourne, Sarasota, and Tallahassee campuses, is accredited by the American Culinary Federation, Inc., 180 Center Place Way, St. Augustine, Florida 32095, (904) 824-4468, www.acfchefs.org. • Keiser University’s Culinary Arts program at the Melbourne, Sarasota, and Tallahassee locations has been accepted by the World Association of Chefs Societies (WACS) into their Recognition of Quality Culinary Education program. • Keiser University’s Diagnostic Medical Sonography, Daytona Beach (concentrations: abdomen-extended and obstetrics/gynecology), Fort Lauderdale (concentrations: abdomen-extended, obstetrics/ gynecology and vascular), Fort Myers (concentrations: abdomen-extended, obstetrics/gynecology and vascular), Melbourne (concentrations: abdomen-extended and obstetrics/gynecology) and New Port Richey (concentrations: abdomen-extended and obstetrics/gynecology) campuses, are accredited by the Commission on Accreditation of Allied Health Education Programs (CAAHEP) on recommendation of the Joint Review Committee on Education in Diagnostic Medical Sonography (JRC-DMS). Commission on Accreditation of Allied Health Education Programs, 9355-113th St. N, #7709 Seminole FL 33775, www.caahep.org. • Keiser University Melbourne, Lakeland, Pembroke Pines and Port St Lucie’s Nutrition and Dietetics Education Program is accredited by the Accreditation Council for Education in Nutrition and Dietetics of the Academy of Nutrition and Dietetics, 120 South Riverside Plaza, Suite 2190, Chicago, IL 60606-6995, USA, 800-877-1600 ext. 5400. http://eatright.org/ACEND. • The Health Information Management accreditor of Keiser University is the Commission on Accreditation for Health Informatics and Information Management Education (CAHIIM). The College’s accreditation for Baccalaureate degree in Health Information Management has been reaffirmed through 2021. All inquiries about the program’s accreditation status should be directed by mail to CAHIIM, 200 East Randolph Street, Suite 5100, Chicago, IL, 60601; by phone at (312) 235-3255; or by email at info@cahiim.org. • Keiser University’s Histotechnology program, Orlando and Pembroke Pines campuses, is accredited by the National Accrediting Agency for Clinical Laboratory Sciences (NAACLS), 5600 N. River Road, Suite 720, Rosemont, Illinois 60018-5119, (773) 714-8880, (773) 714- 8886 (fax), info@naacls.org, http://www.naacls.org. • Keiser University’s Associate of Science degree in Medical Assisting, Daytona Beach campus, is accredited by the Commission on Accreditation of Allied Health Education Programs (www.caahep.org) upon the recommendation of the Medical Assisting Education Review Board (MAERB), Commission on Accreditation of Allied Health Education Programs, 9355-113th St. N, #7709 Seminole, FL 33775, (727) 210-2350. • Keiser University’s Medical Laboratory Technician programs, Fort Lauderdale and Orlando Campuses, are accredited by the National Accrediting Agency for Clinical Laboratory Sciences (NAACLS), 5600 N. River Road, Suite 720, Rosemont, Illinois 60018, 773-714-8880. E-Mail: info@naacls.org Website: www.naacls.org • Keiser University’s Orlando campus is accredited for its Bachelor of Science in Medical Laboratory Science program by the National Accrediting Agency for Clinical Laboratory Sciences (NAACLS), 5600 N. River Road, Suite 720, Rosemont, Illinois 60018. • Keiser University’s Lakeland campus Nuclear Medicine Technology program is accredited by the Joint Review Committee on Educational Programs in Nuclear Medicine Technology 2000 W. Danforth Rd. STE 130, #203 Edmond, OK 73003 Phone: (405) 285-0546 mail@jrcnmt.org • Keiser University Clearwater, Daytona Beach, Fort Lauderdale, Jacksonville, Lakeland, Melbourne, Miami, New Port Richey, Orlando, Port St. Lucie, Sarasota, Tallahassee, Tampa and West Palm Beach campuses are accredited by the Accreditation Commission for Education in Nursing (ACEN), 3390 Peachtree Road NE, Suite 1400, Atlanta, Georgia 30326, 404-975-5000, fax 404-975-5020. www.acenursing.org. • Keiser University’s Bachelor of Science in Nursing programs are accredited by the Commission on Collegiate Nursing Education (CCNE), 655 K Street, NW, Suite 750, Washington, DC 20001, 202-887-6791, https://www.aacnnursing.org/CCNE-Accreditation/CCNE-Accredited Programs . For more information about Keiser University’s BSN programs, go to https://www.keiseruniversity.edu/nursing-bs. • Keiser University’s Occupational Therapy Assistant program, Daytona, Ft. Lauderdale, Fort Myers, Jacksonville, Miami, Pembroke Pines, Tallahassee, Tampa and West Palm Beach campuses, are fully accredited by the Accreditation Council for Occupational Therapy Education (ACOTE) of the American Occupational Therapy Association (AOTA). ACOTE can be reached at the Accreditation Council for Occupational Therapy Education, American Occupational Therapy Association: 6116 Executive Boulevard, Suite 200, North Bethesda, MD 20852-4929, Phone: (301) 652-AOTA, Web: http://www.acoteonline.org. The Occupational Therapy Assistant program at Keiser University-Melbourne, Melbourne, Florida, was placed on Probationary Accreditation effective April 22, 2023, because the area of noncompliance related to 2018 Standard A.6.4 (certification exam pass rate) is so serious that the capability of the program to provide acceptable educational experiences for the students is threatened. In addition, based on review of the 2023 Annual Report, ACOTE determined that the program was in noncompliance with 2018 Standard A.4.4 (published policies). ACOTE voted to grant the program’s request to extend the time frame for compliance with 2018 Standard A.6.4 until August 2024. The Occupational Therapy Assistant program at Keiser University-Orlando, Orlando, Florida, was placed on Probationary Accreditation effective April 22, 2023, because the area of noncompliance related to 2018 Standard A.6.4 (certification exam pass rate) is so serious that the capability of the program to provide acceptable educational experiences for the students is threatened. In addition, based on review of the 2023 Annual Report, ACOTE determined that the program was in noncompliance with 2018 Standard A.4.4 (published policies). ACOTE voted to grant the program’s request to extend the time frame for compliance with 2018 Standard A.6.4 until August 2024. • The Physical Therapist Assistant programs at Keiser University’s Fort Lauderdale, Jacksonville, Miami, Melbourne, Lakeland and Fort Myers Campuses are accredited by the Commission on Accreditation in Physical Therapy Education (CAPTE), 3030 Potomac Ave., Suite 100, Alexandria, Virginia, 22305-3085; telephone: 703-706-3245; email: accreditation@apta.org; website: http://www.capteonline.org. If needing to contact the program/institution directly, please call Fort Lauderdale 954-776-4456, Jacksonville 904-296-3440, Miami 305-596-2226, Melbourne 321-409-4800, or Fort Myers 239-277-1336; or email Fort Lauderdale: jejames@keiseruniversity.edu, Jacksonville: mmaione@keiseruniversity.edu; Miami: mobispo@keiseruniversity.edu; Melbourne: julie.martin@keiseruniversity.edu; Lakeland: narupp@keiseruniversity.edu and Fort Myers: ccarroll@keiseruniversity.edu. The Physical Therapist Assistant program at Keiser University-Sarasota is accredited by the Commission on Accreditation in Physical Therapy Education (CAPTE), 3030 Potomac Ave., Suite 100, Alexandria, Virginia 22305-3085; telephone: 703-706-3245; email: accreditation@apta.org; website: http://www.capteonline.org. The program’s current status is probationary accreditation; for more information see https://www.capteonline.org/globalassets/capte-docs/recent-actions/capte-30-day-notice-decisions-fall-2022.pdf. If needing to contact the program/institution directly, please call 941-907-3900 or email lcredit@keiseruniversity.edu. The Physical Therapist Assistant program at Keiser University-West Palm Beach has voluntarily withdrawn accreditation with the Commission on Accreditation in Physical Therapy Education (CAPTE), 3030 Potomac Ave., Suite 100, Alexandria, Virginia 22305-3085; telephone: 703-706-3245; email: accreditation@apta.org; website: http://www.capteonline.org. Being that the program has withdrawn its accreditation, KU WPB has ceased enrollment in the program. If needing to contact the program/institution directly, please call 561-471-6000 or email s.connerton@keiseruniversity.edu. • Keiser University’s Radiologic Technology program, Daytona Beach, Ft. Lauderdale, Jacksonville, Miami, Lakeland, Melbourne, Sarasota, Tampa, and West Palm Beach campuses, is accredited by the Joint Review Committee on Education in Radiologic Technology, 20 N. Wacker Drive, Suite 2850, Chicago, Illinois 60606-3182, (312) 704-5300, www.jrcert.org. • The AS Degree Respiratory Therapy program at Keiser University located in Fort Lauderdale, FL, program number 200571, is accredited by the Commission on Accreditation for Respiratory Care (www.coarc.com), 264 Precision Blvd. Telford, TN 37690, Tel. (817) 283-2835. • Keiser University’s Surgical Technology program, Clearwater and Tampa campuses, is accredited by the Commission on Accreditation of Allied Health Education Programs (CAAHEP), 9355-113th St. N, #7709 Seminole, FL 3377, Phone 727-210-2350 www.caahep.org • Keiser University Latin American Campus is a member of/accredited by the Nicaraguan Council of National Universities (CNU) to award bachelors in arts and sciences degrees. For additional information on the CNU, please go to their webpage www.cnu.edu.ni or call 505- 2278-5072 or 505-2278-3385 regarding the Keiser University Latin American Campus status. • Keiser University Latin American Campus holds International Mission status with the Foreign Ministry of the Government of Nicaragua. • (Accreditations and approvals are available at the University for inspection during regular business hours.) Americans with Disabilities Act Keiser University complies with the Rehabilitation Act of 1973 (Section 504) requiring that no qualified handicapped person will be excluded by reason of the handicap from enrolling in a course of instruction. Students wishing to avail themselves of special adjustments/accommodations under the Americans with Disabilities Act must disclose special needs at time of enrollment. Accordingly, every effort is made to make reasonable adjustments/accommodations. Certain programs may require manual dexterity. Please consult campus Admissions Offices for further information. For physically challenged students, Keiser University campuses are either located on ground level or have appropriate elevator service with ramps and designated parking to facilitate easy entry. Restrooms are equipped with wide doorways and bars to ensure wheelchair accessibility. A student who feels he or she not been treated fairly under Keiser University’s stated federal policies has the right to file a written complaint. A complaint should be submitted to the president of the campus. These procedures apply only to complaints received in writing. A complaint is submitted in person, by U.S. mail, or by fax. Complaints may not be submitted by email. Complaints should be dated. Within 15 business days after acknowledging receipt of the handicapped policy complaint, the president of the campus will inform the complainant regarding the institutional response to the written complaint. Students have the right to file a grievance with Keiser University in the event that students believe the University has not followed its policies. The grievance procedures are described in this catalog. The following individual is Keiser University’s Section 504 Coordinator: Dr. Christopher Stabile Associate Vice Chancellor of Teaching and Learning/504 Disability Services Coordinator Office of the Chancellor 1900 W. Commercial Boulevard, Suite 180 Ft. Lauderdale, Florida 33309 Office: (954) 776-4476 ext. 1116 Cell: (954) 258-1833 cstabile@keiseruniversity.edu Equal Opportunities Statement Keiser University's policy of equal opportunity, consistent with Federal policy, is that no person shall, on the grounds of race, creed, color, handicap, national origin, sex, age, political affiliation, sexual orientation, marital status, belief, or religion, be excluded from any training, be denied the benefit of training or be subjected to discrimination in any hiring practice or activity of the University. To ensure continued success in achieving equal opportunity and non-discrimination in all of its programs and departments, Keiser University hereby reaffirms that it is the responsibility of all staff, administration and supervisory personnel to work actively to ensure equal opportunities within their respective departments, as well as to demonstrate a personal and professional commitment to equal opportunity for all persons. Management and supervisory personnel have a responsibility to provide leadership and support for equal opportunity programs. Memberships and Approvals Association Memberships Academy of Criminal Justice Sciences Law and Public Policy Section Accreditation Commission for Education in Nursing Accreditation Council for Occupational Therapy Alpha Phi Sigma Criminal Justice Honor Society American Academy of Forensic Sciences American Association of Colleges of Nursing American Association of Nurse Practitioners (AANP) American College of Sports Medicine (ACSM) American College of Sports Medicine - Southeast Chapter (SEACSM) – Recognized undergraduate program American Culinary Federation American Healthcare Radiology Administrators American Heart Association, Professional (AHA) American Institute of Graphic Arts American Medical Technologists (AMT) American Nurses/Florida Nurse Association American Occupational Therapy Association American Physical Therapy Association American Registry of Radiologic Technologists (ARRT) American Society of Radiologic Technologists American Society for Public Administration American Society for Public Administration Criminal Justice Administration Association for Nursing Professional Development Association of Educators in Imaging and Radiologic Science Association of Surgical Technologists (AST) Boys & Girls Club of St. Lucie County Broward County Sheriff’s Department Broward County Veterans Council Career Education Colleges and Universities Chane de Rotisseurs Sarasota Clay County Chamber of Commerce Commission on Accreditation in Physical Therapy Education Commission on Accreditation of Allied Health Education Program Conference of Minority Transportation Officials (COMTO) Council of Colleges and Military Educators Council of Supply Chain Management Professionals (CSCMP) DECA (formerly Distributive Education Clubs of America) Delta Mu Delta, International Honor Society in Business Department of Homeland Security Dreams Come True eiGlobal Exercise is Medicine on Campus (EIM-OC) by American College of Sports Medicine (ACSM) – Silver status recognition for 2022 FASFAA - Florida Association of Student Financial Aid Administrators First Coast Higher Education Alliance Florida Advisory Council on Military Education Florida Association of Postsecondary Schools and Colleges Florida Association of Veterans Education Specialists Florida Chiropractic Association Florida Consortium of Clinical Educators Florida Cooperative Education and Placement Association Florida Institute of CPAs Florida Occupational Therapy Association Florida Occupational Therapy Educational Consortium Florida Physical Therapy Association Florida Police Chiefs Association Florida Restaurant and Lodging Association Florida Society of Radiologic Technologists (FSRT) Florida State Summit Florida Storytelling Association Foundation for Chiropractic Progress Friends of the Jacksonville Public Library Golden Key International Honor Society Healthcare Round Table Human Resource Association of Tallahassee Independent Colleges and Universities of Florida International Association for Identification International Propeller Club of Jacksonville Jacksonville Blueprint for Prosperity Jacksonville Historical Society Jacksonville Society of Radiologic Technologists Jacksonville Writing Meetup JAX USA Partnership Joint Review Committee on Education in Diagnostic Medical Sonography Lambda Nu- National Honor Society of Imaging Sciences- Kappa Upsilon Chapter Leadership Florida Leadership Martin County Leadership St. Lucie County Media Relations Committee for the Tallahassee Military Issues Committee NASFAA - National Association of Student Financial Aid Administrators National Academy of Sports Medicine (NASM) – Academic Partner National Association for College Admission Counseling (NACAC) National Association of Colleges and Employers National Association of Graduate Admissions Professionals National Association of Health Career Schools National Association of Legal Assistants, Inc. National Association of Student Employment Administrators National Association of Veteran’s Program Administrators (NAVPA) National Association of Women Judges National Board for Certification in Occupational Therapy National Commission for Health Education Credentialing (NCHEC) National Council of Teachers of English National Criminal Justice Association National League for Nursing National Science Teachers Association National Strength and Conditioning Association (NSCA) – Education Recognition Program (ERP) National Student Nurses Association Neuro-Developmental Treatment Association North Carolina Criminal Justice Association Northeast Florida Library Information Network (NEFLIN) Organization for Associate Degree Nursing PACE Center for Girls Palm Beach County Medical Society (Circle of Friends) Paralegal Association of St. Lucie County Phi Alpha Delta Law Fraternity International Phi Theta Kappa Propeller Club Rotary Club of South Jacksonville Rotary Jacksonville Rotary International Society of Diagnostic Medical Sonography Society of Emotional Intelligence Society for Human Resource Management (SHRM) Society for Public Health Education (SOPHE) Southeastern Association of Graduate Admissions Professionals Southern Association of Student Employment Administrators Southern Criminal Justice Association SASFAA - Southern Association of Student Financial Aid Administrators Student Occupational Therapy Association Suncoast Nursing Action Coalition Talent Advancement Network (TAN) Tallahassee Big Bend Society for Human Resource Management The American Society of Criminology Toastmasters International Transportation Club of Jacksonville (TCJAX) United Service Organization Women’s Transportation Seminar (WTS) World Association of Chefs’ Societies Chamber of Commerce Memberships Amplify Clearwater Chamber of Commerce Black Chamber of Commerce of Palm Beach County Brandon Chamber of Commerce Brevard County Chamber of Commerce Central Palm Beach County Chamber of Commerce Chamber of Commerce of the Palm Beaches Cocoa Beach Chamber of Commerce Daytona Regional Chamber of Commerce East Orlando Chamber of Commerce Fort Lauderdale/Broward County Gateway District Chamber of Commerce Greater Naples Chamber of Commerce Greater Pasco Chamber of Commerce Greater Miami Chamber of Commerce Hispanic Chamber of Commerce of Palm Beach County Holly Hill Chamber of Commerce Jacksonville Chamber of Commerce Jensen Beach Chamber of Commerce Lakeland Chamber of Commerce Manatee Chamber of Commerce Melbourne/Palm Bay Chamber of Commerce Miramar/Pembroke Pines Chamber of Commerce Ormond Beach Chamber of Commerce Palm Beach Chamber of Commerce Palm Beach North Chamber of Commerce Palm City Chamber of Commerce Port Orange/South Daytona Chamber of Commerce Port St. Lucie Chamber of Commerce Sarasota Chamber of Commerce South Florida Chamber of Commerce South Florida Hispanic Chamber of Commerce Stuart/Martin County Chamber of Commerce Tallahassee Chamber of Commerce Tampa Chamber of Commerce Wellington Chamber of Commerce Women’s Chamber of Palm Beach County Approvals Broward Employment and Training Administration Florida Department of Labor and Employment Security Division of Vocational Rehabilitation Florida Department of Veterans Affairs, Bureau of State Approving for Veterans Training (not all programs or locations) U.S. Department of Education (for Title IV federal financial aid programs) Other Affiliations Brevard Economic Development Commission Updated August 2022 Brevard Health Alliance Business Development Board of Palm Beach County CareerSource Brevard CareerSource Capital Region CareerSource Pasco/Hernando CareerSource Polk CareerSource Research Coast Florida Workforce Development Association Higher Education Partnership in Southeast Florida Lakeland Economic Development Council Lakewood Ranch Business Alliance Leadership Business Council Leon County Economic Development Council Martin County Business Development Board Martin County Education Foundation Metro Orlando Economic Development Commission Palm Beach Economic Development Council Port St. Lucie Economic Development Council St. Lucie County Education Foundation Team Volusia Economic Development Corporation Workforce Alliance, Palm Beach County Articulation Agreements In an effort to make the transition from institutions as effortless as possible, Keiser University maintains articulation agreements with various institutions of higher learning. Please contact the Vice Chancellor of Academic Affairs at the Office of the Chancellor for a current listing. Governance Keiser University is a not-for-profit 501(c)(3) corporation incorporated in the State of Florida. Keiser University is managed and controlled by the Everglades College, Inc. Board of Trustees which is the legal entity responsible for policy and procedure promulgation, review and amendment. Board of Trustees Chair Gregg Wallick, President, Best Roofing Members Manuel Mair, Owner, One-to-One Fitness Jose Cortes, Director of the Department of Design and Construction Management, City of Hollywood, Florida Josh Fordin, Senior Associate, Hogan Lovells US, LLP Tom Foster, President, Foster Learning Corporation Frank Frione, President/CEO, GFA International Maria Kondracki, President, Strategic Planning, Inc. Michael Viola, Co-Founder, Oasis Outsourcing, Inc. Wanda Gozdz, President and Owner, Golden Age Living Nicole Heran, Director of the Department of Design and Construction Management, City of Hollywood, Florida James Hutton, CEO (ret.) Career Quest Learning Centers . DESCRIPTIONS OF FACILITIES AND EQUIPMENT Keiser University, Clearwater Keiser University – Clearwater is located off Highway 19 near East Bay Drive, not far from award-winning Clearwater beaches. At our Clearwater campus, you can take advantage of the services offered by our helpful admissions, academic affairs, student services, and financial services departments in a welcoming and friendly environment. Our Clearwater campus features spacious classrooms, labs, computer workstations, auditorium, career and student services centers, student lounge area, and a learning commons where you can go between classes or study for your next exam. We also offer ample convenient on-site parking. Keiser University College of Golf & Sport Management The Keiser University College of Golf & Sport Management is located on the Keiser University Flagship Campus at 2600 North Military Trail in West Palm Beach. The College maintains state-of-the-art equipment and facilities for its programs in Golf Management, Exercise Science, Sport Management, and Health and Human Performance. The Flagship Campus is the home of 29 NAIA athletic teams, club sports, and intramural activities. All equipment used at the Keiser University College of Golf & Sport Management meets industry standards and promotes program objectives. Keiser University, Daytona Beach The Daytona Beach site is located one mile north of the Daytona International Speedway. Its 38,000 square-foot building has ample parking and is on a bus route. The campus has seventeen classrooms, a computer laboratory and individual laboratories for medical assisting, radiologic technology, diagnostic medical sonography, occupational therapy, and nursing. The University has a library, student lounge and auditorium. All equipment used at Keiser University is comparable to industry standards and effectively meets all program objectives. Keiser University Flagship Campus Keiser University’s Flagship Campus is located at 2600 North Military Trail in West Palm Beach, on a 100-acre site with 263,968 square feet of buildings. The Flagship Campus offers students suite- style residence halls with meal plans, 24-hour security, Wi-Fi, and cable access, and maintains facilities to support 29 NAIA athletic teams, club sports, and intramural activities. All equipment used at Keiser University meets industry standards and program requirements. Keiser University, Ft. Lauderdale The main campus of Keiser University is located in uptown Ft. Lauderdale approximately one mile west of Interstate 95. The building has six floors and encompasses over 100,000 square feet of laboratories, classrooms and offices. The University has a library, student lounge, six computer laboratories, seven medical laboratories, a sport and fitness laboratory and a large auditorium. Keiser University provides free parking and is on a major bus line. All equipment used at Keiser University is comparable to industry standards and effectively meets program objectives. Keiser University, Fort Myers The Fort Myers site is located off of I-75 at the 138 Exit. The 41,000 square-foot building has ample parking and is on a bus line. The Fort Myers campus has a learning commons that includes library services and writing studio, student lounge and balcony, and an auditorium. Academically, there are five computer laboratories, nine classrooms, and individual laboratories for diagnostic medical sonography, crime scene technology, information technology, medical assisting, occupational therapy, nursing, and physical therapist assistant. All equipment used at Keiser University is comparable to industry standards and effectively meets all program learning objectives. Keiser University, Jacksonville The Jacksonville site is located in South Jacksonville at The Summit at Southpoint, 6430 Southpoint Parkway. The 66,000 square-foot campus, located in a three-story building, has free parking. The Jacksonville campus has a learning commons inclusive of a library, writing center and mathematics lab. Additionally, the campus has two student lounges, 28 classrooms, auditorium with seating for 104 people, seven medical laboratories, five computer laboratories, two radiology x-ray rooms, two physical therapy labs, three nursing labs, a forensic lab, a sport medicine and fitness technology laboratory, a crime scene technology laboratory, two anatomage tables, and an e-sports arena. All equipment used at Keiser University is comparable to industry standards and effectively meets program objectives. Keiser University, Lakeland The Lakeland site is located in the Interstate Business Park at Exit 31 from Interstate 4. The two facilities (comprised of one 42,000 square-foot building and one 26,000 square-foot building) contain 31 classrooms, fifteen allied health laboratories, two natural science laboratories, six computer laboratories, and a dietetics laboratory. It has a student library, multiple student common areas, an eSports facility, an auditorium and free adjacent parking. All equipment used at Keiser University is comparable to industry standards and effectively meets program objectives. Keiser University, Melbourne The Melbourne site is approximately three miles east of Interstate 95 between the Eau Gallie and US 192 exits. It comprises two buildings totaling approximately 92,000 square feet with 36 classrooms, 18 medical and science laboratories, eight computer laboratories, and offices. The complex has a library, auditorium, and two student lounges. Keiser University provides adjacent free parking. The buildings house facilities for Culinary Arts students, including a production kitchen, three kitchen laboratories, classrooms, and a multi-use facility for banquets, seminars, and special functions. All equipment used at Keiser University is comparable to industry standards and effectively meets program objectives. Keiser University, Miami The Miami site is located at 2101 NW 117th Avenue. The facilities consist of approximately 90,000 square feet, divided into three floors of classrooms, laboratories, an auditorium, conference rooms, bookstore, a library, administrative offices and student break areas, plus a 140,000 square foot parking garage. All equipment used at Keiser University is comparable to industry standards and effectively meets program objectives. Keiser University, Naples Keiser University Naples located on Tamiami Trail East (US 41), not far from historical downtown Naples. The 41,000 square-foot building, constructed in 2020 has twenty classrooms including the Nurse Anesthesia Lab, Nursing Lab, and Medical Assisting Lab. All equipment used at the University is comparable to industry standards and effectively meets program objectives. Keiser University, New Port Richey The New Port Richey campus of Keiser University is located at the entrance to downtown New Port Richey on the corner of highway 19 North and Main Street. The building has approximately 41,000 sq. ft. and consists of seven laboratories with simulation labs for Criminal Justice, Diagnostic Medical Sonography, and Nursing. The Campus has a student lounge with an outside patio as well as a 90-seat auditorium. The University has a fully functional bookstore as well as a library for student utilization. Keiser University provides free parking and is on a major bus line. All equipment used at Keiser University is comparable to industry standards and effectively meets program objectives. Keiser University, Orlando The Orlando site is located approximately five miles east of downtown Orlando at the intersection of Semoran Blvd (State Road 436) and Lake Underhill Road. The facilities consist of 55,000 square feet of medical and computer laboratories, classrooms, offices and a library. There is free parking adjacent to the building. Orlando also has an excellent bus system with two stops directly in front of the building. All equipment is comparable to industry standards and effectively meets program objectives. Keiser University at Patrick Space Force Base Keiser University, Patrick Space Force Base (PSFB), is located off A1A, in building 998, suite E-2, at the Base Education and Training Center. Keiser University is comprised of three beautiful spacious classrooms, access to a computer lab, a large multi-office to accommodate student needs, a student lounge area, and a large auditorium with theater style seating. All equipment used at Keiser University is comparable to industry standards and effectively meets program objectives. The PSFB Campus is a National CLEP/DSST Testing Center and provides testing for all who have base access. Keiser University, Pembroke Pines The Pembroke Pines Campus is located off Interstate 75, at 1640 SW 145th Avenue. The building has over 78,000 square feet of classrooms, laboratories and offices. It includes 39 classrooms, seven medical laboratories, an eSports arena, seven computer laboratories, a crime scene laboratory, a library and a 125-seat auditorium, as well as a covered walkway from the parking lot to the building. Classrooms and labs are equipped with state-of-the-art industry-standard technology that effectively meets program objectives. Keiser University, Port St. Lucie The Port St. Lucie site is located on SW Discovery Way 1.4 miles south of Tradition Parkway, exit 118 off I-95 west. The building is 78,000 square feet containing 29 classrooms and 17 laboratories including allied health, natural sciences, sports medicine and fitness, computer as well as a dietetics & nutrition laboratory. It also contains a library, student lounge with an outdoor area and a large auditorium with theater-style seating. Free adjacent parking is available and security is provided. All equipment used at the University is comparable to industry standards and effectively meets program objectives. Keiser University, San Marcos, Nicaragua The San Marcos site is located on the beautifully renovated site of a former teachers´ school, La Antigua Escuela Normal de Señoritas de San Marcos, Department of Carazo, Nicaragua and encompasses over 740,000 square feet including green areas and athletic field. It has 23 classrooms, a library, campus dining facilities, modern computer and science laboratories, spacious dormitories, faculty offices, fitness center, administrative buildings, student services building, conference center, and a 300-person chapel, La Purísima. The equipment used at Keiser University is comparable to industry standards and effectively meets program objectives. The Managua building provides a comfortable and modern space for our students in the capital city of Nicaragua. The facilities offer comfortable and modern classrooms including an auditorium, modern computer laboratories, spacious parking spaces, and administrative offices. Keiser University, Sarasota The Sarasota site is at Interstate 75 and University Parkway. The three-story building has over 75,000 square feet and adjacent free parking. The facility has 28 classrooms, two medical laboratories, five large computer labs available, a library with a study area, and a large auditorium. A similar 75,000 square-foot building houses facilities for a variety of programs including Culinary Arts, which includes a production kitchen, three kitchen laboratories, and an additional 14 classrooms, multiple allied health available, and a conference room in a multi-use facility for banquets, seminars and special functions. All equipment used at the University is comparable to industry standards and effectively meets program objectives. Keiser University, Shanghai, China The Shanghai Off-Campus Site (China Center) is located in the Shanghai Institute of Commerce & Foreign Language College (SICFL) campus, which is situated in the Nanhui Technical and Educational Park. The center is housed in Buildings 4 and 9, two of several academic and residential buildings located on the fifty-acre campus of the SICFL. The institution contains 200 classrooms, 14 computer laboratories, multiple offices, various meeting and conference rooms, and a 600,000-volume multi-functional library. SICFL occupies 13,511 square meters. Building 4 is located across the main campus thoroughfare in the middle of the campus and has devoted instructional spaces, an exhibition area, and various nationally decorated language laboratories featuring the country whose language is taught in the facility. Keiser’s facilities are on the 3rd floor at the building 9 and consist of an office and conference room with access to numerous instructional classrooms; the offices and classrooms contain appropriate instructional and administrative furnishings and equipment. Keiser students have access to all SICFL facilities, including furnished dormitories, food service and lounge facilities, a library, and athletic facilities, including a large indoor stadium. The institution is located near major transportation routes with various public transportation options. Keiser University, Tallahassee The Tallahassee site is at Interstate 10 at the Capital Circle N.E. exit. It comprises four buildings that encompass 50,000 square feet of laboratories, classrooms and offices. Included is the Keiser University Center for Culinary Arts, a 16,000 square-foot, modern culinary facility providing Culinary Arts students with a production kitchen, four instructional kitchen laboratories, classrooms and a multi-use facility spacious enough for banquets, seminars and special functions. The Tallahassee complex also has 27 classrooms, four medical laboratories, six computer laboratories, multiple student lounges, a computer center and a library. Keiser University provides free parking that is adjacent to classrooms. All equipment used at Keiser University is comparable to industry standards and effectively meets program objectives. Keiser University, Tampa The Tampa site is located on West Waters Avenue one mile east of the Veterans Expressway. The campus is accessible to several major interstate highways. The five-story building provides over 96,000 square feet of classrooms, computer and medical laboratories and offices. The University has a library, writing studio, career center, a cafe and more than 400 adjacent free parking spaces. All equipment used at the campus is comparable with industry standards and effectively meets all program objectives. Keiser University, West Palm Beach The West Palm Beach site is located one mile west of the intersection of the Florida Turnpike, between Okeechobee Boulevard and Jog Road; and, ten miles west of Interstate 95 in the Vista Business Center. The site consists of more than 47,000 square feet of classrooms, laboratories and offices and provides free adjacent parking. It has 21 classrooms, seven medical laboratories, five computer laboratories, a library, career center, student lounge and a large auditorium. All equipment used at the University is comparable to industry standards and effectively meets program objectives ADMISSIONS General Admissions Requirements Applicants desiring to enter Keiser University must submit an application to the Admissions Office well in advance of the start date. This permits proper scheduling and assures availability of classroom space. Applications for winter, spring or fall semesters should be made as early as possible, as these entry dates are normally the time of greatest enrollment. Applicants are encouraged to visit the University in person. The Admissions Office is open Monday through Thursday from 9:00 a.m. to 8:00 p.m. and on Fridays from 9:00 a.m. to 5:00 p.m. (with other times by appointment). To be considered for enrollment at Keiser University, all applicants must supply: Verification of high school graduation (transcript, diploma, etc.) or Verification of GED completion (GED scores or GED diploma) or Proof of graduation from a foreign institution that is comparable to a United States secondary school, as determined by a member agency of the National Association of Credential Evaluation Services http://www.naces.org Applicants will not be required to provide proof of high school graduation when they provide the following: Verification of an earned degree from an institution recognized by the United States Department of Education, An evaluation of an official transcript by an approved educational evaluator service attesting that the degree is equivalent to a degree earned at an institution of higher education recognized by the USDE. Approved educational evaluator services are those that are member agencies of the National Association of Credential Evaluation Services http://www.naces.org Home-schooled applicants who have a high school diploma are considered for admission. An applicant must make arrangements to take Keiser University’s entrance examination (administered at the University) or provide results of his/her Scholastic Aptitude Test (SAT), American College Testing examination (ACT), or Armed Services Vocational Aptitude Battery examination (ASVAB). University requirements for admission are a combined score of 910 on the SAT (or the previous version SAT examination score equivalent - see Entrance Test Concordance Table below), a composite score of 17 on the ACT, a score of 50 on the ASVAB, or successful passing score on the University entrance examination. Entrance Test Concordance Table SAT SAT SAT ACT ASVAB Wonderlic 1150 1590 1070 23 65 25 1110 1530 1030 22 65 24 1070 1470 990 21 65 23 1070 1470 990 21 65 22 1030 1410 950 20 65 21 1030 1410 950 20 65 20 990 1350 910 19 65 19 990 1350 910 19 65 18 950 1290 870 18 50 17 910 1230 830 17 50 16 910 1230 830 17 50 15 870 1170 790 16 31 14 870 1170 790 16 31 13 Candidates seeking general admission to the University are not required to take the general admission test upon providing written proof of an associate or higher degree earned from an accredited college. Candidates providing proof of an associate or higher degree with a cumulative grade point average of 3.0 or higher from an accredited college seeking entry into the University’s allied health programs are exempt from taking the general admissions test. Candidates must meet all other general and allied health program-specific admission requirements. Keiser University reserves the right to accept up to 10% of applicants per academic year who do not meet the established entrance test score(s) for the program they wish to enroll in but who request admission based on other criteria. When the established entrance score has not been met an appeal letter written by the student and accompanying documentation is required to be submitted to the Dean of Academic Affairs and the Campus President for consideration. If the appeal is approved, a waiver letter is placed in the applicant’s academic file. Keiser University programs that hold licensure exams are exempt from the 10% rule and are required to meet admission criteria as noted for the program in the KU Catalog, Keiser University Academic Policy & Procedure Manual and Keiser University website. To see if a program holds licensure exams, visit the Keiser University website related to the program. The University reserves the right to deny admission to any prospective student that in their judgment poses an undue risk to the safety or security of the University and the University community. This judgment will be based on an individual determination taking into account any information the University has about a prospective student’s criminal record and the presence of secondary school students on the campus. Additionally, the University reserves the right to evaluate the individual circumstances regarding registered sex offenders, and in certain cases refuse admission to the University. When a prospective student receives a registered sex offender designation, the University reserves the right to place the admissions process on hold, contingent upon the review and approval from a designated acceptance committee. The following section applies only to applicants/students at the Flagship Residential and San Marcos Latin American Campus: To be considered for general admission to the University, all applicants must supply: General admission requirements for transfer applicants: To see if a program holds licensure exams, visit the Keiser University website related to the program. The University CONDITIONAL OR PROBATIONAL ADMISSION STUDENTS Applicants who do not meet the established admissions criteria may be considered for conditional or probationary admission by the (faculty) Admissions Committee, Chaired by the Academic Dean. Students admitted conditionally or on probation may be required to take remedial courses that do not count toward degree completion and/or attend counseling and tutoring in the Center for Academic Excellence and may also only be allowed to enroll in a limited number of regular degree- related courses. Grades for students admitted conditionally are reviewed at the end of the semester. Students who make acceptable progress and fulfill the conditions of their admission are allowed to continue their studies as regular students. CLEARANCE TO REGISTER REQUIREMENTS Applicants who appear to meet the minimum admission criteria for regular admission, but whose admission applications are still incomplete three weeks prior to registration, may be issued a “Clearance-to-Register.” These applicants are then permitted to register for classes, with the understanding that their status as regular students admitted to the institution is not resolved until they submit the remaining materials necessary to complete their application. Failure to comply with the submission of all required documentation can result in suspension from classes unless rectified in a timely manner (one semester maximum). Academic Placement Determinations Entering students are tested for English and mathematics placement using diagnostic tests provided by Keiser University. Upon completion of the examination, students are notified which English and mathematics courses they must take. Placement testing is MANDATORY for ALL military-connected students to include Active Duty, Veterans, and military dependents unless the student has a college-level Math or English class to transfer into the University. The following section applies only to applicants/students at the San Marcos, Nicaragua Latin American Campus: New students at the Latin American Campus are also tested for Spanish placement unless transfer credit or credit by examination has been awarded. Program-Specific Admissions Requirements All candidates must achieve the required entrance examinations scores and all other requirements for admission to specific bachelor and associate degree allied health programs. Scores on the SAT, ACT or ASVAB examinations equivalent to Keiser University’s entrance examination may be accepted in lieu of taking the University’s examination. Associate of Science in Nursing Admissions Policy (Students admitted prior to May 24, 2017, are held to the nursing admissions requirements of the previous admissions/student acceptance policy). POLICY Students are accepted to the Nursing Program in accordance with the policy and procedure of Keiser University and Keiser University’s Nursing Program. Applicants must meet the Associate of Science in Nursing (ASN) eligibility requirements to be considered for acceptance into the Nursing Program. REQUIREMENTS • An acceptable background check in accordance with the Nurse Practice Act (upon enrollment and again prior to the start of nursing major if needed) • Personal interview with the Program Director or designee, and approval from the Admission Committee. • A composite score of 60 or higher on (current version) the Test of Essential Academic Skills (TEAS) nursing entrance examination within a maximum of 3 attempts in a 12-month period. TEAS exam should be taken on ground only. If a student is not able to take it on ground, they are encouraged to work with their Admissions Counselor only if they reside far enough from a Keiser University location that multiple trips to campus during the admissions process are burdensome. Arrangements for remote administration of the test can be considered under extenuating circumstances. The student who is unsuccessful after 3 attempts may file an appeal for a 4th attempt that is reviewed by the Nursing Program Director and the Academic Dean. (See TEAS appeal process below) • Minimum grade of “B” for pre-requisite courses: Human Anatomy/ Physiology I and II (BSC2085C and BSC2086C) • Minimum grade of “C” for pre-requisite courses: Microbiology (MCB2000C), Intermediate Algebra (MAT1033), Life Span Development (DEP2004), and general education courses • Minimum cumulative 3.0 GPA for general education/ prerequisite courses • Satisfactory drug screening and completion of ALL required health screening (immunizations) in accordance with the Nurse Practice Act and clinical requirements Bachelor of Science in Nursing Admissions Policy TRADITIONAL BSN REQUIREMENTS • High School cumulative GPA of 3.0 • Personal interview with the BSN Program Director or Designee, and approval from the BSN Admission Committee • An acceptable background check in accordance with the Nurse Practice Act upon enrollment • A composite score of 60 or higher on (current version) the Test of Essential Academic Skills (TEAS) nursing entrance examination within a maximum of 3 attempts in a 12-month period. TEAS exam should be taken on ground only. If a student is not able to take it on ground, they are encouraged to work with their Admissions Counselor only if they reside far enough from a Keiser University location that multiple trips to campus during the admissions process are burdensome. Arrangements for remote administration of the test can be considered under extenuating circumstances. The student who is unsuccessful after 3 attempts may file an appeal for a 4th attempt that is reviewed by the Nursing Program Director and the Academic Dean. (See TEAS appeal process below) • Satisfactory drug screening and completion of ALL required health screening (immunizations) in accordance with the Nurse Practice Act and clinical requirements Minimum grade of “B” in the following prerequisite courses: o BSC2085C Human Anatomy & Physiology I (4 credits) o BSC2086C Human Anatomy & Physiology II (4 credits) o CHM2045 General Chemistry (3 credits) o CHM2045L General Chemistry Lab (1 credit) o MCB2000C Microbiology (with lab) (4 credits) • Student is evaluated by the BSN Program Director, once all pre-requisite general education courses and TEAS have been successfully completed for full acceptance to the program • Minimum cumulative 3.0 GPA for general education/prerequisite courses ACCELERATED BSN REQUIREMENTS • Bachelor’s or Graduate degree in a non-nursing discipline from an accredited school, with a cumulative GPA of 3.0 on a 4.0 scale, or the last 60 credits of the degree with a 3.0 GPA. • An acceptable background check in accordance with the Nurse Practice Act upon enrollment • A composite score of 67 or higher on (current version) the Test of Essential Academic Skills (TEAS) nursing entrance examination within a maximum of 3 attempts in a 12-month period. TEAS exam should be taken on ground only. If a student is not able to take it on ground, they are encouraged to work with their Admissions Counselor only if they reside far enough from a Keiser University location that multiple trips to campus during the admissions process are burdensome. Arrangements for remote administration of the test can be considered under extenuating circumstances. The student who is unsuccessful after 3 attempts may file an appeal for a 4th attempt that is reviewed by the Nursing Program Director and the Academic Dean. (See TEAS appeal process below) • Personal interview with the BSN Program Director or Designee, and approval from the BSN Admissions Committee • Minimum cumulative 3.0 GPA for general education/prerequisite courses • Prerequisite courses of: DEP2004 Lifespan Development (3 credits) and STA2023 Statistics (3 credits) with a “C” or better earned prior to acceptance. • Minimum grade of “B” in the following additional prerequisite courses prior to beginning nursing major courses: o BSC2085C Human Anatomy & Physiology I (4 credits) o BSC2086C Human Anatomy & Physiology II (4 credits) o CHM2045 General Chemistry I (3 credits) o CHM2045L General Chemistry Lab (1 credit) o MCB2000C Microbiology (with lab) (4 credits) • Satisfactory drug screening and completion of ALL required health screening (immunizations) in accordance with the Nurse Practice Act and clinical requirements. • Most recent 60 or more credits from one or more accredited colleges or universities with a 3.0 GPA • An acceptable background check in accordance with the Nurse Practice Act upon enrollment • The general education/ prerequisites that must be achieved with a cumulative 3.00 GPA are to include ENC1101, ENC1102, MAC2105, PSY2012, Electives (7 credits), and Humanities 3 credits. • Personal interview with the BSN Program Director or Designee, and approval from the BSN Admission Committee • Satisfactory drug screening and completion of ALL required health screening (immunizations) in accordance with the Nurse Practice Act and clinical FASTTRACK BSN REQUIREMENTS • A composite score of 67 or higher on (current version) the Test of Essential Academic Skills (TEAS) nursing entrance examination within a maximum of 3 attempts in a 12-month period. TEAS exam should be taken on ground only. If a student is not able to take it on ground, they are encouraged to work with their Admissions Counselor only if they reside far enough from a Keiser University location that multiple trips to campus during the admissions process are burdensome. Arrangements for remote administration of the test can be considered under extenuating circumstances. The student who is unsuccessful after 3 attempts may file an appeal for a 4th attempt that is reviewed by the Nursing Program Director and the Academic Dean. (See TEAS appeal process below) TEAS APPEAL PROCESS Students who are unsuccessful after 3 attempts on the current version of the TEAS may complete an appeal for a 4th attempt to take the current version of the TEAS. The appeal will be reviewed by the campus Nursing Program Director and the Academic Dean for approval. The appeal should include the reasons the student was unsuccessful at their prior attempts and how they plan to get a different result. Students are encouraged to work with their Admissions Counselor if they reside far enough from a Keiser University location that multiple trips to campus during the admissions process are burdensome. Arrangements for remote administration of the test can be considered under extenuating circumstances. Professional Licensure or Certification If you are considering a Keiser University program that leads to professional licensure or certification, please review the ‘State Licensure Disclosure Information’ linked to the program’s webpage on the university website at www.keiseruniversity.edu. Information regarding whether completion of the program is sufficient to meet licensure or certification requirements in a state for that occupation is provided. Also, it is advised that applicants seek guidance from the appropriate licensing or credentialing agency in your home state, or state to which you plan to seek employment, before beginning any academic program leading to licensure or certification as other requirements beyond academic preparation may apply. In order to comply with regulations regarding distance education, Keiser University is required to make the following disclosure to applicants and students completing their coursework outside of the state of Florida, including field experiences (e.g., internships, practicums, clinical placements), when their program of study customarily leads to professional licensure. The National State Authorization Reciprocity Agreement (SARA) of which we are a member, has no effect on state professional licensure requirements. Please visit our website at https://www.keiseruniversity.edu/heoa/professionallicensure for information on this topic. If you are unable to locate the correct information about professional licensure, or have difficulty obtaining the information you need, please contact the academic advisor for your program. International Students Keiser University is proud of the international character of its student body and welcomes students from other nations. All international students who participate in educational programs conducted in English must be fluent in English before they enroll. Applicants are asked to furnish proof that they can read, write, and speak English fluently. The University accepts only F-1 visas based upon a student's program of study in person in fully on-ground or hybrid coursework at one of our campuses in Florida. International student applicants must meet the following requirements for admission to Keiser University: • Successful completion of a secondary school program that is equivalent to high school in the United States. (Official records must be evaluated by an approved educational evaluator service attesting that completion is equivalent to secondary school completed in the United States.) • Proof of English language proficiency, if the applicant’s primary language is not English • Certification of financial ability to meet tuition and other necessary expenses or ability to qualify for financial aid as an eligible non-citizen. • Course descriptions from a former institution’s catalog are analyzed and credit is accepted for those successfully completed courses that parallel course content and duration of Keiser University courses. Courses in a student’s major must meet the same general course objectives as Keiser University courses. • Only courses with a grade of "C" or higher are considered for transfer credit. • Credit value accepted by Keiser University follows program requirements even though more time may have been devoted and more credit awarded in covering the material at the institution from which a student is transferring the credits. • Approved articulation agreements with other colleges are recognized for transfer of credit. • Decisions are made so that a student's academic program provides the most professional training. • Show financial need • Enroll in an eligible program • Be a United States citizen or eligible non-citizen • Have a valid social security number • Maintain satisfactory academic progress • Comply with requirements of the Anti-Drug Abuse Act • Not be in default on a National Direct Student Loan, Federal Stafford Loan or Federal PLUS Loan • Not owe a refund on a Federal Pell Grant or Federal Supplemental Educational Opportunity Grant (FSEOG) • Agree to use any Federal student aid received solely for educational purposes • Sign a Statement of Educational Purpose/Certification on refunds and default • Sign a Statement of Registration Status if required to register with the Selective Service • Be enrolled at least half-time (for most programs) • Know when they will receive their financial aid. • A copy of the documents describing the University's accreditation or licensing. • Information about Keiser University programs, its instructional, laboratory and other physical facilities and its faculty. • Information relating to job placement rates. • Information concerning the cost of attendance. • Information on the refund policy for students who withdraw. • Information about Federal Work-Study jobs • What kind of job it is • What hours a student must work • What job duties are • What the rate of pay is • How and when payroll is issued. • Reconsideration of their aid package if they believe a mistake has been made or if enrollment or financial circumstances have changed. • Information on how the University determines whether a student is making satisfactory progress and, if not, the nature of the procedures. Information concerning special facilities and services that are available under the Americans with Disabilities Act. • Information as to what financial assistance is available, including information on federal, state, local, private and institutional financial aid programs. • Information as to who Financial Services personnel are, where they are located and how and when to contact them. • Information concerning procedures and deadlines for submitting applications for each available financial aid program. • Information concerning how financial aid recipients are selected for various programs. • Information concerning how their financial aid eligibility is determined. • Information on how much financial need, as determined by the University, has been met. • Information concerning each type and amount of assistance in their financial aid package. • Information concerning the interest rate on any student loan, the total amount which must be repaid, the length of time to repay, when repayment must begin, and what cancellation or deferment (postponement) provisions apply. • Know who their academic advisor is. • Information concerning the University’s academic and administrative policies. • Fair, equal and non-discriminatory treatment from all University personnel. • Access to their student records. • Freedom of academic expression. • Abide by the Keiser University student code of conduct. • Read, understand, and keep copies of all forms they are given. • Review and consider all information about University programs prior to enrollment. • Pay special attention to the Free Application for Federal Student Aid, complete it accurately and submit it on time to the right place. (Errors can delay or prevent receiving aid). • Know all deadlines for applying or reapplying for aid and meet them. • Provide all documentation, corrections, and/or new information requested by either the Financial Services department or the agency to which the application was submitted. • Notify the University of any information that has changed since their initial application for financial aid. • Repay all student loans. • Attend an exit interview at the University if they receive a Federal Direct Subsidized Loan, Federal Direct Unsubsidized Loan, or Federal Direct PLUS Loan. • Notify the University and lender (if they have a loan) of any changes in their name, address or attendance status (half-time, three quarter-time, or full-time). • Satisfactorily perform the work agreed upon in a Federal Work-Study program. • Understand the University refund policy which is stated on the Application for Admission and in this catalog. • Read the contents of the Application for Admission carefully. • Purchase or otherwise furnish books and supplies. • Maintain University property in a manner that does not deface, destroy or harm it. • Return library books in a timely manner and pay any assessed fines. • Obtain required educational and financial clearances prior to graduation. • Comply with all parking regulations. • Federal Pell Grant • Federal Supplemental Educational Opportunity Grant (FSEOG) • Subsidized and Unsubsidized Direct Loans • Federal PLUS Parent Loan • Alternative Loan Programs Proof of English Language Proficiency Keiser University accepts one of the test scores listed below as proof of English language proficiency: • TOEFL®: A minimum score of 500 on a paper-based examination, 173 on a computer-based examination; or 61 on an internet-based score (iBT). Speaking English test scores is recommended. • IELTS: A minimum IELTS score of 6.0. Speaking English test scores is recommended. • DET (The Duolingo English Test): A minimum score of 95. • U.S. College or University: At least two complete years of full-time academic coursework at a U.S. college or university with a grade of C (2.0) or higher in a standard English course. • ESL: Successfully pass Keiser University ESL level 4 courses. Keiser University offers 5 levels of ESL courses. Although students may be accepted for admission for matriculation upon completion of Level 4, they may be scheduled for level 5 concurrently with courses for the degree program. Note: Proof of English language proficiency documents must be official. Any test scores should be less than two years old. The legal name used to apply to Keiser University must match the one on the proof documents. High School Students High School students with verified enrollment at the twelfth grade level of an approved high school may apply to Keiser University for acceptance provided that all other applicable entrance requirements are met. Acceptance will enable the student to be enrolled at the university; however, coursework may not be initiated until such time as verification of high school graduation is provided (See General Admissions Requirements in the Keiser University Catalog). Thereupon such conditional status shall be removed. Effective: 12/13/2012 Undergraduate Transfer of Credit Policy General Information For students enrolling at Keiser University, credit for courses or degrees completed at another institution is subject to approval by the Dean of Academic Affairs. These courses or degrees must be similar in content and duration to those offered in the program for which an applicant has applied. The Dean of Academic Affairs makes the final decision of accepted transfer credits from the received transcript. However, only courses listed on official transcripts receive permanent official transfer credit. (To grant such credit, Keiser University must receive official transcripts--- those mailed directly to Keiser University by the previous institution---by the end of a student’s first semester.) Keiser University requires that, at a minimum, a student complete the final 25% of a program through the University. Active duty, reservists, and National Guard service members who are students can complete at a minimum 25% of a program at any time through the University and graduate. Transfer students are informed in writing of any credits accepted as transferable. Preliminary notification is presented, in most cases, prior to enrollment but in no case later than the end of a transfer student's first semester. Students are responsible for having official transcripts sent to Keiser University from their former institution(s). It may be necessary for students to forfeit some previously earned credit in the transfer process since college philosophies, objectives and programs may vary and change from year to year. Therefore, Keiser University makes no blanket statement or promise of acceptance of credits from any other institution. Conversion of Clock Hours for Transfer Credit Courses in clock hours are evaluated using the following formulas: 15 lecture clock hours = 1 semester credit hour 30 laboratory clock hours = 1 semester credit hour 45 externship clock hours = 1 semester credit hour Transfer of Credit from Other Institutions Keiser University accepts transfer credits applicable to an applicant’s program of study from other institutions recognized by the United States Department of Education (USDE). Keiser University accepts transfer of associate degrees that, upon evaluation, include the appropriate major course distribution without time limitations. Credit for courses from institutions whose accreditation status is uncertain, are substantially equivalent in content to Keiser University courses, and are applicable to an applicant’s program of study may be granted on a course-by-course basis. Keiser University maintains the following policy for evaluating, awarding, and accepting credit not originating from Keiser University. The Dean of Academic Affairs maintains the final decision-making authority for the transfer of such credit. The Dean’s responsibility in evaluating credit for transfer is to ensure the academic quality of the instruction leading to the award of the credit being transferred; the two-part process deans follow when evaluating transfer credit is first evaluating course content, as indicated by syllabi provided by the student, and second by evaluating the qualifications of the faculty members who taught the courses the student is attempting to transfer. In some cases, the accreditation of the institution at which the credits were earned guarantees the comparability of the course content and the qualifications of the faculty teaching those courses. When the accreditation of the institution at which the credits were earned does not guarantee the comparability of these two standards, the dean must verify the comparability of the course content and faculty credentials independently for each course the student is attempting to transfer. The acceptance of credits for courses is contingent upon appropriate faculty credentials and applicable course content of the course to be transferred. Credits from colleges and universities outside the United States are evaluated and may be transferred on a course equivalency basis. Consideration of transfer credit will be given for courses in which a “P” was earned during the timeframe covering the Presidential national emergency declaration for the COVID-19 pandemic. The Dean must receive an evaluation of official transcripts by a member agency of the National Association of Credential Evaluation Services (http://www.naces.org) attesting that the courses are equivalent to courses earned at an institution of higher education in the United States recognized by the USDE. Transfer credits are granted only for courses in which a grade of “C” or higher was earned (2.0 on a 4.0 scale). Prior to granting transfer of credit for any course, the University reserves the right to test applicants or request that they successfully pass an examination administered by a Keiser University faculty member. Questions concerning transfer evaluations should be addressed to the Office of Vice Chancellor of Academic Affairs. Transfer of Credits from Keiser University Students who are interested in continuing their education at an institution other than Keiser University should first make inquiry at the institution they plan to attend to determine credits and requirements needed for entrance to that institution. Transferability of credits is at the discretion of a receiving institution. Keiser University cannot assure transfer of credit; however, Keiser University has entered into articulation agreements with some local colleges and universities. Students should contact the Dean of Academic Affairs for specific information. Veteran Transfer of Credits A Veterans Administration benefit recipient has responsibility to report all previous education and training to Keiser University. The University evaluates the information and grants appropriate credit, with training time and tuition reduced proportionally. The veteran student and the Veterans Administration are notified. Transfer of degrees to Keiser University in Relation to Undergraduate Degree General Education Requirements Objective: To clarify the process of transferring general education credits to Keiser University for students with completed degrees from institution recognized by the USDE. This pertains solely to general education and does not exempt students from meeting specific major course requirements for their program major. Transfer students with an Associate of Arts degree from an Institution which follows the Florida Common Course Numbering System Students who possess an Associate in Arts degree from an accredited Institution which follows the Florida Common Course Numbering System and has at least a 2.00 cumulative grade point average will be considered to have met ALL the lower division general education requirements of the University. Transfer Students with an Associate of Arts degree from a Florida Community College under the State-Wide Articulation Agreement with Florida Division of Community Colleges and Keiser University Students, who possess an associate of arts degree from a Florida public community college, and at least a 2.00 cumulative grade point average, will be considered to have met ALL the lower division general education requirements of the University. Transfer Students with Bachelor’s Degrees Students who possess a Bachelor of Science or Bachelor of Arts degree from an institution recognized by the USDE who wish to pursue an additional undergraduate degree will be considered to have met ALL the general education requirements of the University. All references to a 2.0 GPA are on a 4.0 scale. Individual programmatic requirements supersede these general education transfer guidelines. Transfer of Credit Procedures The Dean of Academic Affairs evaluates transcripts and determines potential transfer credit granted to students. The following guidelines are used in evaluating transcripts received from other accredited institutions: Credit by Examination Credit value accepted by Keiser University follows program requirements even though more time may have been devoted and more credit awarded in covering the material at the institution from which a student is transferring the credits. Approved articulation agreements with other colleges are recognized for transfer of credit. Decisions are made so that a student's academic program provides the most professional training. Advanced International Certificate of Education (AICE) Students completing approved AICE examinations with scores of A, B, C, D or E on both A and AS levels will earn Keiser University credit. The official AICE transcript is required in order to award credit. The credit will be awarded as follows: AICE Keiser Keiser Accounting A Level ACG1001 and ACG2011 6 Accounting AS Level ACG1001 3 Biology A Level BSC1005/1010L and BSC1006/1011L 8 Biology AS Level BSC1005/1010L 4 Business A Level GEB1112 and MAN1021 6 Business AS Level GEB1112 3 Chemistry A Level CHM1045/1045L and CHM1046/1046L 8 Chemistry AS Level CHM1045/1045L 4 Computing A or AS Level CGS1000C 3 Economics A Level ECO1023 and ECO2023 6 Economics AS Level ECO1023 3 English Language A Level ENC1101 and ENC2102 6 English Language AS Level ENC1101 3 English Literature A Level AML1000 and ENL1000 or CWL1000 6 English Literature AS Level ENL1000 3 Environmental Science A or AS Level BSC1050 3 History A Level AMH1010 and AMH1020 or WOH1001 6 History AS Level AMH1010 or AMH1020 or WOH1001 3 Marine Science A or AS Level OCB1010 3 Mathematics A Level MAT1033 and MAC2105 or MGF2106 6 Mathematics AS Level MAT1033 3 Music A or AS Level MUH2011 3 Physics A Level PHY2001/2001L and PHY2002/2002L 8 Physics AS Level PHY2001/2001L 4 Psychology A Level PSY1012 and DEP2004 6 Psychology AS Level PSY1012 3 Sociology A or AS Level SYG1000 3 Statistics A or AS Level STA2023 3 Thinking Skills A or AS Level PHI1010 3 College Level Examination (CLEP) Policy Since many college students are adults without an opportunity to enter an advanced-placement program but have broad and varied backgrounds, Keiser University will consider results of the CLEP for credit by examination. This program, as described in CLEP's descriptive brochure, was developed "to provide a national program of examinations that can be used to evaluate nontraditional college-level education, specifically including independent study and correspondence work." College credit may be awarded for acceptable scores at or above the 50th percentile on college sophomore norms of the College Level Examination Program (CLEP) of the College Entrance Examination Board. A maximum of 18 semester hours of credit may be awarded, based on General Examination or Subject Examination scores. To receive the maximum benefits, it is suggested that students take advantage of this program prior to their initial registration. Credit cannot be awarded in an area covered by the CLEP General Examination when it would duplicate credit already awarded to a student for successful completion of college-level work. Keiser University welcomes a variety of students of all ages to its campuses; many students bring a depth of knowledge to specific subjects. It recognizes and honors such knowledge by accepting the full range of College Level Examination Program (CLEP) tests. Assuming that an acceptable grade (see list below) is attained on a CLEP examination, Keiser University grants credit toward degree completion. Credit-Granting Scores Examinations Credit Score Score Mathematics 6 50 ENL1000 English Literature MAT1033 Intermediate Algebra Natural Sciences 6 50 MAC2105 College Algebra MGF2106 College Math BSC1005 General Biology Social Sciences/History 6 50 BSC1006 Advanced Biology BSC1050 Environmental Science CHM2045 General Chemistry CHM2046 Advanced Chemistry AMH1010 American History Pre 1876 Subject Examinations AMH1020 American History Since 1876 POS1041 Political Science Business Information Systems and Computer Applications 3 50 CGS1000 Introduction to Computers Principles of Management 3 50 MAN1021 Principles of Management Principles of Accounting Introduction to Business 6 50 ACG1001 Accounting Principles I ACG2011 Accounting Principles II Law 3 51 BUL1240 Business Law Principles of Marketing 3 50 MAR1011Introduction to Marketing Composition American Literature 3 50 AML1000 American Literature English Literature Computers Introduction to Computers 3 3 50 50 ENL1000 English Literature CGS1000 Introduction to Computers Foreign Languages Spanish Level I 3 50 SPN1210 Conversational Spanish History and Social Sciences American History I: Early Colonization to 1877 3 50 AMH1010 American History Pre 1876 History of the United States II: 1865 to Present 3 50 AMH1020 American History Since1876 Principles of Macroeconomics 3 50 ECO2013 Macroeconomics Principles of Microeconomics 3 50 ECO1023 Microeconomics Introductory Psychology 3 50 PSY1012 Introduction to Psychology Introductory Sociology Science and Mathematics Algebra 3 3 50 50 SYG1000 Sociology MAT1033 Intermediate Algebra General Biology General Chemistry 6 6 50 50 BSC1005 General Biology BSC1005L General Biology Laboratory CHM2045 General Chemistry CHM2045L General Chemistry Laboratory Students who wish to receive credit for CLEP examinations (general or subject) are responsible for having CLEP transcripts mailed to the University by the College Entrance Examination Board, and they are responsible for ordering and paying any fees associated with CLEP transcripts. The Dean must receive the transcript directly from the CEEB by the end of the student’s first semester. DANTES Subject Standardized Tests (DSST) Policy Since many college students are adults without an opportunity to enter an advanced-placement program but have broad and varied backgrounds, Keiser University will consider results of the DSST for credit by examination. The nationally recognized DSST Credit-by-Exam Program by Prometric gives students the opportunity to earn college credit for learning acquired outside the traditional classroom. With more than 30 exam titles in college subject areas such as Social Sciences, Math, Applied Technology, Business, Physical Sciences, and Humanities, DSST exams shorten the pathway to graduation while reducing college costs. A maximum of 18 semester hours of credit may be awarded, based on DSST scores. To receive the maximum benefits, it is suggested that students take advantage of this program prior to their initial registration. Credit cannot be awarded in an area covered by the DSST examination when it would duplicate credit already awarded to a student for successful completion of college-level work. Keiser University recognizes and uses the American Council of Education (ACE) Guide for the evaluation of the DSST. Refer to the ACE National Guide to college credit for workforce training to determine acceptable scores for college credit: http://www2.acenet.edu/credit/?fuseaction=browse.getOrganizationDetail&FICE=300162 Advanced Placement Policy Keiser University participates in the Advanced Placement Program agreement administered by high schools through the College Entrance Examination Board (CEEB). Under this system, a student entering Keiser University may receive placement in advanced courses and accelerate their studies. Students who have participated in the AP Program in high school and received a score of 3 or better on qualifying AP examinations are eligible to receive college credit for related courses. In order to be eligible to receive credit, students must submit an official Advanced Placement score report from the College Entrance Examination Board. Students who wish to receive credit for College Entrance Examination Board AP examinations are responsible for having their AP score reports mailed to the University by the College Board, and are responsible for ordering and paying any fees associated with AP score reports. Reports must be received by Keiser University directly from the College Entrance Examination Board. The College Entrance Examination Board AP Automated Score Reporting Services are available 24 hours a day, seven days a week at the following numbers: 1-888-308-0013 (toll free in the United States, U.S. territories, and Canada) 1- 609-771-7366 (outside of the United States, U.S. territories, and Canada) Advanced Placement tests, equivalent Keiser University courses, and qualifying scores are shown below. KU Course Number Course Name Arts Music Music Theory 3 or higher MUH2011 Music Appreciation 3 English English Language & Composition 3 or 4 ENC1101* English Composition I 3 English Language & Composition 5 ENC1101*, ENC2102* English Composition I, English Composition II 6 3 or higher AML1000* American Literature 3 OR 3 or higher ENL1000* English Literature 3 Foreign Languages Chinese Chinese Language 3 CHL1101 Chinese Composition I 3 Spanish Spanish Language 3 or higher SPN1210 Conversational Spanish 3 Mathematics & Computer Science Calculus Calculus AB 3 or higher MAC2311 Calculus I 4 Calculus BC 3 or higher MAC2311 Calculus I 4 Computer Science Computer Science A 3 or higher COP2360C C# (Sharp) Programming I 4 Statistics Statistics 3 or higher STA2023 Statistics 3 Sciences Biology 4 or higher BSC1005, BSC1005L, BSC1006, BSC1006L General Biology & Laboratory, Advanced Biology & Laboratory 8 OR Biology Biology Chemistry Chemistry Chemistry Geology/Geography Environmental Science Physics Biology 3 BSC1005, BSC1005L General Biology & Laboratory 4 4 or higher PHY2053, PHY2053L, PHY2054, PHY2054L Physics I & Laboratory, Physics II & Laboratory 8 Physics C (mechanics) 3 or higher PHY2053, PHY2053L Physics I & Laboratory 4 Physics C (electricity and magnetism) 3 or higher PHY2054, PHY2054L Physics II & Laboratory 4 Social Sciences Economics Macroeconomics 3 or higher ECO2013 Macroeconomics 3 Microeconomics 3 or higher ECO1023 Microeconomics 3 History U.S. History 3 AMH1010 American History Pre 1876 3 U.S. History 4 or higher AMH1010, AMH1020 American History Pre 1876, American History Since 1876 6 World History 3 or higher WOH1001 Introduction to World History 3 Political Science Comparative Government & Politics 3 or higher CPO2002 Introduction to Comparative Government & Politics 3 U.S. Government & Politics 3 or higher POS1041 Political Science 3 Psychology Psychology 3 or higher PSY1012* Introduction to Psychology 3 International Baccalaureate (IB) Keiser University values the International Baccalaureate (IB) Diploma Program and its engaging and challenging curriculum that encourages critical thinking, intercultural understanding and respect. The University welcomes applications from IB students. Keiser University will award credit based on scores achieved on the IB Diploma program examinations. Students will be awarded up to 45 credits. Students with a score of 4 on subject areas will receive 3 – 4 credits for each examination. Students with a score of 5 or above will receive 6 – 8 credits. Students who are awarded IB credit for ENC1101, ENC2102 or MAC2105 will receive Gordon Rule Credit. English is the official language of instruction at Keiser University. All prospective students must demonstrate English language competency prior to admission. IB applicants to Keiser University must satisfy this requirement by attaining a minimum score of 4 on the standard or higher English language examinations. There is no need for students who have taken these IB Diploma Program English courses to take other qualifications such as IELTS or TOEFL. The official International Baccalaureate transcript is required in order to award credit. The credit will be awarded as follows: Subject Score Score Biology BSC1005/1010L (4 credits) BSC1005/1010L (8 credits) BSC1006/1011L Business and Management GEB1112 or MAN1021 GEB1112/MAN1021 Chemistry CHM1045/1045L (4 credits) CHM1045/1045L (8 credits) CHM1046/1046L Computer Science CGS1000C Economics ECO1023 ECO1023/ECO2013 English ENC1101 ENC1101/ENC2102 Environmental Systems BSC1050 or OCB 1010 BSC1050/OCB1010 History of Americas AMH1010 or AMH1020 or WOH1001 AMH1010 and AMH1020 or WOH1001 Language A: Literature AML1000 or ENL100 or CWL 1000 AML1000 and ENL1000 or CWL 1000 Mathematics MAT1033 MAT1033/MAC2105 Music MUH2011 Philosophy PHI1010 Physics PHY2001/2001L (4 credits) PHY2001/2001L (8 credits) PHY2049/2002L Psychology PSY 1012 PSY1012/DEP2004 Social and cultural anthropology SYG1000 SYG1000 Policy on Transfer Credit for Military Training and Education Keiser University provides processes to determine credit awards and learning acquired for specialized military training and occupational experience when applicable to a service member’s degree program. Keiser University recognizes and uses the American Council of Education (ACE) Guide for the evaluation of the Joint Services Transcripts (JSTs) educational experiences in the Armed Services in determining the value of learning acquired in military service at levels consistent with ACE Guide recommendations and/or those transcripts by the Community College of the Air Force (CCAF), when applicable to a student’s program. Procedures: The transferring student must accomplish the following: Supply an unofficial military transcript for evaluation during the admissions process Order an official military transcript from their respective branch of service Ensure the official military transcript is provided to Keiser University by the end of the student’s first semester Credit for Life Experience Policy To receive credit for life experience, a student must have documented experience related to specific objectives for a course as outlined in that course’s Course Control Document and syllabus. Student Participation A student must obtain credit for the course he/she is challenging at least 30 days before that course is scheduled to be offered at the University. A student is assigned a portfolio advisor to ensure prior experiential learning does not duplicate credit already awarded or remaining courses planned. Credit Earned A student is awarded credit based on the completion and acceptance of a portfolio for each course within a specified time frame. Credit earned can be up to 15 credits for lower level degree and 15 credits for upper level. Keiser University requires that, at a minimum, students complete the final 25% of a program through the University. A grade of Pass/Fail is awarded for completed portfolios submitted within the specified time frame. Students fill out a Request for University Credit by Portfolio Form for each course for which they wish to obtain credit and submit it to the Dean of Academic Affairs together with a current resumé. The request must be submitted at least 90 days prior to when the course for which they wish to obtain credit is scheduled to be offered at the University. A student submits one completed draft for review to the portfolio advisor before a final portfolio is submitted. The draft must be submitted 60 days prior to when a course is scheduled to be offered at the University. The final portfolio and one copy is submitted in a three-ring binder with tabbed dividers at least 30 days prior to when the course is scheduled to be offered at the University. The portfolio advisor discusses with the student the effort needed to create a portfolio. The advisor also establishes deadlines for portfolio completion. The Dean of Academic Affairs determines if a student is eligible for the credit, ensures that the credit does not duplicate credit already awarded and that the final 25% of a program can be completed through Keiser University. After the portfolio advisor has reviewed the portfolio, the original is returned to the student. The University keeps a copy for historical purposes. After the portfolio advisor reviews the portfolio and completes the Portfolio Check-Off Sheet, a grade of Pass/Fail is granted. The Dean then updates the Request for University Credit by Portfolio Form. Florida’s Statewide Course Numbering System Courses in this catalog are identified by prefixes and numbers that were assigned by Florida’s Statewide Course Numbering System (SCNS). This numbering system is used by all public postsecondary institutions in Florida and by participating nonpublic institutions. The major purpose of this system is to facilitate the transfer of courses between participating institutions. Students and administrators can use the online SCNS to obtain course descriptions and specific information about course transfer between participating Florida institutions. This information is at the SCNS website at SCNS (fldoe.org) Each participating institution controls the title, credit, and content of its own courses and recommends the first digit of the course number to indicate the level at which students normally take the course. Course prefixes and the last three digits of the course numbers are assigned by members of faculty discipline committees appointed for that purpose by the Florida Department of Education in Tallahassee. Individuals nominated to serve on these committees are selected to maintain a representative balance as to type of institution and discipline field or specialization. The course prefix and each digit in the course number have a meaning in the SCNS. The listing of prefixes and associated courses is referred to as the “SCNS taxonomy.” Descriptions of the content of courses are referred to as “statewide course profiles.” Example of Course Identifier Prefix Level Century Decade Unit Lab (first digit) (second digit) (third digit) (fourth digit) ENC 1 1 0 1 English Lower (Freshman) Freshman Freshman Freshman No laboratory Composition Level at this Composition Composition Composition component in institution Skills Skills I this course General Rule for Course Equivalencies Equivalent courses at different institutions are identified by the same prefixes and same last three digits of the course number and are guaranteed to be transferable between participating institutions that offer the course, with a few exceptions, as listed below in Exceptions to the General Rule for Equivalency. For example, a freshman composition skills course is offered by 84 different public and nonpublic postsecondary institutions. Each institution uses “ENC_101” to identify its freshman composition skills course. The level code is the first digit and represents the year in which students normally take the course at a specific institution. In the SCNS taxonomy, “ENC” means “English Composition,” the century digit “1” represents “Freshman Composition,” the decade digit “0” represents “Freshman Composition Skills,” and the unit digit “1” represents “Freshman Composition Skills I.” In the sciences and certain other areas, a “C” or “L” after the course number is known as a lab indicator. The “C” represents a combined lecture and laboratory course that meets in the same place at the same time. The “L” represents a laboratory course or the laboratory part of a course that has the same prefix and course number but meets at a different time or place. Transfer of any successfully completed course from one participating institution to another is guaranteed in cases where the course to be transferred is equivalent to one offered by the receiving institution. Equivalencies are established by the same prefix and last three digits and comparable faculty credentials at both institutions. For example, ENC 1101 is offered at a community college. The same course is offered at a state university as ENC 2101. A student who has successfully completed ENC 1101 at a Florida College System institution is guaranteed to receive transfer credit for ENC 2101 at the state university if the student transfers. The student cannot be required to take ENC 2101 again since ENC 1101 is equivalent to ENC 2101. Transfer credit must be awarded for successfully completed equivalent courses and used by the receiving institution to determine satisfaction of requirements by transfer students on the same basis as credit awarded to the native students. It is the prerogative of the receiving institution, however, to offer transfer credit for courses successfully completed that have not been designated as equivalent. NOTE: Credit generated at institutions on the quarter-term system may not transfer the equivalent number of credits to institutions on the semester-term system. For example, 4.0 quarter hours often transfers as 2.67 semester hours. The Course Prefix The course prefix is a three-letter designator for a major division of an academic discipline, subject matter area, or subcategory of knowledge. The prefix is not intended to identify the department in which a course is offered. Rather, the content of a course determines the assigned prefix to identify the course. Exceptions to the General Rule for Equivalency Since the initial implementation of the SCNS, specific disciplines or types of courses have been excepted from the guarantee of transfer for equivalent courses. These include courses that must be evaluated individually or courses in which the student must be evaluated for mastery of skill and technique. The following courses are exceptions to the general rule for course equivalencies and may not transfer. Transferability is at the discretion of the receiving institution. Courses not offered by the receiving institution. For courses at non-regionally accredited institutions, courses offered prior to the established transfer date of the course in question. Courses in the _900-999 series are not automatically transferable, and must be evaluated individually. These include such courses as Special Topics, Internships, Apprenticeships, Practica, Study Abroad, Theses, and Dissertations. Applied academics for adult education courses. Graduate courses. Internships, apprenticeships, practica, clinical experiences, and study abroad courses with numbers other than those ranging from 900-999. Applied courses in the performing arts (Art, Dance, Interior Design, Music, and Theatre) and skills courses in Criminal Justice (academy certificate courses) are not guaranteed as transferable. These courses need evidence of achievement (e.g., portfolio, audition, interview, etc.). Questions about the SCNS and appeals regarding course credit transfer decisions should be directed to Dr. David Kreitner in the Office of the Chancellor, Academic Affairs Department, 954-776-4476 or to the Florida Department of Education, Office of Articulation, 1401 Turlington Building, Tallahassee, Florida 32399-0400. Special reports and technical information may be requested by calling the SCNS office at (850) 245-0427 or at SCNS (fldoe.org) FINANCIAL SERVICES Consumer Information The Higher Education Opportunity Act of 1965 revised 2008 (HEOA) requires postsecondary institutions participating in federal student aid programs disclose information from various administrative areas to students. This information may be viewed online at the following address in compliance with federal law: http://www.keiseruniversity.edu/heoa/ General Information The Financial Aid Department at Keiser University provides assistance to students who need financial aid in order to pay tuition expenses at the University. The Financial Aid Department has established procedures which assure fair and consistent treatment of all applicants. Keiser University believes that the primary responsibility for educational costs rests with a student and his/her family. However, financial aid is available to meet the difference between a student's resources and his/her actual needs. Keiser University examines the total cost associated with attending the University including, but not limited to, tuition and fees, room and board, books, supplies, personal expenses and allowable travel expenses. Keiser University uses the Free Application for Federal Student Aid (FAFSA) to document and collect information used in determining a student's eligibility for financial aid. The information a student supplies on the FAFSA is confidential. FAFSA instructions to complete on the web may be obtained in the Financial Services Department or going to www.fafsa.ed.gov, Keiser University code 015159. Keiser University maintains a full-time Director of Financial Aid at each campus to meet student needs. Students are encouraged to make appointments with a Financial Aid Administrator to ensure they obtain the funding needed for their college investment. The United States Department of Education has determined that Keiser University is an institution eligible to participate in Federal Title IV financial aid programs. The University has the following institutional and Federal aid programs available to students who qualify (subject to availability of funds). The amount of aid a student receives at Keiser University is based on cost of attendance, Expected Family Contribution (EFC), enrollment status (full time, 3/4 time, 1/2 time, 1/4 time) and length of attendance within an academic year. Grants The main criterion for receiving grants is substantial financial need. Grants do not have to be repaid unless a student becomes ineligible. Students must maintain satisfactory academic progress as defined in the Keiser University Satisfactory Academic Progress Policy. Federal Pell Grant A Federal Pell Grant is an award to assist needy undergraduates in paying for their education. Pell Grants do not have to be repaid unless a student becomes ineligible. Eligibility for a Federal Pell Grant is based on several factors. Students complete a Free Application for Federal Student Aid (FAFSA) and this generates an Expected Family Contribution (EFC) number. Using the EFC number and other criteria, the amount of award is determined. Students with a bachelor's degree are not eligible for Federal Pell Grants. Federal Supplemental Educational Opportunity Grant (FSEOG) The Federal SEOG provides additional grant assistance to students. Funds are limited and priority is given to Pell-eligible students with exceptional financial need. Federal SEOG awards do not have to be repaid unless a student becomes ineligible. Students with a bachelor's degree are not eligible for Federal SEOG. Florida Student Assistance Grant (FSAG) The FSAG program is funded by the State of Florida and granted to needy students enrolled in bachelor degree or associate degree programs. To be considered for an FSAG Grant, applicants must meet Florida’s residency requirements for receipt of state student financial aid and must enroll for a minimum of 12 credit hours per semester. They must complete a Free Application for Federal Student Aid which must be processed and contain a valid Expected Family Contribution (EFC) by the cutoff date set by the University for each of the Fall terms. William L. Boyd, IV, Effective Access to Student Education (EASE) The grant program provides tuition assistance to Florida undergraduate students attending an eligible private, non-profit Florida college or university. Applicants must meet Florida’s general eligibility requirements for receipt of state student financial aid, must be a Florida resident and a U.S. citizen or eligible non-citizen, must not be in an adverse status regarding prior loans, grants or scholarships, must be enrolled for a minimum of 12 credit hours per semester, or the equivalent, and must be an undergraduate student who has not previously received a baccalaureate degree and must be enrolled in an eligible program of study leading to a baccalaureate degree. Loans Keiser University offers a variety of low interest loans that enable students to meet their educational costs. Educational loans MUST BE PAID BACK. Interest charges vary with the type of loan, and a minimum monthly payment may be required. The William D. Ford Federal Direct Loan Program Keiser University was selected by the United States Department of Education to participate in the Federal Direct Student Loan Program as one of its initial 104 institutions. A Federal Direct Stafford Student Loan eliminates lender and guarantee agencies. Keiser University processes a student's application in-house, and the loan is funded directly by the U.S. Department of Education. The Federal Direct Student Loans are low interest loans. Subsidized Direct Loan Subsidized Direct Loans are loans for undergraduate students with financial need. Repayment begins 6 months after a student graduates or is no longer enrolled at least half time. The interest rate on Federal Direct Subsidized loans borrowed by undergraduate students between July 1, 2018 and June 30, 2019 is 5.045%. If a student qualifies, the maximum amount of a Subsidized Direct Loan is $3,500. Unsubsidized Direct Loan Unsubsidized Direct Loans are loans for both undergraduate and graduate students that are not based on financial need. Interest is charged during in-school, deferment, and grace periods. The interest rate on Federal Direct Unsubsidized loans borrowed by undergraduate students between July 1, 2018 and June 30, 2019 is 5.045% and the interest rate for graduate/professional students is 6.595%. You are charged interest on this loan from the time the loan is disbursed until it is paid in full. If the interest is allowed to accumulate, the interest will be added to the principal amount of the loan and increase the amount to be repaid. If a student qualifies, the maximum amount of an Unsubsidized Direct Loan is $6,000 for first and second year students, $7,500 for third and fourth year students, $20,500 for graduate students. Award amounts are dependent upon a student’s dependency status on the Free Application for Federal Student Aid. Federal Direct PLUS Loan Federal Direct PLUS Loans are low interest loans available to parents of dependent undergraduate students and graduate and professional students. It is an affordable, low-interest loan designed to help students and parents pay for a college education. The Direct Plus Loan is an unsubsidized loan, meaning that interest accrues while the student is enrolled at least half-time and during deferment periods. A mandatory credit check is completed as eligibility for this loan depends upon the borrower’s credit worthiness. Repayment of principal and interest begins 60 days after the loan is disbursed. The interest rate on Federal Direct PLUS and Grad Plus loans borrowed between July 1, 2018 and June 30, 2019 is 7.595%. Federal Work Study (FWS) The Federal Work Study program gives part-time employment to undergraduate students who need income to help meet the costs of postsecondary education. When available, Keiser University provides part-time jobs for financially needy students through the FWS program. Generally, students work 15-20 hours per week. Part of this program is community service. Scholarships Keiser University Scholarship Programs Keiser University Scholarship Programs – Keiser University offers a variety of scholarships ranging from academic to financial for students who meet the criteria set by the University. Recipients must be enrolled in an associate, bachelor, or master’s program. Private Scholarships Outside scholarships are awarded to students who meet the specific criteria of the scholarship benefactors. Scholarship committees usually choose scholarship recipients who have high grade point averages, large financial need and/or superior academic quantities. The Financial Aid department can provide a listing of web sites for additional scholarships. Applicants can contact agencies located in their community for more information. Additional information on financial aid programs offered at Keiser University is available by contacting the Financial Aid department at the campus a student plans to attend. Keiser University maintains a full-time Director of Financial Aid at each campus to help meet your needs. You’re encouraged to make an appointment with the Financial Aid department to ensure that you obtain the funding needed for your educational investment. Financial Aid is available to those who qualify. Financial aid is disbursed (released) to students in different ways depending on the type of aid and other factors. For more information about method and frequency of disbursements, contact the Financial Aid department. To contact the Director of Financial Aid at each campus please call: Residential Campus: 561.478.5500 Daytona Beach: 386.274.5060 E-Campus: 954.351.4040 Fort Lauderdale: 954.776.4456 Fort Myers: 239.277.1336 Jacksonville: 904.296.3440 Lakeland: 863.682.6020 Melbourne: 321.409.4800 Miami: 305.596.2226 Orlando: 407.273.5800 Pembroke Pines: 954.431.4300 Port St. Lucie: 772.398.9990 College of Golf: 772.446.8361 Sarasota: 941.907.3900 San Marcos: 011.505.2535.2314 Tallahassee: 850.906.9494 Tampa: 813.885.4900 West Palm Beach: 561.471.6000 Financial Aid Resources Financial Aid Resources For more information on financial aid and scholarships, visit: Student Loan Management Fast Web ( www.fastweb.com ) Private Loans Student Credit Balance Refunds Student Credit Balance Refunds Student Eligibility Requirements Federal financial aid is not available to international students unless they are eligible non-citizens. Eligible non-citizens must provide current documentation of immigration status prior to applying for financial aid. An applicant for admission who indicates on his/her application that financial assistance is needed for education is to provide the website information to complete the Free Application for Federal Student Aid at the time of enrollment. To be eligible to receive most need- based aid, students must meet the following requirements: Your Refund Options During your enrollment at Keiser University, you may at some time become eligible for a Financial Aid refund or other type of credit balance refund. Keiser University has partnered with Heartland ECSI to provide access to their RefundSelect™ program, which provides several options for you to choose from as to how you would like to have any eligible student account credit balance or refund disbursed to you. Choose Your Refund Method 1. Within 48 hours of registering for school, a Welcome Email from Heartland ECSI will be sent to your: Keiser University student e-mail account, and Your personal email account, if one is provided to Keiser University 2. Click on the Get Started Here link in the email and enter your Heartland Key. 3. You will complete a basic registration and choose how you want to receive your money. 4. If you have an address or telephone number change, it must be made through your campus by contacting a school representative directly*. *Heartland will not accept changes by phone or email. Please allow 24 hours for the new information to update. Choose the Refund Method That’s Best for You Choose the Refund Method That’s Best for You Note: If you have not registered and made a selection at the time the funds have been released, the refund method will default to paper check. You can always change the selection to another method at any time once you have registered. Visit Heartland ECSI’s website for more information at https://heartland.ecsi.net or phone toll free at 1-844-760-6052. Financial Aid Procedures Prospective Keiser University students who seek financial assistance must complete a Free Application for Federal Student Aid (FAFSA). Many funds are limited and are awarded on a first come, first served basis to students who have the greatest need. Instructions are available in the Financial Aid Department on each campus as to how to enter the FAFSA on the web. Students must complete a FAFSA and an appointment must be made with a Financial Aid Administrator. During a student's financial aid interview, An analysis will be completed which indicates the amount a family is expected to contribute to educational costs as well as the amount of financial aid a student can expect to receive. After the Free Application for Federal Student Aid is processed, the University receives an electronic Institutional Student Information Record (ISIR) and a student receives a Student Aid Report (SAR) from the U.S. Department of Education in 30 days. If verification is required, requested documentation must be provided by the student, spouse, and/or parents (whichever is applicable). The Financial Aid Department explains the verification procedure if the situation arises. A Financial Aid Administrator submits relevant paperwork to appropriate lenders/agencies and follows up to ensure that financial aid files are complete and accurate. Financial Aid is the liaison between the lenders/servicing agencies and a student. The Director of Financial Aid ensures that students are aware of their responsibilities, that student tuition is paid, that lenders receive correct paperwork and that all documents are executed and tracked correctly. The Financial Aid department is dedicated to helping students understand and comply with the forms and paperwork that the financial aid application process entails. Students must re-apply for financial assistance each year. NOTE: A student's financial aid is solely the responsibility of the student. Each student is responsible for correctly completing all applications and processing paperwork in a timely manner. If student aid is not received by the University while a student is in school, the student is responsible for all tuition and fees due to the University. Student Rights All Keiser University students have the right to: Student Responsibilities It is the responsibility of each Keiser University student to: Satisfactory Academic Progress Undergraduate Satisfactory Academic Progress Policy (SAP) These standards apply to all students (those receiving veterans' benefits, those receiving financial aid and cash-paying students). Students at Keiser University are expected to maintain satisfactory academic progress and to make ongoing progress toward graduation. There are two standards that must be met: a qualitative standard and a quantitative standard. These progress standards are measured at the end of each student’s semester. The qualitative standard requires students to achieve a minimum cumulative Grade Point Average (CGPA) of 1.7 after completing the first semester at Keiser University, and a 2.0 CGPA for each semester thereafter. The quantitative standard (pace) requires that students complete their program of study within 150% of the normal timeframe allotted for completion of the program. The normal timeframe is measured in credit hours attempted (rather than semesters) to accommodate schedules of full-time and part-time students. Transfer credit hours that meet degree requirements are included in the calculation of pace and maximum time frame, although not in the computation of grade point average. In order to ensure completion of a program within the maximum timeframe, students must successfully complete 66.67% of the cumulative credits attempted after completing each semester. All attempted credits are factored into the semesterly pace evaluation, including credits for a course from which the student withdrew, and excluding credits for remedial courses A student who does not meet either or both the qualitative and quantitative benchmarks at the end of any semester will be placed on Academic Financial Aid Warning (AFAW) for the following semester. A student on AFAW who meets the SAP requirements at the end of the semester is removed from AFAW, and a student not meeting the SAP requirements at the end of the semester will be dismissed from Keiser University. To avoid dismissal the student may submit a written appeal, which must include the reason for failing to make satisfactory progress. Reasons for appeal include the student’s own injury or illness, serious illness of a dependent, death of a relative or other special circumstance. The appeal must also include what has changed in the student’s situation that will result in satisfactory progress if the appeal is granted. The dean of academic affairs will evaluate the student’s progress and determine if it is mathematically possible to complete the program within 150% time, with a minimum 2.0 cgpa. If it is not possible the student will be notified and dismissed from the University. Otherwise, the dean will develop a student Action Plan for achieving satisfactory academic progress within one semester, and will present the student appeal and the plan to the campus Appeals Committee. If the Appeals Committee approves the plan, the appeal will be granted and the student will be placed on Academic Financial Aid Probation (AFAP). While on AFAP, the student continues to be eligible for Title IV funding, as long as the student is meeting the terms of the action plan. If the student is not meeting the plan requirements, financial aid will be terminated and the student may be dismissed from Keiser University. A student on AFAW or AFAP who voluntarily withdraws from the University, or ceases attending will not be eligible for Title IV funding when and if the student applies to re-enter. A student who is readmitted after dismissal for failure to meet the SAP standards is readmitted on Active Financial Aid Suspension (AFAS) and is not eligible for Title IV funds until the student has achieved a 2.0 CGPA and/or the required 66.67% pace at the end of the returning semester. The CGPA continues throughout a student’s undergraduate tenure at Keiser University. When a student transfers from one program to another, the student’s current CGPA will transfer to the new program and the final calculation will include all courses taken at Keiser University; however, the student’s quantitative SAP will be calculated based on credits attempted and earned in the new program, as well as all credits attempted and earned in the former program that are also applicable to the new program. All applicable transfer credits are also included in the pace and maximum time frame calculations. ***** When determining Satisfactory Progress, remedial courses MUST be included when calculating the student’s qualitative SAP but NOT for quantitative Pace. Incomplete grades are not factored into the student grade point average, however, any incomplete grade carried at the end of the student’s Satisfactory Academic Progress (SAP) evaluation period will be factored as a failing grade when determining the student’s academic progress, status and continued Title IV eligibility. The Veterans' Administration is notified of unsatisfactory progress of a veteran student who remains on academic financial aid warning or probation beyond two consecutive semesters. At that point, Veterans Benefits can be terminated. A student terminated from Veterans Benefits due to unsatisfactory progress may be recertified for benefits once the following conditions are satisfied: 1. To initiate action by VA to determine whether further payments of VA educational assistance allowance should be authorized, the student must submit a specific request for resumption of VA benefits following an interruption due to unsatisfactory progress or conduct. Requests may be submitted on VA Form 22-1995 or VA Form 22- 5495. 2. Student must submit an Action Plan to achieve academic success to the institution to be filed in their VA file. 3. Student must be mathematically able to meet both the qualitative and quantitative requirements of SAP. The following section applies only to applicants/students at the San Marcos, Nicaragua Latin American Campus: INSTITUTIONAL AID PROGRAM (Scholarships for International Students/Non-U.S. Citizen and Residents) The Institutional Scholarships are awarded based on need and merit. This funding is available to provide partial tuition assistance to deserving international students with documented financial need. Due to limited funds, most scholarships are awarded to International Student/Non-U.S. Citizens and Residents. Students must have a minimum high school cumulative GPA of 2.0 on a scale of 0.0. to 4.0, or 70 on a scale of 0 to 100. The Franciscan Scholarship: This is a need based grant and the award criteria considers the family‘s income, the distance the student must travel to the college and the family‘s educational expenses for other children. The Aquinas Scholarship: This is a “merit” based scholarship and the award is based on criteria considering academic achievements, participation in community service, church activities, or school leadership organizations, and artistic or athletic ability. The Pastoral Scholarship: This is available for students who are committed to the community through community service programs and social outreach, and that demonstrate financial need. The scholarship will be open to students from any high school. All applicants must submit letters of recommendation from their high school principal or director. Scholarship recipients will be chosen based on the Pastoral Scholarship Committee‘s assessment of the student’s potential to enhance community service. Pastoral Scholarships are renewable for up to four years and will cover 80% of tuition and fees and room and board. Being eligible for Federal Student Aid does not prohibit students from receiving a Pastoral Scholarship, although they will be required to apply for any grants for which they are eligible to offset the costs to the university. Academic Leadership Scholarship: This is available for U.S. Citizens and Residents who have a minimum cumulative high school GPA (grade point average) of 3.2 or 93%. Recipients are required to be enrolled full-time, live on campus and maintain a minimum cumulative GPA of 3.2 or above. Many scholarships and grants include a voluntary work-study component in which students are assigned to work with faculty members or administrators for ten hours per week. Refer to the Work Study Policy in the Human Resources Office. Each scholarship or grant is tailored to the financial and academic needs of the recipient. The individual institutional aid award letter provides the specifics of the award, the cumulative GPA required, and the work-study requirement. To apply for scholarships, students must first apply for admission. Application materials are available in the Financial Aid office, or downloaded from the university’s website. All Scholarship Applicants are encouraged to submit supporting documentation (awards and honors received, letters of recommendation) for the Scholarship Committee to consider. FEDERAL STUDENT AID PROGRAMS AVAILABLE AT THE LATIN AMERICAN CAMPUS (For eligible U.S. Citizens and Residents ONLY) The Latin American Campus participates in the following Federal Student Aid Programs: Federal Financial Aid Credit Balance Policy Federal Credit balances occur when the amount of federal funds credited to the student’s account exceed the amount of tuition, fees, room, board and other authorized charges. Federal refunds are paid to the student (or parent) within fourteen (14) days after the credit balance occurred. Credit balances checks are processed and distributed by the Business Office. ADDING/DROPPING CLASSES Final eligibility for financial aid is based on the number of hours for which students are enrolled as of the Official Count Day. The Official Count Day is published in the academic calendar. TUITION, FEES, AND OTHER COSTS NOTE: TUITION AND FEE SCHEDULES FOR THE FLAGSHIP RESIDENTIAL AND LATIN AMERICAN CAMPUSES CAN BE FOUND IN THE CATALOG SUPPLEMENTS FOR THESE LOCATIONS LISTED AT THE BOTTOM OF THE TABLE OF CONTENTS. Costs Keiser University wishes to eliminate possible areas of misunderstanding before students begin class. This allows the University to devote future efforts to support our students’ education. At Keiser University tuition and fees are charged to the student by the semester. Each semester is 16 weeks. Keiser University students are charged by the semester for the scheduled credit hours. University student tuition and fees are subject to annual review and modification. Proration of charges due to withdrawal are explained in the University catalog. UNDERGRADUATE TUITION AND FEE DISCLOSURE Effective Fall Semester 2023 Initial Fees (one-time charge upon enrollment) Application Fee $55.00 Registration Fee $145.00 Tuition Rates per Semester Credit Load (charged and payable on the first day of class of the semester) Full (12 $11,468.00 Three Quarter Time (9 to 11.99 credits per $8,601.00 Half Time (6 to 8.99 credits per semester) $5,734.00 Less Than Half Time (0 to 5.99 credits per semester) $2,867.00 Full Time + (approval required (18-24 credits per semester) $14,335.00 English as a Second Language (ESOL) Per module $1,434.00 Education Fees per Semester (for comprehensive programmatic participation & facilities resources, charged and payable on the first day of class in the semester) Biomedical Sciences Nuclear Medicine Technology $980.00 Baking and Pastry Arts/Culinary Arts $1,600.00 Externship Baking and Pastry Arts/Culinary Arts $980.00 All other Undergraduate Degrees $550.00 Other Common Fees (per occurrence) Withdrawal Fee $100.00 Re-Entry Fee $150.00 Student ID replacement $15.00 Library Late Fee $10.00 Return Check Fee $35.00 Late Payment Fee $10.00 Transcript Fee $5.00 Program Fees – Required for Clinical /Licensure Varies by program Program Fees – Professional Skill Development Varies by program Technical Fees Varies by program Textbooks & Supplies Textbooks (estimated, see student portal by course) Up to Textbook Shipping (if needed) Variable based on service Program Supplies/kits Variable based on program Tuition Charge per Semester for Life Experience Credit Tuition for life experience courses is 25% of normal tuition for a semester. Other Fees (estimated) * Fees may vary by required services and/or service providers. See Table in the KU Undergraduate Catalog pg. 71 under “Required and Optional Fees for Programs” for program specific pricing. (Note: This is not an all-inclusive listing of the fees which may be charged.) Request by student to expedite items via delivery service will be charged at servicer rate. Degree programs with majors which require a student kit, will be assessed a fee accordingly. Degree programs with majors that require background checks, certification exams, and/or finger printing will be assessed a fee accordingly. Students taking online courses who have the textbooks shipped will have shipping charges assessed to them. Late Fee for students who have cash payments: the late fee charge is $10.00 per month for each month past due. Keiser University reserves the right to make any change in tuition, fees, curriculum or any phase of its program where it is the opinion of the administration that the students or the university will benefit. Such changes may be made without further notice. Tuition is charged by the semester as stated above. Proration of Tuition upon withdrawal is explained in the catalog. An academic transcript/diploma will not be released if the student has a balance with the institution for any reason. Tuition and fees are due the first day of the billing semester, unless other arrangements have been made. Any fees incurred by the school from any bank or credit card company, due to any chargebacks, non-sufficient fund fees, or any other fee incurred in pursuit of payment are subject to a $25.00 fee per transaction. This fee will be charged to the student’s ledger card. A $25.00 fee will be charged to the student’s ledger card for a stipend check to be sent within the United States via overnight mail. Active Duty Military Rate/Fees The following rates and fees pertain to Active Duty/Reservists/National Guard students enrolled at the Patrick Space Force and Melbourne campuses ONLY (applicable for online/residential/hybrid courses): Initial Fees Application Fee (one-time charge) $ 55.00 Registration Fee (one-time charge) $145.00 (Waived for non-degree seeking students/working on CCAF or taking classes to transfer to another higher education institution. Keiser University is an Air Force GEM program participant.) Undergraduate Tuition (Per credit hour) $250.00 Other Fees Withdrawal Fee $100.00 (waived for military duty) Re-entry Fee $150.00 (waived for military duty) Official Transcript Fee $ 5.00 All Active Duty/Reservists/National Guard students must speak with their Educational Service Officer (ESO) or counselor within their respective branch of service prior to enrolling to discuss educational plans and use of Federal Tuition Assistance (TA). NOTE: these military rates do not apply to other Keiser University locations Tuition Charge per Semester for Life Experience Credit Tuition for life experience courses is 25% of normal tuition for a semester. Required and Optional Fees for Programs Fees are mandatory charges (other than tuition, room, and board) applied by the school for pursuit of an approved program of education. Fees are defined in the school’s catalog or supplement and listed on the school’s billing statement or invoice. Fees that are optional will not be paid using GI Bill® benefits and will be the responsibility of the student if student chooses these additional options. Please see your Program Director or School Certifying Official (SCO) for additional guidance. Allied health students are required to have health insurance for clinical requirements. *Drug screen fees can vary based on local provider. PROGRAM REQUIRED OPTIONAL Accounting, Business Administration, and Business Administration – Automotive (bachelor’s level) Peregrine Exam $70 Crime Scene Technology Background Check $60 or as required by the applicable agency Diagnostic Medical Sonography ASDMS Track 1 ARDMS SPI $225 ARDMS specialty exam (Abdomen or OB) $250 Diagnostic Medical Sonography ASDMS Track 2 ARDMS SPI $225 ARDMS specialty exam (Abdomen or OB) $250 ARDMS Vascular specialty $250 ASDMS Both Tracks Background Check $60 or as required by the applicable agency *Drug Screen $46 CPR $20 HIPAA $20 BBP/OSHA $20 Medical Error Training $20 Dietetics and Nutrition RDN Credentialing Exam fee: $200.00 Florida Licensure By Endorsement (Graduate has passed the RD/RDN Exam): Exam Application Fee (non-refundable) $80.00 Endorsement Application Fee (non-refundable) $85.00 Endorsement Fee $75 (only endorsement applicants) Licensure Fee (refundable) $85.00 Unlicensed Activity Fee (refundable) $5.00 Background Check $60 or as required by the applicable agency AHCA Livescan Fingerprinting $88 Drug screening $80.00 Medical Exam with titers, flu shot, and additional tests: variable, with $300.00 minimum Temporary FL permit fee (only if requesting a permit) $50.00 Please note: Some supervised practice sites require additional costs to students that are in no way affiliated with Keiser University (e.g., additional background check) and cannot be covered by financial aid. Please see Program Director for more information. Exercise Science Programmatic Fees: BLS: $30 First Aid: $40 OSHA BBP/HIV: $15.95 HIPPA: $15.95 EKG: $60 Background check: $56 (if needed for externship site requirements) Drug screening: $35 (if needed for externship site requirements) Certification Fees: *Certified Personal Training (CPT) Certification (select one organization): ACSM - $349 ACE - $499 NASM - $399 NSCA - $435 **Corrective Exercise Specialist (CES): NASM - $399 **Group Fitness Instructor (GFI): AFAA - $164 **Medical Exercise Specialist (MES): ACE - $399 **Certified Strength and Conditioning Specialist (CSCS): NSCA - $475 Please note the following: *Associate of Science in Exercise Science students may select ONE appropriate certification option that may be charged to their account. **Bachelor of Science in Exercise Science students may select up to TWO appropriate certification option from the complete list that includes options designated with ** and/or a CPT exam that may be charged to their account. **Certified Special Populations Specialist (CSPS): NSCA - $475 **Certified Exercise Physiologist (ACSM-EP): ACSM - $349 Exercise and Sport Science Programmatic Fees: BLS $20 - $35 (fee varies by required services and service provider) First Aid - $40 BBP/OSHA $20 EKG $60 Background check $56 (if needed for externship site requirements) Drug screening $35 (if needed for externship site requirements) Certification Fees: *Certified Personal Training (CPT) Certification (select one organization): ACSM - $349 (member rate) ACE - $499 ***NASM - $399 NSCA - $435 **Corrective Exercise Specialist: NASM - $399 **Medical Exercise Specialist: ACE - $399 **Certified Strength and Conditioning Specialist: NSCA - $475 **Certified Special Populations Specialist: NSCA - $475 **Certified Exercise Physiologist ACSM - $349 ***Group Fitness Instructor AFAA - $164 Please read the following: *Associate of Science in HHP students may select any appropriate certification from this list with appropriate funding **Bachelor of Science in HHP students may select any certification that is listed in this section, including certifications indicated with an * as long as appropriate funding is available ***If a student is taking one or both of PET2082C and SPM4157C, these fees are embedded directly into the student’s tuition Forensic Investigation Background Check $60 or as required by the applicable agency Health Information Management RHIT $229 RHIA $229 Non-AHIMA member $299 Histotechnology HT $225 HTL $250 CPR $20 HIPAA $20 BBP/OSHA $20 Medical Error Training $20 *Drug Screening prior to clinical rotations $40 Vaccines (dependent on titer demonstration of immunity; varies due to required services at medical facilities and via the service provider) $50 - $150 FL Histotechnologist License $100 Imaging Science For students in the Clinical Imaging concentration: Background screen fee $60-150 Drug screen fee $60-150 CT ARRT $250 CT (NMTCB) $250 MR ARRT $250 MR (NMTCB,ARDMS) $450 MR (NMTCB, ARDMS) $450 Medical Administrative Billing and Coding AAPC Membership ($175.00) AAPC Certified Professional Coder Certification $399, which allows the student 2 (two) attempts. Medical Assisting Background Check $60 or as required by the applicable agency *Drug screen/Vaccines $50-$150 (AMT) RMA Registration Exam fee $135.00 BBP/HIV- $15.95 BLS- $35.00 HIPAA- $15.95 *BLS/CPR-eCampus students are responsible to obtain independently; fees range between $15 and $50 AMT Phlebotomy Exam $155.00 Medical Assisting Science Background Check $60 or as required by the applicable agency *Drug screen/Vaccines $50-$150 (AMT) RMA Registration Exam fee $135.00 BBP/HIV- $15.95 BLS- $35.00 HIPAA- $15.95 *BLS/CPR-eCampus students are responsible to obtain independently; fees range between $15 and $50 AMT Phlebotomy Exam $155.00 Medical Laboratory Technician Trainee License $45 Classes for State Trainee License CPR $20 HIPAA $20 BBP/OSHA $20 Medical Error Training $20 State License $55 Background Check $60 or as required by the applicable agency *Drug testing $50 ASCP* $215 AMT* $160 ASCP* $225 AAB* $245 *Exam choice $657-$902 Nuclear Medicine Technology NMTCB $175 ARRT $225 State of FL license $50 Background Check $60 HIPAA & OSHA-$20 each ECG-$60.00 CPR $20 *Drug screens $50-$150 Drug Screening prior to clinical rotations (some medical facilities may require a drug screen for each of the 3 clinical rotations) Vaccines/Immunizations (dependent on titer demonstration of immunity; varies due to required services at medical facilities and via the service provider) Physical Examination $50-$200 Clinical Compliance Tracking $40-$150 Nursing State license $110 VUE Testing $200 Background Check $60 or as required by the applicable agency *Drug screen/Vaccines (varies by required services and service provider) $50-$150 TOPS Clinical background $90 BLS $35 OSHA $15.95-$20.95 BBP/HIV $15.95-$20.95 HIPAA &Medical Error Training $15.95-$20.95 Domestic Violence $15.95-$20.95 Human Trafficking $15.95-$20.95 ACLS $200.00 Occupational Therapy Assistant Employment Screening/Background Check $53.00-$60.00 (Required AOTA student membership $75.00 upon admission to KU and validated when student begins the OTA program. This document is valid for one-year and depending on the timeframe student may require a second one issued prior to FW-I) CPR/BLS $35.00-$40.00 HIPAA $15.95 Bloodborne Pathogens/HIV/OSHA $15.95 Medical Errors $15.95 Human Trafficking $15.95 AHCA Livescan Fingerprint $88.00-$115.00 (Required prior to FW-II clinical placement, document is valid for one year, depending on timeframe a second one may be required) Physical Examination $50-$200 Immunizations and Clinical Compliance Tracking $50-$150 *10-panel Drug test $35.00-$50.00 (two are required, one for each level of clinical rotation prior to FW-I and FW-II. Could also be required by program as per OTA student professional behavior policy and as part of a plan of corrective action based on student behavior) AOTA study pack $111.20 NBCOT study pack $85.00 NBCOT Exam $515.00 NBCOT Practice Exam OTKE $15.00 (repeat administrations may be required) Uniform $45.00 for one set annually Physical Therapist Assistant Background Check $60 or as required by the applicable agency AHCA Level II Background $88- $93 CPR $15.95-$35.00 HIPAA $15.95-$35.00 BBP/OSHA $15.95-$35.00 Medical Errors Training $15.95-$35.00 Drug screen $30-$46 Physical Examination $50-$200 Immunizations and Clinical Compliance Tracking $50-$150 *(Fees vary by campus and may be dependent on titer demonstration of immunity; required services at medical facilities, and the service provider) APTA membership fee $92 PEAT for PTA $79-$99 (Board Practice Exam) On-Site Review Course $100-$300 FL Physical Therapy Board Application Fee $180 NPTE Licensing Examination Registration and Processing Fees $493 Prometric Testing Center Fee $82.60 FL Jurisprudence Exam Registration and Processing Fees $66 Prometric Testing Center Fee $29.50 Psychology - Miami Background Check $60 or as required by the applicable agency AHCA Level II Background $93 *Drug Screening $35 Clinical Document Tracking $31 Radiation Therapy (ASRADT) Background Screening $60 or as required by the applicable agency *Drug Screening prior to clinical rotations (some medical facilities may require a drug screen for each of the 3 clinical rotations) $40 Vaccines (dependent on titer demonstration of immunity; varies due to required services at medical facilities and via the service provider) $50 - $150 CPR $20 HIPAA $20 BBP/OSHA $20 ARRT Examination and Initial Certification $225 FL License Application and Initial FL License $50 ARRT Pre- Approval for persons with previous court martial, charges or ASRT Membership (student) $35 convictions $100 Radiologic Technology Background Screening $60 or as required by the applicable agency *Drug Screening prior to clinical rotations (some medical facilities may require a drug screen for each of the 3 clinical rotations) $45 Titers, MMR, Hep B, Varicella, $250 - $325 Vaccines (dependent on titer demonstration of immunity; varies due to required services at medical facilities and via the service provider) $50 - $250 TB screening - $15 - $45 Quantiferon - $65 - $93 T-dap - $60 - $70 Seasonal Flu (as needed) $25 - $45 Chest X-ray (if needed) $60 - $250 CPR $20 HIPAA $20 BBP/OSHA $20 ARRT Examination and Initial Certification $225 FL License Application and Initial FL License $50 ARRT Pre-Approval for persons with previous court martial, charges or convictions $100 ASRT Membership (student) $35 Respiratory Therapy Background Check $60 or as required by the applicable agency CPR $20 HIPAA $20 BBP/OSHA $20 Medical Error Training $20 ACLS (Advanced Cardiac Life Support) $200 PALS (Pediatric Advanced Life Support) $200 NRP ( Neonatal Resuscitation Program) $200 *Drug screen- varies $60 - $150 Clinical Compliance Tracking-$266 Vaccines (dependent on titer demonstration of immunity; varies due to required services at medical facilities and via the service provider) $50 - $150 Practice Electronic Exams-$20 Self-Assessment Exam: Therapist Multiple Choice Examination- $50 Self-Assessment Exam: Clinical Simulations for RRT-$70 NBRC Board Exam Fees TMC $190 CSE $200 CRT State FL License $165 RRT State FL License $165 Surgical Technology Certification exam fee, study guide, AST student membership $247 Background Check $60 or as required by the applicable agency *Drug Screen: $35 Practice Cert Exam $40 CPR $20 HIPAA $20 BBP/OSHA $20 Medical Error Training $20 Cert Exam Prep $150 These programs have optional fees only. PROGRAM OPTIONAL Information Technology, Cloud and Computing Technology, Cloud Engineering CompTIA IT Fundamentals $134 CompTIA Cloud Essentials $134 CompTIA A+ $246 CompTIA Network+ $358 CompTIA Security+ $392 CompTIA Server+ $358 CompTIA Project+ $358 CompTIA Cloud+ $358 CompTIA Linux+ $358 CompTIA Security Analyst+ $392 CompTIA Penetration Tester+ $392 CompTIA Advanced Security Practitioner $494 Cisco CCNA 200-301 - $300 RedHat EX200 Certified System Administrator - $400 Certified Ethical Hacker VUE Exam Voucher - $950 Paralegal and Legal Studies Certified Paralegal Exam $250-$500 Psychology Orlando Background check for Pre-K & below-$94, Background check for Kindergarten & up-free Uniforms, Tests, Supplies, and Special Fees Students in allied health programs are required to wear medical scrubs to class each day while in their major courses. These medical uniforms are available through the Campus Bookstore. Students are also required to furnish their own personal school supplies such as pencils, pens, erasers, notebooks, calculators, dictionaries, as well as tape recorders (if permitted). Special courses, workshops and seminars may be held throughout the year for various interest groups, including business and industry. The fee for this type of course is published as far in advance as practical and is non-refundable. University Interruption In the event the operation of the University is suspended at any time due to any "Act of God", strike, riot, disruption, or any other reason beyond the control of the University, there will be no refund of tuition, fees, charges, or any other payment made to the University. Student Withdrawals It is the responsibility of all students, upon withdrawal from Keiser University, to return library books and pay all fines, fees and monies that are owed to the University. Cancellation and Refund Policy Tuition and Fee Disclosure Tuition is computed on the assumption that a student remains throughout the academic year. Since a place in class has been reserved for each student, tuition is refunded in accordance with the University refund policy. A student withdrawing from the University must comply with proper clearance procedures as outlined in the catalog. Reductions in indebtedness are made solely at the discretion of the University for Withdrawals necessitated by conditions beyond a student’s control such as an emergency acceptable to the University. Refunds or reductions in indebtedness are processed after all required approvals are documented on a withdrawal form. Students are obligated for all charges (tuition/fees/books/supplies/etc.) for the semester they are currently attending plus any prior account balance. A semester of sixteen (16) weeks, may consist of four (4) consecutive four (4) week terms or two (2) consecutive eight (8) week terms or one (1) consecutive sixteen (16) week semester of instruction. A $100 administrative fee is charged when a student withdraws prior to the end of a semester. A student who has withdrawn and wishes to re-enter is charged a $150 reentry fee. Fees and room charges are non-refundable after the third day of class start for the period of enrollment. Students who move off campus after the start of the semester forfeit charges per the housing contract guidelines. Students with meal plans are non-refundable and will expire on the last day of the current semester. Return of Title IV Funds (R2T4) The requirements for Federal Student Aid (FSA) when a student withdraws is separate from the Institutional Refund Policy. As such, a student may still owe a balance to the University for unpaid institutional charges. Federal regulations specify the amount of FSA funds the student is eligible to retain for the semester/payment period when a student withdraws from the University. The amount of FSA funds the student has earned during a semester/payment period is calculated based on the total number of calendar days attended divided by the total number of calendar days scheduled in the semester/payment period that the student was scheduled to complete. For students who withdraw during the semester/payment period, the University will perform the return to title IV (R2T4) calculation on a semester/payment period basis. A semester/payment period consists of 16 weeks. For example, if a student withdraws after completing 30% of the semester/payment period, the % of FSA funds earned would equal 30% providing the funds meet the eligibility requirements of CFR 668.22. Once the student has completed more than 60% of the semester/payment period, they have earned 100% of the FSA funds for that period except for the pell grant which is pro-rated based on the credit hours attempted prior to the R2T4 calculation being completed. Anytime a student begins attendance in at least one course but does not begin attendance in all courses he or she was scheduled to attend in the semester/payment period, regardless of whether the student is a withdrawal or graduate, the institution must review to see if it is necessary to recalculate the student’s eligibility for FSA funds received based on a revised enrollment status and cost of attendance. New regulations effective 7/1/2021 A student is considered a withdrawal if: A Student is considered a withdrawal if they are not scheduled to begin another course within the semester/payment period for more than 45 calendar days after the end of the module the student ceased attending. A student is not considered a withdrawal if: Students are not considered to have withdrawn if they meet one of the following exceptions. 1. If the student successfully completes all requirements for graduation from his or her program before completing the days or hours in the period that the student was scheduled to complete. 2. If a student successfully completes one module that includes 49% or more of the number of days in the semester/payment period, excluding scheduled breaks of 5 days or more consecutive days and all days between modules. 3. If the student successfully completes a combination of modules that when combined contain 49% or more of the number of days in the semester/payment period excluding scheduled breaks of 5 days or more consecutive days and all days between modules: or 4. The student successfully completed coursework equal to or greater than the coursework required for the institution’s definition of a half-time student (must meet regulatory minimums as applicable) Order of Return of Title IV Funds A school must return Title IV funds to the programs the student received aid during the semester/payment period in the following order, up to the net amount disbursed from each fund source. 1. Unsubsidized Federal Direct Stafford Loans 2. Subsidized Federal Direct Stafford Loans 3. Federal Direct PLUS loan 4. Federal Pell Grants 5. Iraq and Afghanistan Service Grants 6. Federal Supplemental Educational Opportunity Grants (FSEOG) 7. TEACH Grants Cancellation/Withdrawal Calculation. Cancellation at any time from the date of a student’s registration to the day before the first scheduled day of a semester – 100% refund of tuition and education fees. (The University retains the $55 application fee.) • Withdrawal at any time during the first week of the semester – 90% refund of tuition (Board if applicable). • Withdrawal at any time during the second week of the semester – 85% refund of tuition (Board if applicable). • Withdrawal at any time during the third week of the semester – 80% refund of tuition (Board if applicable). • Withdrawal at any time during/after the fourth week of the semester – no refund. Any funds paid for supplies, books or equipment which can be and are returned to the University, are refunded to a student who withdraws prior to the start of a semester, providing the student returns said items that can be resold. The University reserves the right to determine if above- mentioned items are returnable. All registration fees are refunded if a student is not accepted into his/her particular program. Students must notify the University in writing of cancellation. All monies paid by an applicant are refunded if cancellation occurs within three business days after signing the University’s Application for Admission and making an initial payment. If cancellation occurs after three business days from the signing of the University’s Application for Admissions, all application and registration fees in excess of $100 are refunded to the student. Refunds are made within thirty days from the date of determination of a student’s withdrawal. All balances owed the University due to the return of Title IV funds or withdrawal calculation or a balance due at time of graduation, are billed to the student. No official academic transcript or a diploma is issued to any student who owes a balance to the University at the time of the request. Upon payment of an outstanding debt, a transcript and diploma may be issued. STUDENT SERVICES Orientation The orientation program, held prior to the first day of each term, is designed to facilitate the students’ transition to the University and to help familiarize new students with the organization and operation of the University. During orientation, students review the mission, traditions, rules, and regulations of the University. Additionally, study techniques, academic standards, and counseling resources are discussed. All new and transfer students are encouraged to attend orientation. Career Services Through the Department of Student Services, students are able to participate in student activities, organizations, honor societies, and leadership programs, as well as avail themselves of an array of career development resources (all of which assist with career and professional development). Through Keiser University’s academic departments, students learn the requisite skills for their career, and through Student Services they are instructed on such career preparatory activities as resume development, mock interviewing, career fairs, and professional networking. An online career center is available 24 hours a day, 7 days a week. Job search stations with current job openings and career development resources are also provided. Resources are readily available to students, and job placement assistance is accessible to all graduates through the Department of Student Services. It is the policy of Keiser University's Student Services Department to assist students in finding employment upon graduation. Prior to and after graduation, the Student Services Department advises students on career development skills and assists them in finding employment in their chosen career field. Students and graduates are encouraged to participate in their career advancement via Keiser University’s Web-based career center at www.collegecentral.com/keiser and successful completion of the University’s Leadership Distinction Program. In order to preserve placement privileges, students are required to provide the Department with a current résumé and to maintain satisfactory attendance. Additionally, all students must complete an exit interview before their graduation date. Although career services assistance is provided, Keiser University cannot promise or guarantee employment. Keiser University fully complies with the Family Educational Rights and Privacy Act (FERPA). FERPA is a federal law that protects the privacy of student educational records. The law applies to all schools that receive Title IV funding. Therefore, graduates requesting career services assistance must provide signed authorization allowing the Department of Student Services to send résumés to potential employers as part of a graduate’s job search program. Part-Time Employment The University maintains a placement listing service to assist current full-time students in finding part-time employment. Each campus has a bulletin board, job book, or online career center database of part-time jobs that provides information on employment opportunities. International students must have proper documentation to seek employment in the United States. Although Keiser University provides employment assistance for part-time work, it cannot promise or guarantee employment. Full-Time Employment The Department of Student Services offers assistance to all Keiser University graduates preparing to enter the job market. Student Services provides information on local, in-state, and out-of-state companies, resume writing, interviewing techniques, career research, job opportunities. The Department also provides businesses with, applicant screening as well as referrals for local businesses and industries. Career Development resources are updated regularly. Placement services are provided on an equal opportunity-equal access basis. Although Keiser University provides employment assistance for full-time work, it cannot promise or guarantee employment. Career and leadership development seminars are offered on an on-going basis. Topics such as effective résumé writing and how to prepare for an interview assist students in conducting a professional job search. Workshops including networking, leadership and soft skills, civic responsibility, the “do’s and don’ts” of social media, time management, financial success strategies, professionalism, and study skills. These seminars prepare students to succeed in college and in life. The Student Services Departments creates many opportunities for students to interact with employers. Career fairs and on-campus recruiter visits provide access and networking opportunities with potential employers. Employer visits in the classroom provide students with opportunities to hear first-hand what it takes to succeed in a chosen field of study. By providing these services, the University prepares a workforce that is not only knowledgeable in its field, but also prepared to meet the needs of a demanding job market. Student Organizations Alpha Phi Sigma Criminal Justice Honor Society (APS) Alpha Phi Sigma (APS) recognizes the academic achievements of students working to achieve a bachelor degree in Criminal Justice. Prospective candidates must have completed one-third of their credit hours required for graduation in the Bachelor of Arts or Master’s Program, including the completion of seven criminal justice courses at the Bachelor’s level and four criminal justice courses at the Master’s level. Students must also have a minimum 3.2 GPA both cumulatively and in their Criminal Justice courses at the Bachelor’s level; a cumulative 3.4 GPA is required at the Master’s level. Joining APS helps solidify a student’s place in the field of criminal justice. The honor society has been in existence since 1942 and is recognized by the Association of College Honor Societies, The American Correctional Association, The American Society of Criminology, and the Academy of Criminal Justice Sciences. The United States Government also recognizes membership in APS as a requirement for entrance at the GS-7 level in the Federal Service. If you are interested in becoming a member of the Alpha Phi Sigma Kappa Delta Epsilon chapter, please contact the Department of Student Services. Lambda Nu Lambda Nu is a national honor society for the radiologic and imaging sciences. The objectives of the organization are to foster academic scholarship at the highest academic levels, promote research and investigation in the radiologic and imaging sciences, and recognize exemplary scholarship. Individuals who have achieved academic honors are welcome to apply for acceptance to their local chapter of Lambda Nu. National criteria require a 3.0 grade point average, A/B average, or equivalent academic measure after one full-time semester of a professional program, although school chapters may set higher standards. If you are interested in becoming a member of Lambda Nu, please contact the Department of Student Services. Phi Theta Kappa International Honor Society (PTK) Phi Theta Kappa (PTK) recognizes the scholarly achievements of students working to achieve an associate degree. Minimum grade average, credit hours required, and membership fee varies by Chapter. The four hallmarks of PTK are Scholarship, Leadership, Service, and Fellowship and serve as the foundation of all activities. Students interested in becoming a member of the Phi Theta Kappa International Honor Society should contact the Department of Student Services. Sigma Beta Delta International Honor Society (SBD) Sigma Beta Delta (SBD) recognizes scholarship achievements of students working toward a baccalaureate degree. The purpose of this society is to encourage and recognize scholastic accomplishment for students of business management and administration, and to promote personal and professional improvement toward a life notable for honorable service to humankind. It is organized exclusively for charitable and educational purposes. The membership of the society is composed of persons of high scholarship and good moral character. A student interested in becoming a member of the Sigma Beta Delta International Honor Society, should contact the Faculty Advisor of Sigma Beta Delta at their local campus or see their Department of Student Services. Student Government Association (SGA) The purpose of student government is to promote the general welfare of the student body; provide programs of educational, cultural, recreational and social value to the University community; promote a spirit of harmony among administration, faculty, staff, and students; meet the responsibilities of self-government; assure students that their rights as stated in the "statement of student rights" are protected; and provide students with an organization through which their concerns may be registered within a representative and democratic governance. Students at each campus select representatives. Officers are elected from within. Student government may assist in the planning of social, fund-raising, sporting and community-service activities. Interested students should contact the Department of Student Services for more information regarding membership and meeting times. Student Nurses Association (SNA) The purpose of the Student Nurses Association (SNA) is to aid in the preparation of students for the assumption of professional responsibilities, contribute to nursing education to provide the highest quality health care, and assist in the development of the whole person and that person’s responsibility for the health care of people in all walks of life. To become a member of SNA, you must pursue an Associate’s or Bachelor’s degree in Nursing. If you are interested in becoming a member of the Student Nurses Association, please contact the Department of Student Services. Student Occupational Therapy Association (SOTA) The purpose of the Student Occupational Therapy Association (SOTA) is to promote awareness and service of occupational therapy throughout the campus and the community. SOTA members are provided networking opportunities among occupational therapy and allied health professionals in the community, additional learning opportunities in the field of occupational therapy, and to provide funds for community or charitable needs. Any active student of the Occupational Therapy Assistant Program at Keiser University can sign up to become a member of the Student Occupational Therapy Association. Please speak to your Occupational Therapy instructor for more information. Student Physical Therapy Association (SPTA) The purpose of the Student Physical Therapy Association (SPTA) is to promote awareness and service of physical therapy throughout the campus and the community. SPTA members are provided networking opportunities among physical therapy and allied health professionals in the community, additional learning opportunities in the field of physical therapy, and work to promote service to the community. Any active student of the Physical Therapist Assistant Program at Keiser University is automatically a member of the Student Physical Therapy Association. Please speak to your Physical Therapist Assistant instructor for more information. Student Veterans of America (SVA) Student Veterans of America (SVA) is a coalition of student veterans organizations on college campuses across the United States; Keiser University has several chapters throughout the state of Florida. SVA Chapters coordinate a wide range of campus activities. These activities include, but are not limited to: • Informal social meetings that serve as peer support groups • Benefits seminars and counseling in conjunction with other organizations Publication of newsletters and brochures • Local service projects and volunteer work Pre-professional networking These local peer support groups are an important part of ensuring that every veteran is ultimately successful in higher education. If you are a Veteran interested in joining or starting a SVA Chapter at your campus location, please contact Student Services for more information. To learn more about your specific campus’ organizations, please visit your Department of Student Services. Alumni Association The Keiser University Alumni Association exists to keep graduates connected to each other and to the Keiser University Seahawk community. After all, graduates are not just Seahawks during their college years. They are Seahawks for life! Graduates of Keiser University are automatically members of the Keiser University Alumni Association, along with more than 66,000 fellow alums. Membership gives the ability to make new career connections, reconnect with former classmates, and receive member discounts on items ranging from travel to books! Through the alumni website, graduates are able to check out alumni benefits and stay connected to Keiser University. You can visit the alumni website at: https://alumni.keiseruniversity.edu Counseling Counseling is available to all students for career and academic reasons. Counseling is sincere, friendly and always confidential. The University maintains contacts with various community organizations and agencies to help meet students’ personal needs. Please contact the Director of Student Services for additional information. Reverend Dr. Louise Morley, Keiser University’s Ombudsman, can be reached toll free at 1-866-549-9550. Housing The University provides information about local apartments and rental opportunities for students interested in living near campus. Students should first contact their campus Admissions Department. All University campuses are located along major traffic arteries to allow easy commuting for students. Health Insurance Student health insurance is available through independent providers. Students in allied health fields who are required to complete externships for academic coursework need health insurance coverage prior to participating in this part of the curriculum. Graduation Keiser University commencement ceremonies are held annually. Students are eligible to participate if they satisfactorily complete academic requirements for the program in which they are enrolled at least one term prior to the commencement ceremony. In order to graduate from Keiser University and participate in commencement exercises, students are required to meet with the Department of Student Services to complete a graduation application, request participation in the ceremony, and complete all required institutional and departmental exit interviews. The following section applies only to students at the San Marcos, Nicaragua Latin American Campus: Student Life The Student Life Department strives to provide a vibrant on-campus culture in which all students have the opportunities necessary to ensure the development of their whole person. The various departments of Pastoral Life, Student Activities, and Athletics complement Academics by contributing to the well-rounded development of our students’ intellectual, spiritual and social lives. The chapel, health clinic, cafeteria, library, dorms and athletic fields all contribute to provide a complete life experience. Student Life policies for the Latin American Campus in San Marcos, Nicaragua are stipulated in the 2014-2015 Keiser University Latin American Campus Student Handbook distributed by the Department of Student Life and available at www.keiseruniversity.edu (San Marcos, Nicaragua campus section). The following section applies only to students at the Flagship Campus in West Palm Beach, Florida: Student Life The Office of Student Life at Keiser University’s Residential Campus provides both residential and commuter students many opportunities to jumpstart the achievement of their personal and professional goals through participation in a wide variety of student activities, clubs and organizations, and community engagement. With one-third of our students coming from outside the United States, our campus life is enriched by the contributions of students from more than 50 nations. Popular student organizations include the International Club, Collegiate DECA, the Student Government Association, the Entrepreneurship Society, the Advertising Association, and more. Our students enjoy numerous on- and off-campus networking and social activities, as well as participation in intramural sports. Serving as popular hubs of activity are the Library, the Dining Facility in Dalby Commons, the Student Life Center/Gymnasium, our non-denominational Chapel, and athletic fields. A member of the National Association of Intercollegiate Athletics (NAIA), the Keiser University Residential Campus offers talented student-athletes the opportunity to participate in 17 intercollegiate athletic programs, including Men’s and Women’s Golf, Tennis, Cross Country, Basketball, Track and Field, and Women’s Volleyball, Men’s Baseball, Women’s Softball, and Competitive Cheer and Competitive Dance. DISTANCE LEARNING Objectives Keiser University understands and supports the educational needs of adult learners. Toward that end, many Keiser University programs are offered online. It is important to understand what online classes are and what they are not. On-line classes are not easy substitutes for on-campus classes. In fact, students find online classes as rigorous and demanding as on-campus classes. Students are expected to attend their virtual classrooms three times per week. All attendance is monitored. Times are flexible and dictated by students' personal schedules; nonetheless, their presence is required and recorded and counts toward final grades. An online student is expected to be computer literate and familiar with the Internet. An orientation course is available to help students improve these skills. An online class is convenient and flexible. It allows students to work on assignments and participate in class discussions as their schedules permit within reasonable time frames. Learning is achieved through individual inquiry, collaborative processes (student/student and student/faculty), and personal synthesis of ideas into an understanding of the topic. Outcomes are determined by qualitative analysis of student input, subjective and objective tests, including pre- and post-tests, group and individual projects and case studies. Admissions Requirements for Enrollment in Online Learning Admissions requirements for distance learning programs are the same as admissions requirements for on-campus programs. Faculty/Student Interaction Given the unique nature of online learning, faculty/student interaction is critical for success. Online classes offer several opportunities for interaction, both faculty/student and student/student interaction. Some methods of interaction include online lectures, e-mail, document sharing, threaded discussions and interactive synchronized (audio/visual) chat discussion areas. Students are required to log in and participate in an online class a specified number of times per week. Faculty members review, respond and reply to students within a 24-hour time period. More traditional methods of contact are also available, including phone (toll free for those out of area), fax and office visits when feasible. Facilities and Equipment Keiser University has computers available with Internet access for student use at campuses throughout Florida. The University provides technical services and training through its online platform. Personal desk top or lap top computer with internet access is required for students in online programs. Students are required to have Microsoft office for all online classes. Student Services Student services are provided three ways: electronically, telephonically or in person. Adequate personnel are provided by the University to meet student service needs. Distance education students receive the same services as on-campus students. (See the Student Services section elsewhere in this catalog for services provided.) Academic Advising Students are assigned a faculty member to provide academic advising. To encourage successful completion of a program, staff members' e-mail addresses are available to assist with academic concerns. Keiser University's distance learning activities are a one-on-one activity. Faculty members provide appropriate tutoring based on individual needs. Each faculty member can be contacted 24 hours per day, 7 days per week via his or her e-mail account. Response time per student request is within twenty-four (24) hours. If a student needs help in understanding electronic platforms or utilization of the University's website, 24 hours per day, 7 days per week service is provided by the Help Desk, which is available by telephone (toll free or via e-mail). Testing Keiser University's technical and academic programs provide for a variety of testing services. Tests are provided online through the University's distance learning platform. A variety of tests can be administered electronically, telephonically or in person if practical. In certain cases, students may be assigned to local test centers where local proctors or professional test sites have been secured. Delivery of Books The University's Bookstore is online for professional use. Books can be ordered via bookstore website or in person at the online bookstore in Ft. Lauderdale. If a student plans to visit a campus to obtain his/her textbooks, he/she should call prior to a visit to confirm that online classroom books are available. Once ordered, books are delivered via UPS in five to seven business days. Online orders should be placed no more than three weeks prior to class start to ensure proper materials for online classroom activities and correct book editions are purchased. Learning Resources Keiser University’s Library is a university wide “system library” with a branch located at each brick and mortar campus as well as an electronic collection of resources; all of which serve both online and on campus students and faculty. The library holds membership in a plethora of specialized state and private library consortia, and is a participant in the online Ask-A-Librarian program. The library’s collections are curated and managed by a team of more than 25 professional librarians each of whom holds a master of library science degree from an American Library Association Accredited institution. The library’s combined collections currently total well over 120,000 titles and continue to expand. In addition the library provides access to over 80 electronic database resources, e-books and dozens of specialized subject related links. The main library is open more than 75 hours per week. Training in the utilization of the library’s general and specialized resources is provided through online videos, and presentations that are located on the library’s website as well as by telephone, e-mail, and in person. The library publishes tip sheets and subject pathfinders and makes them freely available for each of the various programs of study offered at the university. Training sessions are provided to students early in their programs of study and the library prides itself on making such training available upon demand in a variety of different formats. ADMINISTRATIVE POLICIES AND PROCEDURES General Information Keiser University policies have been formulated in the best interests of students and the University. The provisions of this catalog should not be considered an irrevocable contract between a student and the University. Changes in University policy are rarely made during a school year since plans for each session are made well in advance. However, Keiser University reserves the right to change provisions or requirements, including fees, contained in its catalog at any time and without notice. The University further reserves the right to require a student to withdraw at any time under appropriate procedures. Keiser University reserves the right to impose probation on any student whose conduct, attendance or academic standing is unsatisfactory. Any admission based upon false statements or documents is void, and a student may be dismissed on such grounds. In such cases, a student may not be entitled to credit for work which he/she may have completed at the University. Admission of a student to Keiser University for an academic term does not imply or otherwise guarantee that the student will be re-enrolled for any succeeding academic period. The University also reserves the right to cancel any classes which do not have a minimum number of students enrolled. Keiser University's primary objective is to help its students meet their career goals. Occasionally, students have concerns or problems that need to be addressed. Students can confidentially discuss their problems at any time with their instructors, the Student Services Department or any staff member. Additionally, the Campus President and Dean of Academic Affairs maintain an open-door policy regarding any student concern or problem. Effective Catalog Date Students enrolled in a program which has been modified effective with the publication of this catalog or any addenda thereto may continue under the previously published catalog if appropriate courses are still available. Any student who has been out more than one semester must re-enroll under the most recent catalog/addendum. Keiser University reserves the right to make appropriate changes to curriculum, program and graduation requirements. Official Communication with Students The University-assigned email account shall serve as the official means of communication with all students. Examples of such communication include, but are not limited to: notifications from the University, Campus, Program, Library, Financial Aid Department, Academic Affairs Department and Student Services Department. Course information (class materials, assignments, questions and instructor feedback) may also be provided through the Keiser University student email account. Students are required to activate their University email account upon enrollment and are responsible to routinely check for updates. Bursar’s Office Keiser University provides a Bursar's Office to accept student payments of tuition and fees as well as to answer basic questions about payments, fees and student accounts. The Bursar's office hours are posted outside the office. University Bookstore Keiser University maintains a bookstore on each campus. Typically, the bookstore exists to furnish students with necessary books, supplies and equipment. Bookstore hours are posted at each campus. Fire Precautions Students should take particular note of exit signs in each building. They should also familiarize themselves with the appropriate evacuation route posted for each room. In the event of an emergency: Leave the building by the nearest exit in an orderly fashion, following the directions of the fire marshals (where relevant). Do not use elevators. Stand at a safe distance from the building. Do not re-enter the building until directed to do so by University administration. Campus Safety Keiser University maintains open, well-lit buildings with appropriately well-lit parking areas. Any and all incidents including damage to personal property or suspicious persons should be reported promptly to University administration. “Nothing herein precludes any student, staff or faculty from contacting the appropriate authorities directly in the event they feel in threat of physical harm or imminent danger. In cases of emergency, dial 911.” Annual Security Report In compliance with the 34 CFR 668.41 and 34 CFR 668.46 2008 federal regulation amendments, the following is the electronic address at which Keiser University’s Annual Security Report is posted: http://www.keiseruniversity.edu/safety-and-security/ The Annual Security Report contains crime statistics and describes institutional security policies. Upon request the institution will provide a hard copy of the report. The following section applies only to students at the San Marcos, Nicaragua Latin American Campus: In Nicaragua in cases of emergency, dial 911 for the Red Cross and 118 for the National Police. The Keiser University Latin American Campus is a closed campus. Only staff, students, and visitors that have permission to enter the campus are allowed on the premises. Campus security staff is responsible for maintaining a safe environment, and enforcing proper procedures in the event of an incident. Campus security can also contact local authorities when necessary. Parking Since Keiser University is primarily a commuter's university, parking and traffic regulations must be maintained for the protection of all. Students must park in authorized spaces. Students must not park in areas designated for the handicapped (unless possessing the appropriate licensure), on sidewalks or in "no parking" areas. Violators are subject to having their vehicle towed without prior warning or formal notification. Students must obtain and affix a valid parking permit decal to all cars parked at Keiser University. Additional permit decals may be obtained from the Student Services Department. STUDENT CONDUCT POLICIES Academic Honesty Policy The University can best function and accomplish its mission in an atmosphere of high ethical standards. As such, the University expects students to observe all accepted principles of academic honesty. Academic honesty in the advancement of knowledge requires that students respect the integrity of one another’s work and recognize the importance of acknowledging and safeguarding the validity of intellectual property. Students are expected to maintain complete honesty and integrity in all academic work attempted while enrolled at the University. Academic dishonesty is a serious violation of the trust upon which an academic community depends. There are different forms of academic dishonesty including, but not limited to, the following: Acquiring or Providing Information Dishonestly Using unauthorized notes or other study aids during an examination; using unauthorized technology during an examination; improper storage of prohibited notes, course materials and study aids during an exam such that they are accessible or possible to view; looking at other students' work during an exam or in an assignment where collaboration is not allowed; attempting to communicate with other students in order to get help during an exam or in an assignment where collaboration is not allowed; obtaining an examination prior to its administration; altering graded work and submitting it for re-grading; allowing another person to do one's work and submitting it as one's own; or undertaking any activity intended to obtain an unfair advantage over other students. Plagiarism Plagiarism is the deliberate or unintentional use of another’s words or ideas without proper citation for which the student claims authorship. It is a policy of Keiser University that students assume responsibility for maintaining honesty in all work submitted for credit and in any other work designated by an instructor of a course. Students may not submit the same work completed for one course in any other course, earning credit for the same work each time. Plagiarism, because it is a form of theft and dishonesty that interferes with the goals of education, must carry severe penalties. The penalties are as follows: Partially plagiarized assignments The first occurrence of a student turning in an assignment containing plagiarized material results in an automatic “F” for that assignment. The second occurrence of a student turning in an assignment containing plagiarized material results in an automatic “F” for the course. The third occurrence of a student turning in an assignment containing plagiarized material results in an automatic dismissal from the University. Entirely plagiarized assignments The first occurrence of a student turning in an entire plagiarized assignment results in an automatic “F” for the course. The second occurrence of a student turning in an entire plagiarized assignment results in an automatic dismissal from the University. Students who have been dismissed may reapply to Keiser University after remaining out of school for one full semester. Keiser University believes strongly that each student against whom the University is forced to take action, has a right to procedural due process where the student has notice and an opportunity to be heard. If the administration has to take disciplinary measures against a student or other action related to the student, the student may appeal the decision to the Grievance Committee. The procedures for the grievance are found in the Keiser University catalog. On written papers for which the student employs information gathered from books, articles, electronic, or oral sources, each direct quotation, as well as ideas and facts that are not generally known to the public at large, or the form, structure or style of a secondary source must be attributed to its author by means of the appropriate citation procedure. Only widely known facts and first- hand thoughts and observations original to the student do not require citations. Citations may be made in footnotes or within the body of the text. Plagiarism also consists of passing off as one's own, segments or the total of another's work. At Keiser University, references are cited in accordance with the American Psychological Association (APA) approved format. Guidelines for the appropriate use of this format for citing references are included in the appendices of this Handbook and assignments may be used by the University to assist in future education by students. Conspiracy Agreeing with one or more persons to commit any act of academic dishonesty. Fraudulent Behavior Fraudulent behavior includes sharing one’s confidential login information with another person, which can also be an instance of misrepresenting oneself. In addition, allowing another student to participate in class assignments under your name and submitting work under another student’s name constitute violations of academic integrity. Fabrication of Information Falsifying or inventing any information, citation, or data; using improper methods of collecting or generating data and presenting them as legitimate; misrepresenting oneself or one's status in the University; perpetrating hoaxes unbecoming to students in good standing or potentially damaging to the University's reputation or that of the members of its academic community of students and scholars. Multiple Submissions Submitting the same work for credit in two different courses without the instructor’s permission. Facilitating Academic Dishonesty Aiding another person in an act that violates the standards of academic honesty; allowing other students to look at one's own work during an exam or in an assignment where collaboration is not allowed; providing information, material, or assistance to another person knowing that it may be used in violation of course, departmental, or University academic honesty policies; providing false information in connection with any academic honesty inquiry. Abuse or Denying Others Access to Information or Resource Materials Any act that maliciously hinders the use of or access to library or course materials; the removing of pages from books or journals or reserve materials; the removal of books from libraries without formally checking out the items; the intentional hiding of library materials; the refusal to return reserve readings to the library; or obstructing or interfering with another student's academic work. All of these acts are dishonest and harmful to the community. Falsifying Records and Official Documents Forging signatures or falsifying information on official academic documents such as drop/add forms, incomplete forms, petitions, letters of permission, or any other official University document. Clinical Misconduct (if applicable to major) Dishonesty in the clinical setting includes, but is not limited to: misrepresenting completion of clinical hours or assignments; falsification of patient records; fabrication of patient experiences; failure to report omission of, or error in, assessments, treatments or medications; and appropriation/stealing of facility, client, staff, visitor and/or student property. Disclosure of Confidential Information (if applicable to major) A high, responsible standard of conduct and professionalism is expected from each student. Students are personally accountable for the way in which patient information and other confidential information in clinical facilities is utilized. Confidential information is never to be discussed with anyone other than those directly involved in the care of the patient or in the legitimate use of other confidential agency information. Those having access to patient, salary, or associate information should never browse such information out of “curiosity.” It is to be used and accessed only for legitimate, clinical/learning purposes. A breach in confidentiality which involves discussing and/or releasing confidential patient or facility information, or obtaining unauthorized system access, will lead to disciplinary action from Keiser University. Each student must seriously evaluate his/her daily use of confidential patient or facility information to assure its proper use. When in doubt, students should seek clarification or direction from their immediate supervisor. Sanctions for Violating the Academic Honesty Policy After determining that the student has violated the Academic Honesty Policy, the instructor may impose one of the following sanctions (please note: separate sanctions apply to Plagiarism as described above): The first occurrence of academic dishonesty will result in a grade of “F” for the assignment or examination. The second occurrence of academic dishonesty will result in a grade of “F” for the course. The third occurrence of academic dishonesty will result in dismissal from the University. All progressive disciplinary measures described above are cumulative throughout the program and not limited to occurrences within a specific course or term. Students who have been dismissed may reapply to Keiser University after remaining out of school for one full semester. Keiser University believes strongly that each student against whom the University is forced to take action has a right to procedural due process where the student has notice and an opportunity to be heard. If the administration has to take disciplinary measures against a student or other action related to the student, the student may appeal the decision to the Grievance Committee. The procedures for the grievance are found in the Keiser University catalog. Professional Behavior Policy • The University has established a set of professional behavior(s) which will help students develop their knowledge and skills for entry-level positions in their fields. • Adhere to University policies and procedures as outlined in the University catalog. • Adhere to program policies and procedures as outlined in the program student handbook. Adhere to policies and procedures of the clinical education site where assigned. • Arrive to class and clinical sites on time; punctuality is a demonstration of professional behavior. Demonstrate responsibility and accountability in all aspects of the educational process. • Demonstrate appropriate communication, interaction and behavior toward other students, faculty and clinical staff. • Respect the learning environment regarding visitors. Visitors may not attend class or the clinical education site. This includes children, spouses, parents, friends, animals or any other visitor. • meeting of deadlines for academic work and tuition payments; • provision of documentation, corrections and/or new information as requested; • notification of any information that has changed since the student’s initial application; • purchase or otherwise furnish required supplies; • maintenance of University property in a manner that does not destroy or harm it; • return of library books in a timely manner and payment of any fines that may be imposed; • obtaining required education and financial clearance prior to graduation and to comply with all parking regulations; • continued inappropriate personal appearance; • continued unsatisfactory attendance; • non-payment for services provided by the University; • failure to comply with policies and procedures listed in the current University catalog and student handbook; or • conduct prejudicial to the class, program or University. • Specific behaviors that may be cause for dismissal include, but are not limited to: • willful destruction or defacement of University or student property; • theft of student or University property; • improper or illegal conduct, including hazing, sexual harassment, etc.; • use, possession, and/or distribution of alcoholic beverages, illegal drugs, and/or paraphernalia on campus; • being under the influence of alcoholic beverages or illegal drugs while on campus; • cheating, plagiarism, and/or infractions of the University’s Student Conduct Policies; • any behavior which distracts other students and disrupts routine classroom activities; • use of abusive language, including verbalization or gestures of an obscene nature; or • threatening or causing physical harm to students, faculty, staff or others on campus or while students are engaged in off-site learning experiences. If a student demonstrates unprofessional behavior(s), the student will be placed on an Administrative Action and receive a written warning, final written warning, or program dismissal depending on the severity of the action (Professional Behavior Procedure). A student action plan will be implemented outlining the immediate expected professional behavior(s) to be consistently demonstrated by the student. The program reserves the right to withdraw the student at any time if the inappropriate behavior is judged extreme as determined by the program director and dean of academic affairs. Professional Behavior Procedure The Administrative Action will become effective in the semester the student is currently enrolled in, and remain in place for the remainder of the following semester. At the completion of the following semester, the program director or dean will assess the student’s progress and determine whether to remove the student from or to extend the Administrative Action. Failure to meet the terms of the Administrative Action, as outlined in a student action plan, will result in dismissal from the program. If additional unprofessional behavior(s) should occur during the remainder of the program, the student will be dismissed from the program and the University, and may be eligible for re-entry to the University. Clinical Experience – Request for Removal of Student (if applicable to major) Should a clinical site request removal of a scheduled student due to the student’s inability or unwillingness to abide by the program and/or clinical site’s policies and procedures, the student will be placed on Administrative Action. It should be noted that if the cause for removing a student from a clinical site is deemed by the program director and dean of academic affairs as extreme unprofessional behavior, the student may be immediately dismissed from the program and/or the University. Upon removal from the clinical site, the program will attempt to re-assign the student to a different clinical site. However, should a second incident occur during the same clinical rotation/course in which a clinical site requests the removal of the student, the program will immediately remove the student from the site and provide no further clinical re-assignments. This action will result in the student receiving a failing grade for the clinical rotation/course and subsequently not permitted to advance to the next core course. The student may wish to apply for re-entry to the program when the course re-sequences. However, re-entry to the program is contingent upon: a) the program not exceeding maximum program capacity; and b) a review of events leading up to the dismissal with a student action plan designed by the program director addressing professional behavior expectations. If a student has been re-assigned to a clinical education site due to a request for removal from a previously assigned clinical site based on unprofessional behavior, and similar unprofessional behavior occurs in a subsequent clinical rotation/course, the student will not be re-assigned for clinical placement and will be permanently dismissed from the program. Academic and Administrative Dismissal A student may be dismissed from Keiser University for disregarding administrative policies. Causes for dismissal include, but are not limited to, the following: Failure to meet minimum educational standards established by the program in which the student is enrolled. Failure to meet student responsibilities including, but not limited to: Anti-Hazing Policy Hazing is any conduct or initiation into any organization that willfully or recklessly endangers the physical or mental health of any person. Imposition or use of hazing in any form of initiation or at any time is strictly prohibited. Violation of this policy will result in disciplinary actions against the violator that will include counseling and possible expulsion from the University. Conflict Resolution Students are encouraged to first discuss any concerns with their instructor. If the concern is not resolved, they should speak to their program director. Subsequent levels are the associate dean or dean of academic affairs and the campus president. Chain of command should always be utilized for prompt resolution. Keiser University does however maintain an open door policy. Student Disciplinary Procedures If a student violates Keiser University’s Standards of Conduct in a classroom, the first level of discipline lies with the faculty member. If a situation demands further action, the dean of academic affairs is responsible. In the absence of the dean, the campus president determines disciplinary action. If a student has a serious objection to the disciplinary action imposed, the student has the right to use the grievance process as outlined in the Keiser University catalog. When a student violates Keiser University’s Standards of Conduct outside the classroom but on campus, the dean of academic affairs is the first level of discipline. The next level is the campus president. If a student is dissatisfied with the disciplinary action imposed, the student has the right to use the grievance process as outlined in the Keiser University catalog. Standards of Appearance Proper professional dress and appearance create the first impression upon which an employer evaluates a candidate and, therefore, professional dress and appearance are expected at the University. Each student must maintain proper personal appearance and wear approved dress. When uniforms or professional apparel is worn, it should be presentable to the public with whom students are associating. Medical Related Programs, Allied Health Programs and General Education Courses All students must adhere to Standards of Appearance (i.e., professional business attire) when attending general education courses. Students in medically related programs and/or allied health programs are required to wear their designated Keiser University approved program uniform (medical scrubs and approved footwear) during major courses and during clinical rotations. Uniforms must be maintained and clean at all times. Where applicable, students are provided an ID badge which is to be affixed to their uniform. Medical students and allied health students may not wear artificial or acrylic nails in any clinical area. Crime Scene Technology/Forensics and Criminal Justice/Homeland Security Major and General Education Courses Students in the Crime Scene Technology and Forensic Investigations programs taking major and general education courses must wear the Keiser University grey Crime Scene Technology polo style shirt; Forensic Investigations students must wear maroon Forensic Investigation polo style shirts; black BDU style pants, and black shoes or boots of a law enforcement or military style. Uniforms must be maintained and clean at all times. Students in the above majors are permitted to wear agency uniforms regardless of whether attending core or general education courses. Please see “Firearms Policy” below for additional information. Culinary Arts and Baking and Pastry Arts Major Courses Students in Culinary Arts or Baking and Pastry Arts taking major courses have a kitchen dress code and a dining room dress code, depending on where a student is assigned on a particular day. Acceptable jewelry includes wedding bands and emergency medical bracelets; there are no exceptions. Students must arrive to class in a clean uniform; students not in uniform are given an opportunity to correct the situation within an hour; if not corrected, they receive an absence for the day. Students are expected to maintain personal grooming standards while handling food. Hair restraints, shaving daily, clean uniforms, hand washing and use of deodorants are required. Students not in compliance will receive an absence for the day. The kitchen uniform consists of a Keiser logo white chef’s jacket, checkered pants, white cloth skull cap, black none-skid work shoes and white apron. The dining room uniform consists of a Keiser logo khaki chefs coat, black dress slacks, black bistro apron and black non-skid work shoes. The maitre d’ hotel may wear appropriate business dress. General Education and Other Courses (i.e., Business, Interdisciplinary, General Studies, etc.) Students in Keiser University's general education courses must wear dress slacks, (no jeans, jean skirts, jean overalls) pant suits, slack suits or dresses, as would be required of professionals in most work situations. Men enrolled in Keiser University programs must wear collared shirts and ties (pullovers are not permitted). Tennis, running, aerobic/cross-training, jogging or flip-flop shoes are not permitted. T-shirts, shorts, cut-offs, beachwear, halters and tube-tops are inappropriate. Students are not permitted to wear tops that expose the stomach or waist, shorts, or extremely short skirts to class. Students displaying inappropriate dress after warning may be asked to leave the classroom to change. Students will be readmitted upon displaying appropriate attire. Keiser University firmly believes that the development of proper work habits assists students in meeting their career objectives and that professional dress elevates the general level of professionalism in the classroom, thereby enhancing the educational experience. Military Personnel Active duty, Reservist, National Guard and ROTC members may attend class in military uniform provided they meet the standards and regulations of their respective branch of service. Firearms Policy Certified Florida law enforcement officers and assigned licensed and uniformed security officers are the only people permitted to possess a gun or weapon of any kind on any Keiser University campus. Any other possession of a weapon of any kind for any reason by anyone on a Keiser University campus is strictly prohibited. The above stated policy provides an exception only in the case of Keiser University students who are certified Florida law enforcement officers currently employed by a recognized Florida law enforcement agency. There are no other exceptions to this policy. Grievance Procedures Keiser University believes strongly that every student has a right to procedural due process in which a student received appropriate notice and is provided the opportunity to be heard. If the administration has to take disciplinary measures or other administrative actions related to student conduct, behavior, or academic policy violations, the student may appeal the decision to the Grievance Committee within the semester in which the policy was broken. Students are encouraged to resolve problems through normal administrative channels. A petition for a grievance hearing must be made in writing and submitted to the Campus Director of Student Services. The grievance is then scheduled to be heard before the Committee. The Grievance Committee meets at 1:30 p.m. on a Tuesday when a grievance is to be heard. The voting members of the Grievance Committee consist of two (2) faculty members, two (2) staff members, and one (1) student. The voting members of the Committee are non-biased participants. The Director of Student Services is the facilitator/moderator of the grievance hearing and a non-voting member of the proceedings. The Committee will hear evidence, ask questions, review the catalog/handbook policies, deliberate and render an advisory ruling that, upon approval by the Office of the Chancellor, will become binding upon the administration as well as the student who filed the grievance. The State of Florida may be contacted at: Florida Department of Education, Division of Colleges and Universities, 325 W. Gaines St., Tallahassee, FL 32399; telephone (850) 245-0505, in the event a student has a grievance that may involve a higher agency involvement. Students that are not satisfied with the outcome of the Institution’s process may contact the Department of Education, Office of Articulation at articulation@fldoe.org or 850-247-0427. Out-of-state distance education students participating under SARA (State Authorization Reciprocity Agreement), who have completed the internal institutional grievance process and the applicable state grievance process, may appeal non-instructional complaints to the FL-SARA PRDEC Council. For additional information on the complaint process, please visit the FL-SARA Complaint Process page at Keiser University students residing in California that wish to file a complaint may do so through the grievance procedures above, or by contacting the California Department of Consumer Affairs at 833-942-1120 or dca@sca.ca.gov Drug Policy Keiser University is in compliance with Federal government regulations for a Drug Free Workplace for both students and employees. Any student or employee caught in possession, use, or distribution of any illegal substances or paraphernalia may be dismissed and/or referred to an appropriate agency for arrest. Section 5301 of the Anti-Drug Abuse Act of 1988 states that if a person is convicted of drug distribution or possession, a court may suspend his/her eligibility for Title IV financial aid. If he/she is convicted three or more times for drug distribution, he/she may become permanently ineligible to receive Title IV financial assistance. The institution discloses under CFR 86.100 information related to Keiser University’s drug prevention program. The Consumer Information located on Keiser University’s website provides a description of this program and a security report. Medical Marijuana Policy Keiser University prohibits the possession and use of marijuana on all of its campuses, including university housing. Marijuana is not permitted on campus because it remains a drug prohibited by Federal law. Federal legislation also prohibits any institution of higher education that receives federal funding from allowing the possession and use of marijuana on campus. The university continues to enforce its current policies regarding illegal substances or paraphernalia. Students who violate the university’s drug policy prohibiting the use or possession of illegal substances or paraphernalia, including medical marijuana on campus, can be subjected to disciplinary action as expressed in the institutional catalog. The following section applies only to students at the San Marcos, Nicaragua Latin American Campus: Security guards and certified Nicaraguan law enforcement officers are the only people permitted to possess a gun or weapon of any kind at the Keiser University Latin American Campus. Any other possession of a weapon of any kind for any reason by anyone on a Keiser University campus is strictly prohibited. Arbitration Clause for Keiser University As stated on the Keiser University Application for Admissions, it is agreed that, in the event the parties to the enrollment agreement are unable to amicably resolve any dispute, claim or controversy arising out of or relating to the agreement, or if a claim is made by either against the other or any agent or affiliate of the other, the dispute, claim or controversy shall be resolved by binding arbitration administered by the American Arbitration Association under its Commercial Arbitration Rules. If this chosen forum or method of arbitration is unavailable, or for any reason cannot be followed, a court having jurisdiction hereunder may appoint one or more arbitrators or an umpire pursuant to section 682.04, F.S. Each party shall have the right to be represented by an attorney at any arbitration proceeding. The expenses and fees of the arbitrator(s) incurred in the conduct of the arbitration shall be split evenly between the parties to the arbitration. However, if Keiser University prevails in the arbitration proceeding, Keiser University will be entitled to any reasonable attorney's fees incurred in the defense of the student claim. The venue for any proceeding relating to arbitration of claims shall be in the county wherein the institution is located. This agreement cannot be modified, except in writing by the parties. Intellectual Property Policy Keiser University defines intellectual property as a product of the intellect that has commercial value, including copyrighted property such as literary or artistic works, and ideational property, such as patents, software, appellations of origin, business methods and industrial processes. Any intellectual property developed as a direct result of regular duties of faculty members, staff members or students, or developed by a faculty member, staff member or a student as a result of research done in connection with regular duties or assignments, is the exclusive property of the University. Such property is the exclusive property of an employee if no University funds, space, facilities or time of faculty members, staff members or students were involved in the development. Software development by faculty members, staff members or students as part of normal duties or assignments is considered “work-for-hire” and is property of the University. Courseware (syllabi, lecture notes, class handouts and other such materials) whether in paper or web formats are property of the University. All work completed or submitted toward fulfillment of course requirements by students is the property of Keiser University. Keiser University reserves the right to utilize any work so submitted in any way it believes appropriate. Privacy of Student Records Policies and procedures concerning the privacy of student records maintained by Keiser University and its faculty and staff are governed by the Family Educational Rights and Privacy Act of 1974 (Public Law 93-380). Student records are maintained by campus Registrar’s Office (academic records), Financial Services Department (financial aid records) and Bursar’s Office (accounts receivable records). Student records are maintained by the University in permanent files. Under Section 438 of the General Provision Act (Title IV of Public Law 90-247), students age 18 or over have access to their personal record files kept by the University. The Registrar maintains a log with dates the records were checked out and used by other departments. All authorized University personnel have access to student records for official purposes. A student (or in some cases eligible parents) is given access to his/her record within a reasonable time after submitting a written request to the custodian in possession of that record (Registrar, Financial Services or Bursar). If the content of any record is believed to be in error, inaccurate, discriminatory, misleading or in violation of student rights or otherwise inappropriate, it may be challenged and a written explanation included in the record. A student’s right to due process allows for a hearing, which may be held at a reasonable time and place at which time evidence may be presented to support the challenge. Student information is released to persons, agencies or legal authorities as required by subpoena/legal process or by consent of a student (or eligible parent). Information is released on a consent basis in cases where a student or eligible parent has provided a written consent, signed, dated and specifying the information to be released and name (s) of persons to whom the information is to be released. The Family Educational Rights and Privacy Act (FERPA), requires that the University, with certain exceptions, obtain your written consent prior to the disclosure of personally identifiable information from your education records. Directory information is considered public and may be released without written consent unless specifically prohibited by the student concerned. Data defined as directory information includes: student name, major field of study, student participation in officially recognized activities, dates of attendance, enrollment status (full-, half-, part-time; undergraduate or graduate), degrees and awards received, and the most recent educational agency or institution the student has attended. Students wishing to opt out must provide a formal written request to the registrar at their campus. If a student is attending a postsecondary institution – at any age – the rights under FERPA have transferred to the student. However, in a situation where a student is enrolled in both a high school and a postsecondary institution, the two schools may exchange information on that student. If the student is under 18, the parent/guardian still retains the rights under FERPA at the high school and may inspect and review any records sent by the postsecondary institution to the high school. Keiser University Transcripts A request for a Keiser University transcript must be in writing, signed by the student and requested a minimum of two (2) weeks before a transcript is required. The full address of the person/place to which the transcript is to be sent must be included. An official transcript bearing the University seal will be forwarded directly to other colleges, to prospective employers, or to other agencies at the request of a student. Typically, colleges only consider a transcript "official" if forwarded directly from the sending institution. Students may also obtain unofficial copies of their transcripts at the Campus Records office. All official transcripts will require a fee of $5.00 to be paid with an application. Official transcript fee costs vary depending on the student’s delivery request. Electronic or pick-up requests cost $8.00 and paper/mail costs $10.50 without additional shipping. Students have the option to expedite their request via FedEx; the costs vary by destination. (NOTE: All financial obligations to the University must be paid before transcripts and diplomas are released). Sexual Harassment Keiser University actively supports a policy on sexual harassment which includes a commitment to creating and maintaining a community in which students, faculty, and administrative-academic staff can work together in an atmosphere free of all forms of harassment, exploitation, or intimidation. Specifically, every member of the University community should be aware that the University is strongly opposed to sexual harassment and that such behavior is prohibited both by law and by University policy. It is the intention of the University to take whatever action may be needed to prevent, correct, and, if necessary, discipline behavior which violates this policy. Title IX Compliance Title IX of the Education Amendments of 1972 protects individuals from discrimination based on sexual orientation in education programs or activities which receive Federal financial assistance. Keiser University not only complies with the letter of Title IX’s requirements but also endorses the law’s intent and spirit. The University is committed to compliance in all areas addressed by Title IX, including access to higher education, career education, math and science, standardized testing, athletics, education for pregnant and parenting students, learning environment, and technology, as well as sexual harassment. All University students are responsible to make certain that sexual discrimination, sexual violence or sexual harassment does not occur. If you feel that you have experienced or witnessed sexual harassment or sexual violence, you should notify either of the Title IX Coordinators designated below. Keiser University forbids retaliation against anyone for reporting harassment, assisting in making a harassment complaint, or cooperating in a harassment investigation, it is also a violation of Federal law. Additional details on this policy can be found at the following link http://www.keiseruniversity.edu/safety-and-security/ under the heading “Title IX Resources”. A copy of the primary prevention and awareness program is also available at the above link under the heading “Primary Prevention & Awareness Program”. Title IX Coordinators: Brandon Biederman, Associate Vice Chancellor of Compliance Dr. Michelle Morgan, Associate Vice Chancellor of Regional Operations 1900 W. Commercial Boulevard, Fort Lauderdale, FL 33309, 954-776-4476 Title IX Responsible Employees: Campus Response Team (CRT) members are Title IX responsible employees. CRT members are identified by their CRT lanyard, and the hand-held radio that they carry. ACADEMIC POLICIES Credit Hours The “Academic Credit Hour” is the basic Keiser University unit by which earned educational credits are measured and recorded on students’ records. This unit is utilized for determining the value of academic courses by virtue of the quantity of academic work and time allocated to each course as programmatic components which cumulatively measure a student’s academic progression and degree completion. Credit for Keiser University courses is calculated on a semester credit hour basis. Using actual contact hours, clock hours are converted to semester credit hours using the following general formulas; however, variations may take place if warranted by virtue of student learning outcomes having been satisfied. 15 lecture clock hours = 1 semester credit hour 30 laboratory clock hours = 1 semester credit hour 45 extern/clinical clock hours = 1 semester credit hour Implicit in the above allocation is that two to three times the amount of clock hours devoted to classroom instruction are required of students engaged in related and supplemental out-of-class styled learning activities. University Hours The University is in session throughout the year, with the exception of holidays and vacations listed in the Academic Calendar. Morning classes are held Monday through Friday from 8:00 a.m. to 1:00 p.m., and Monday, Tuesday and Thursday from 9:00 a.m. to 1:00 p.m. Afternoon classes (where offered) are held from 1:00 p.m. to 6:00 p.m. Evening sessions are held from 6:30 p.m. to 10:30 p.m. on Monday, Tuesday and Thursday. Please check with the Dean of Academic Affairs for other schedules that may be specific to a Keiser University campus. The following section applies only to students at the San Marcos, Nicaragua Latin American Campus: The University is in session throughout the year, with the exception of holidays and vacations listed in the Academic Calendar. Special Tutoring Keiser University instructors are available for special tutoring and make-up work outside normal class hours. Instructors are also available by appointment to provide demonstrations, answer questions and conduct reviews. Computers and other equipment are available for students to use outside class hours. Students who desire special assistance are urged to take advantage of this help which is offered at no extra cost. Academic Advising All students are assigned an academic advisor. Keiser University's faculty and administration are dedicated to meeting student needs and attend to each student's academic needs in a professional and caring manner. Library System Keiser University’s Library provides a combined collection of well over 150,000 print titles, access to several collections of electronic books, as well as access to more than 80 highly specialized electronic subject databases. The library’s US and internationally based campus facilities each provide a pleasant, well-appointed learning environment that includes, study space, relaxation space, and computers to access all information available through the library’s electronic resources. The Library System belongs to several state supported multi-type library consortia as well as LIRN (The Library Information Resource Network) which is a consortium of private institutional libraries with the purpose of providing quality affordable database information resources. Together, these consortia memberships are a major advantage to all Keiser University students because they increase the number and types of educational resources that can be accessed and they reduce the cost of providing such resources. The Main Library facility is open 75 hours per week, from 7:30 a.m. to 9:30 p.m. Monday through Thursday and Fridays 7:30am to 6:00pm, and Saturday 8:00am to 5:00pm. Hours at other campus facilities vary and are provided on Keiser University’s webpage under the specific campus of interest. All Keiser University Libraries are staffed by a professional librarian holding an American Library Association Accredited Master of Library Science degree (ALA/MLS) with several campus libraries having more than one library staff member with the ALA/MLS degree. In order to guarantee that, beyond the physical Library hours, all patrons can access library resources and the service of a professional librarian the library also participates in, and provides an online link to the web-based “Ask A Librarian” service that is available 24 hours a day from the library webpage where students may access the Library’s collections, reading lists, or inter-library loan service, as well as the 80+ different web-based research databases to which the library subscribes. The library provides a variety of information literacy and library training opportunities to assist students in the utilization of the library resources. Library training in one form or another is available at any time. Self-paced, web-based training, as well as video and PowerPoint tutorials are embedded directly into the Library’s web-based catalog which may be accessed from any Internet connection via the easy to remember URL: www.keiserlibrary.com Subject-specific classroom presentations conducted by a professional librarian are also available at the request of instructors, and individual instruction by a professional librarian either in person or by telephone is available to anyone upon request during regular Library hours. Keiser Library System aims to tailor its resources and services to specific educational, research and public service needs; and to offer these resources and services through a variety of delivery methods to meet the needs of campus-based as well as web-based and distance learners. All of the library’s physical and electronic collections are professionally managed by the American Library Association-accredited librarians who work both individually and in concert to provide the highly focused collection of materials and services necessary for Keiser University’s educational programs and to keep these resources and services equitable among all students and faculty, without regard to their location. General Education Courses General education is a component of each Keiser University undergraduate degree. Keiser University’s general education curriculum is designed to emphasize the ability to think and read critically, to write effectively and to understand quantitative data. These courses do not narrowly focus on those skills, techniques and procedures specific to a particular occupation or profession. They are intended to develop a critical appreciation of both the value and the limitations of methods of inquiry and analysis. General education courses provide an opportunity for students to achieve a collegiate level of literacy in humanities/fine arts; social/behavioral sciences and natural science/mathematics. At Keiser University, general education includes the knowledge, skills and perspectives that become part of an educational experience of all undergraduates regardless of major. A college education helps students begin a career. It should also help students become well-rounded individuals and responsible citizens. The Writing Studio The mission of the Writing Studio at Keiser University is to enhance student learning by providing an instructional resource to students, faculty, and staff for developing academic and professional communication skills. This student-friendly, hands-on atmosphere provides Keiser University community members the opportunity to discuss individual writing concerns with trained writing consultants. The Writing Studio is dedicated to assisting writers at every stage of the writing process. By engaging writers in discussions about their works-in-progress, the Writing Studio helps develop better writers, who, in turn, create better writings. The Writing Studio provides students with value-added learning experiences that increase their chances for success as competent writers in their chosen professions. To accomplish this, writing consultants offer face-to-face and online writing consultations, group workshops and classroom presentations, online and hard copy resources and campus outreach programs. Gordon Rule The State Board of Education Rule 6A-10.30(2), commonly known as the “Gordon Rule,” specifies that all state universities require, in all baccalaureate and associate of arts degree programs, completion of twelve (12) semester credit hours of general education coursework in which all students produce sufficient written work to ensure adequate writing skills. It is a Keiser University policy to comply with this Rule, and courses at Keiser University require 4,000 written words per course. At Keiser University, Gordon Rule writing courses are as follows: American and/or English Literature AML1000 or ENL1000 4,000 words/course English Composition I and/or II ENC1101 or ENC2102 4,000 words/course Introduction to Psychology and/or Sociology PSY1012 or SYG1000 4,000 words/course Satisfactory completion is a grade of “C” or higher. Average Class Size Keiser University is proud of its small classes and individualized attention. Although class size will obviously vary, Keiser University monitors class size to ensure that program objectives are met. Field Trips Instructors may take students on field trips at appropriate times during a course. Field trips are designed to supplement curriculum and to introduce students to situations that cannot be reproduced in a classroom. Students are notified in advance of any field trips. Guest Lecturers Keiser University feels that students' education is enhanced by speakers from the business and professional world that graduates will enter. Guest lecturers are invited to speak to students on a variety of related subjects. Schedule Changes Students who register for a class that is canceled or have scheduling errors are given schedule change assistance by the Program Coordinator, Program Director, or the Dean of Academic Affairs. Dates and times for schedule changes are posted as far in advance as possible. Course Waiver/Substitution A prerequisite or course may be waived or substituted upon written recommendation of the appropriate Program Director or Coordinator and approval of the Dean of Academic Affairs. The documentation must be filed with the Registrar and is maintained in a student’s academic file. Attendance Regular class attendance is essential to proper academic progress and is expected. At Keiser University, satisfactory attendance is considered to be a vital part of each student's performance. Absences could result in a lowered achievement rating and an undesirable record. Absences in excess of 20% of class hours, for any course, may cause a student to be ineligible to take the final examination in that course. A student may be reinstated to classes following an instructor's evaluation of his/her abilities and performance. Such determinations are made on an individual, case-by-case basis. Excessive absences may also result in the following administrative actions: attendance warning, probation, suspension or dismissal. Students must be in attendance by the third class meeting or they are not permitted to begin a course. In an emergency which causes a student to be absent, it is the student's responsibility to make arrangements with the instructor to complete missed work. The instructor decides, based on University policy, if a student should be permitted to make up missed work or, in the case of excessive absences, be referred to the Administration for more severe action. Faculty members may establish more rigorous attendance standards for their individual courses. The following requirement applies only to students at the San Marcos, Nicaragua Latin American Campus: Students must be in attendance by the end of the Add/Drop period in order to begin a course. The following requirement applies only to students at the San Marcos, Nicaragua Latin American Campus: Students must be in attendance by the end of the Add/Drop period in order to begin a course. Honor Code Enrollment in Keiser University and the completion of the enrollment agreement represents a student's pledge to respect the rights and property of the University and fellow students and to adhere to general principles of academic honesty. Leave of Absence Policy To be eligible to apply for a leave of absence, a student must have completed one full semester at Keiser University, must be in good standing, academically eligible to return, and must fully plan to return to complete requirements for the degree. The student must submit a written request for the leave (with required documentation) to the Dean of Academic Affairs. Students must have approval from the Dean of Academic Affairs prior to the start of a leave of absence. An exception to this policy may be made for a student with a medical emergency (such as a car accident) or military duty. This exception to the policy is considered only when a student expects to return to school within the maximum time frame for a leave of absence. A student may make a single request for a non-contiguous leave of absence when the request is for the same reason (such as a serious health problem requiring multiple treatments). A leave of absence may be granted for a period not to exceed 120 days. Generally, students are limited to one leave of absence in any twelve-month period. However, a second leave of absence may be granted as long as the total number of days does not exceed 120 days in any twelve-month period. Students requesting a leave of absence must submit acceptable documentation and sign the University’s Change in Status forms. Acceptable reasons for a leave of absence or a second leave of absence within a twelve-month period may include but are not limited to: jury duty, military duty, natural disaster, personal, professional, and medical issues including circumstances such as those covered under the Family Medical and Leave Act of 1993 (FMLA). A leave of absence is granted only when there is a reasonable expectation a student will return to school at the expiration of the leave of absence. Students taking an approved leave of absence do not incur any additional charges for the period of the approved leave. However, any student who fails to return to school at the end of an approved leave of absence is withdrawn from Keiser University and will be charged a re-entry fee when he/she re-enrolls. If a student does not return to school at the expiration of an approved leave of absence, the student's last day of attendance is the date the student began the leave of absence, and charges and refund calculations are applied. All refund and cancellation policies are applied based on a student’s last day of attendance. A major consequence of this for students who have received federal student loans is that most of a student's grace period may be exhausted and student loan repayment may begin immediately. University Withdrawal Policy When a student withdraws from Keiser University, oral or written notice should be given to the Dean of Academic Affairs or the Campus President by the student, parent or guardian. Such notice should contain the reason for the withdrawal. The student has a responsibility to notify the University of their intent to withdraw and indicate the date of the withdrawal. If the student plans to return to school, this should be indicated to the Dean of Academic Affairs or the Campus President during this process. A student who withdraws and does not notify the University of their intent to return must be withdrawn within 14 days of the last date of attendance. In addition, any student who has not attended class within 14 days must be withdrawn. The above policy will affect the student’s grade based on the following: Withdrawal prior to 50% completion of the course, a grade of W will be assigned. Withdrawal after 50% completion of the course, a grade of WF will be assigned. Military Deployment Policy Military students must provide a copy of orders to request a withdrawal from the institution for Military Duty. No academic penalty will be given for deployment. If the student is currently attending a class, the student has the option to complete the course with the approval of their faculty member and Dean. The student can request an “Incomplete” grade in accordance with “Incomplete Grade” policy in this catalog and the Keiser University Policy and Procedure Manual. If the student decides to withdraw from the class, a grade of “WM” will be earned and the class will be retaken upon return to the University. The “WM” grade will not affect the student’s satisfactory academic progress (SAP) due to Military Deployment. If the withdrawal is during the semester, no withdrawal fee will be charged. If the student was activated during a term, that term, and the remaining semester, will not incur any charges. Upon reentry, admissions fees will be waived with copy of military orders. All other admissions and academics requirements will be applicable. Service members, Reservists, and Guard members will be readmitted to their program of study provided that SAP was being made prior to suspending their studies due to service obligations. Policy on Class Absences Due to Military Service Students shall not be penalized for class absence due to unavoidable or legitimate required military obligations not to exceed two (2) weeks unless special permission is granted by the Dean. Absence due to short-term military duty is recognized as an excused absence. To validate such an absence, the student must present evidence to the Dean's office. The Dean will then provide a letter of verification to the student's faculty for the term. Students are not to be penalized if absent from an examination, lecture, laboratory, clinicals, or other class activity because of an excused military absence. However, students are fully responsible for all material presented during their absence, and faculty are required to provide opportunities, for students to make up examinations and other work missed because of an excused absence. The faculty member is responsible to provide reasonable alternate assignment(s), as applicable, and/or opportunities to make up exams, clinicals, or other course assignments that have an impact on the course grade. Faculty may require appropriate substitute assignments. Policy on Military Stipends Students who are being funded by Chapter 31 Vocational Rehabilitation or Chapter 33 Post 9/11 G.I. Bill® benefits will be given the following options for any Title IV funds being used for living expenses: 1. The student can opt to have ¼ of all Title IV funds being used for living expenses processed at the beginning of each term within the semester, once the student has posted attendance and the Title IV funds are processed and posted to the account.* 2. The student can receive all Title IV funds once the student has posted attendance and met the 60% attendance requirement per DOE and, once the Title IV funds are processed and posted to the account.* *Title IV funds are not automatically eligible funds and the student is required to sit for at least 60% of the semester for the Title IV loans to be eligible for retention. Pell Grant recipients must start each course within the semester. If the student fails to sit for all terms within the semester, an R2T4 calculation must be performed and any balance created by the student becoming ineligible for Title IV funds will be the responsibility of the STUDENT. Funds will only be authorized for release once Title IV funds are processed and posted to the students account and after verification of an approved VA Form 28-1905 or a current Certificate of Eligibility (COE) to ensure student has Chapter 33 benefits to cover cost of attendance. Failure to provide approved VA documentation or non-posting of Title IV funds will result in stipend requests being denied. If student has no remaining entitlement, any financial aid will be disbursed (released) to student after institutional obligations are met. Process to request a stipend: 1. Military student completes a Military Stipends Policy Acknowledgement Form in writing and submits to the Bursar office 2. Bursar submits a work order to the Military Affairs Team and includes the following: a. Completed Military Stipends Form b. Student Name c. Student ID d. Dollar amount requested 3. The Military Affairs Team reviews request and determines if funding is forthcoming. 4. If release is determined, the approval amount will be processed internally and amount will be issued through Heartland. There will be no special checks administered. Military Course Approval and Refund Policy Students using benefits under chapter 30, 31, 32, 33, or 35 of title 38, U.S.C., or chapter 1606 of title 10, U.S.C. or Federal Tuition Assistance (FTA) must approve the enrollment of each course before the start date of the class and will not be automatically renewed in a course and/or program. Military connected students that withdraw prior to the first day of class or within the first week with no attendance will receive a tuition adjustment to their account for classes not attended with a grade of WNA or WM. VA Pending Payment Policy: Student Rights and Responsibilities In the event the Federal Government is delayed with tuition and fee payments to the institution, for those students using Post 9/11 G.I. Bill® (Chapter 33) or Vocational Rehabilitation & Employment (VR&E, Chapter 31) benefits, students will maintain access to continued enrollment and all University resources. These include but are not limited to the library, access to the Student Services department, class attendance, and/or other functions to assure the academic success of the student. Students will not incur any penalty or late fees due to VA pending payments, or be required to obtain additional funding to cover the cost of attendance. All students using Chapter 33 benefits must provide a copy of their Certificate of Eligibility (COE) to the institution prior to the first day of class. All Veterans using Chapter 31 benefits must also provide a valid VA Form 28-1905 from their VRC prior to the first day of each semester. Should the VA not provide a complete payment on the students’ behalf, the student will be responsible for all remaining costs incurred while attending school. This could occur if the student has already received all of their approved benefits, as there would be no remaining entitlement Return of Federal Tuition Assistance Keiser University will return any unearned FTA funds on a proportional basis through at least the 60 percent portion of the period for which the funds were provided. FTA funds are earned proportionally during an enrollment period, with unearned funds returned based upon when a student stops attending. In instances when a Service member stops attending due to a military service obligation, Keiser University will work with the affected Service member to identify solutions that will not result in a student debt for the returned portion. Unused Tuition Adjustment Policy for Active Duty Students: A semester of sixteen (16) weeks, may consist of four consecutive 4-week terms, two consecutive 8-week terms, or one consecutive sixteen-week semester of instruction. 100% of Tuition Assistance (TA) received will be returned if the student withdraws prior to the first day of class or within the first week with no attendance. • 75% of TA received will be returned if the student withdraws during week 1 of a 4-week course, weeks 1-2 of an 8-week course, or weeks 1-4 of a 16-week course during the payment period. • 50% of TA received will be returned if the student withdraws during week 2 of a 4-week course, weeks 3-4 of an 8-week course, or weeks 5-8 of a 16-week course during the payment period. • 25% of TA received will be returned if the student withdraws during week 3 of a 4-week course, weeks 5-6 of an 8-week course, or weeks 9-12 of a 16-week course during the payment period. • No TA received will be returned if the student withdraws during week 4 of a 4-week course, weeks 7-8 of an 8-week course, or weeks 13-16 of a 16-week course during the payment period. Academic Re-Admittance Policy A student must apply for re-admittance to the University after voluntary or involuntary withdrawal. This policy also applies to students who have been on an approved leave of absence that extended beyond the date granted which results in automatic withdrawal. The re-admittance policy is as follows: Students must obtain permission from the Dean of Academic Affairs to re-enroll, and the Dean will provide a re-entry form. Students must obtain the Bursar's signature on the re-entry form indicating that all financial obligations to the University have been met. If a student has been out of school for more than one (1) semester, a re-entry fee of $150 must be paid. • To be eligible for a Bachelor of Arts or Bachelor of Science degree, students must: • Complete a designated program of study which includes at least 120 semester hours of credit. Both degrees require that all required courses in a program be completed. • Complete degree requirements with a cumulative grade average of 2.0 or higher. • Complete the final 25% of a program through Keiser University. • Complete the ETS Proficiency Profile. • File an application for degree with the campus Student Services Department on or before the published date during the last term of resident study. The degree will not be awarded unless the application is completed. • Resolve all financial obligations to the University. • Complete all required exit paperwork. Students must contact a Financial Aid Administrator to re-apply for financial aid and set up a payment schedule. If a student has been out of school for more than six (6) months, the student may no longer have the hands-on skills necessary for his/her respective program. The decision for re-admittance in this case is made by the Program Director/Coordinator. The Dean of Academic Affairs may grant approval for re-admittance if a student has been out of school for more than one (1) semester. Students are re-enrolled under current tuition charges. If students are re-admitted under academic financial aid warning, they are not eligible for Title IV funds until they have reestablished their eligibility. Therefore, they are responsible for any charges incurred during this period. After obtaining required signatures on a re-entry form, a reentering student must return the form to the Dean of Academic Affairs to be scheduled for classes. Disciplinary Re-Admittance Policy A student must apply for re-admittance to the University after being withdrawn for disciplinary reasons. The re-admittance policy is as follows: Students re-entering are placed on one semester of disciplinary probation. If there are no violations of student rules and regulations during this period, at the conclusion of the probationary semester, students are removed from the probation. Add-Drop Period Keiser University maintains an add/drop period during which students may change courses without academic penalty. Add/drops may occur only during the first three class days of a course. Students withdrawing from a course, but not replacing it with another, must be aware of how this affects full-time status, tuition charges and satisfactory academic progress. The following section applies only to students at the San Marcos, Nicaragua Latin American Campus: Add/drops may occur only during the first two weeks of a regular semester, with exceptions made by the Academic Dean, and on the days stipulated in the Academic Calendar for Summer Sessions. Withdrawal Cancel/Add-Drop (WCA) Policy First-time students new to Keiser University who are beginning their first term with Keiser University and do not attend beyond the University’s add/drop period (defined below) may qualify for WCA status, which allows for withdrawal from the University without financial or academic penalty. Non-Residential Campuses – Add/Drop Period The withdrawal must be during the university’s drop/add period. The drop/add period is defined as a student’s first three days of posted attendance within the first week of classes and prior to the add/drop date specified in the catalog. This status applies to on-campus, online, fieldwork and hybrid courses. Extenuating circumstances outside of this time period may be considered, where applicable, and approved by the Campus President. Please note: this status may only be used when the student is new to Keiser University and beginning his/her first term with the University. Residential Campuses – Add/Drop Period The withdrawal must be during the university’s drop/add period. The drop/add period is defined as the first two weeks of the regular semester and prior to the add/drop date specified in the catalog. This status applies to on-campus, online, fieldwork and hybrid Courses. Extenuating circumstances outside of this time period may be considered, where applicable, and approved by the Campus President. Please note: this status may only be used when the student is new to Keiser University and beginning his/her first term with the University. Academic Load To be considered full-time, students must carry a minimum load of twelve (12) credit hours per semester which is a normal academic load. It is a policy of Keiser University that students maintaining a 3.2 cumulative GPA or higher, 90 percent class attendance, and who have completed at least one semester as a full time student may take additional credits beyond 12 but not to exceed 18 credits per semester. Students who are enrolled in a program that requires more than 18 credit hours per semester are not eligible to enroll in additional credit hour courses during that semester. Eligible students may take additional credits (courses) by requesting one additional concurrent course in a given term, or two additional courses within a semester. Eligible students may make a request for two ground, or two hybrid classes within the same term to the Dean of Academic Affairs. Both the Dean of Academic Affairs and the Director of Financial Aid must approve the request. If a student wishes to take one ground or one hybrid class and one online class, the student must hold a 3.5 or higher CGPA and the request must be approved by the Dean of Academic Affairs and Director of Financial Aid. Exceptions to this policy must be approved by the Associate Vice Chancellor of Academic Affairs. The following section applies only to students at the San Marcos, Nicaragua Latin American Campus: Only Junior and Seniors with a cumulative GPA over 3.5 can take over 15.1 credits. Any exceptions must be approved by Academic Dean. Testing A certain amount of classroom testing is necessary for each course. It is a Keiser University policy that each student completes the required examinations according to the schedule required by the instructor in order to receive a passing grade. All examinations are announced in advance so students can prepare. Any examination not completed by the deadline set by an instructor may result in an automatic failure for that particular examination, unless specific arrangements are made with the instructor. Students who are given the opportunity by an instructor to make up an examination may only be able to receive a pass or fail grade for that examination. Final examinations are normally scheduled during regular class hours on the day of the last class meeting for the course. Grading Students are awarded letter grades for work undertaken at Keiser University. Academic work is evaluated and grades are assigned at the end of each term to indicate a student's level of performance. Criteria upon which a student's performance is evaluated are distributed to each student at the beginning of each course in the form of a Course Control Document/course syllabus. Grades are based on the quality of a student's work as shown by recitation, written tests, laboratory assignments, class projects and homework/outside assignments. The meaning of grade notations is as follows and is based on a 4.0 scale: Letter Interpretation Numerical Numeric A Excellent 4.0 90.00-100.00% B Good 3.0 80.00-89.99% C Average 2.0 70.00-79.99% D Poor 1.0 65.00-69.99% F Failing 0.0 Up to 64.99% AU Audit Not Computed I* Incomplete Not Computed* W Withdrawal Not Computed (prior to 50% completion) WF Withdrawn past midpoint of course 0.0 WM Withdrawal/ Military Duty Not Computed WNA Withdrawal/No Attendance Not Computed P Pass Not Computed T Transfer Credit Not Computed WCA Withdrawal Cancel Add/Drop Not Computed WCO Withdrawal due to Covid-19* Not Computed for Satisfactory Academic Progress WND Withdrawal Natural Disaster Not Computed Z A grade of ‘Z’ indicates that the student recipient was making acceptable progress in the didactic portion of a course that involved a clinical component; however, for some reason, event, or course interruption beyond the control of Keiser University and involving no fault of the student, the course was not capable of being completed. The ‘Z’ indicates that the clinical, field placement, or externship was the portion of the course that was not completed; that clinical section will have to be completed before a final letter grade can be issued. This situation is usually associated with additional explanatory information that covers the make-up work or provides further directions to the students concerning course completion. *The CARES Act authorizes the flexibility of institutions to exclude unearned credits from the quantitative measure of Satisfactory Academic Progress without appeal by the student, when withdrawal was COVID-19 related and the student was enrolled on March 13, 2020. *Incomplete Grade Policy A grade of “I” (Incomplete) indicates that a student has not completed the requirements of a course as set forth by an instructor. One semester from the date the “I” is awarded students are notified that if this timeframe goes beyond the current semester, it may have negative consequences on their financial aid. The best policy is to make up the “Incomplete” grade as soon as possible. Incomplete grades are not used in the computation of a cumulative grade average. Undergraduate students must meet course requirements within the allotted term, and the instructor must submit a grade change to the registrar. If this is not completed within the period, the course grade automatically becomes an “F” grade. Graduate students must meet course requirements within the first four weeks of the subsequent term. Scholastic Honors A Dean's List is published at the end of each semester (Fall, Winter and Summer). It lists those students who have completed an entire semester with a grade point average of 3.75 - 4.00. The Honor Roll is published at the end of each semester (Fall, Winter and Summer). It lists those students who have completed an entire semester with a grade point average of 3.50 - 3.74. An "F" in any course precludes a student from being listed on Dean's List or Honor Roll. The following section applies only to students at the Flagship Residential Campus and the San Marcos, Nicaragua Latin American Campus: Dean’s List Scholastic Honors distinction is denoted as President’s List at the Flagship Residential Campus and the Latin American Campus. Honor Roll is denoted as Dean’s List. At the San Marcos and Managua campuses, the President’s and Dean’s List Scholastic Honors are computed using the cumulative GPA rather than the semester GPA. Repeating Courses A course in which a letter grade of "D" or "F" has been earned may be repeated to improve the grade point average. Only the higher grade is used in computation of a cumulative grade point average at Keiser University. No course may be repeated more than two (2) times. Students who repeat a course for which they have received a letter grade of "D" or "F" must notify the Registrar's Office for recalculation of their cumulative GPA. A course in which a satisfactory letter grade (e.g., "A", "B", "C") has been earned may not be repeated for grade average purposes. However, a core pre-requisite course in which a minimum grade of “B” is required (i.e., Anatomy and Physiology I & II*) may be repeated only one time if a letter grade of “C” has been earned. No courses may be repeated for grade average purposes after graduation. All credits attempted are considered when calculating Satisfactory Academic Progress, with the exception of remedial courses, which are not factored into the quantitative calculation of Satisfactory Academic Progress. *The AS Nursing Program, the Physical Therapist Assistant Program and the Respiratory Therapy Program require a minimum letter grade of “B” in the Anatomy and Physiology I & II prerequisite courses. A letter grade of “C” may be repeated only once. Students are advised to speak with Financial Aid Services regarding availability of Title IV funding for the repeat of a course. NOTE: Veterans’ Administration benefits and some Title IV funds may not cover the cost of repeating courses assigned a “D” grade. Students should speak with the Financial Services Department for further details. Grade Forgiveness Policy Grade forgiveness allows a student to repeat a limited number of courses to improve his or her grade point average (GPA), with the exception of major courses in the Nursing and Allied Health programs. Undergraduate students may use forgiveness up to three times prior to the conferral of the degree. Grades cannot be changed once a degree has been conferred. Grade forgiveness cannot be used by non-matriculating students or for pass/fail courses. All grades will appear on a student’s transcript but only the higher grade will be used to calculate the cumulative grade point average. Only courses taken at Keiser University and repeated at Keiser University are eligible for grade forgiveness. If a course has been taken more than one time prior to the application for forgiveness, this process can be used to establish the highest awarded grade received in the course. The grade forgiveness policy is not retroactive and will not retroactively alter any previous academic action. For example, a probation or disqualification status will not be removed from the records of the semester in which the student originally took the course. Under unusual circumstances, a different but similar course may be used to replace a forgiven course. In such cases, the Campus Dean of Academic Affairs must seek prior approval from the VCAA for a course substitution to be utilized. If a student withdraws from a first retake repeated under the grade forgiveness policy, the attempt will not count as an allowable attempt. However, the original grade will not be replaced with the “W” received in the repeat attempt. This stipulation mirrors the financial policy for students withdrawing prior to completing a first-retake course. Students receiving VA benefits are advised that the forgiveness of any grade other than an unsatisfactory grade must be reported to the VA and may result in the retroactive reduction of benefits for the semester for which the forgiven grade was originally assigned. “Students receiving Title IV financial aid are allowed one retake of a course previously passed (grade of B-D) or failed (grade of F) and still receive financial aid for that second enrollment. If a student withdraws before completing a course that is being retaken, it is not counted as the one-time retaking of the course for financial aid purposes. However, if a student passed the class on the first try but fails the course on the second attempt; that second attempt counts as the second retake and the student will not be paid for taking the course a third time. While the institutional policy will permit students to retake a course for a third time, such students will be responsible for paying the tuition costs associated with the third retake. Remember, retaken classes may count against satisfactory academic progress. In such cases, students may want to consult their financial aid adviser” to clarify their situation. Students must submit a completed Grade Forgiveness Request Form to the campus Registrar prior to repeating the course. Once the request is approved by the Campus Dean of Academic Affairs, the Registrar will update the student’s schedule. Independent/Directed Study An independent/directed study gives qualified students an opportunity to work independently under the direction and guidance of a faculty sponsor. It extends a learning experience beyond the standard course structure and classroom activity. The independent/directed study format for coursework is not appropriate in all circumstances and is not a format that can be chosen by a student as a matter of right. The decision to conduct a student's course of study in the independent/directed study format is at the discretion of the Dean of Academic Affairs and is based upon a variety of factors. Academic Year An academic year is defined as two semesters equivalent to 32 weeks of instruction and at least 24 semester hours. Grade Levels Freshman, Grade Level 1 0 to 24 semester credits Sophomore, Grade Level 2 25 to 60 semester credits Junior, Grade Level 3 61 to 90 semester credits Senior, Grade Level 4 91 to 120 semester credits Standardized Testing Requirements Keiser University requires students in certain programs to take standardized tests before graduation. The purpose of standardized testing is to ensure the effectiveness of the University’s educational programs. Proficiency Profile (Educational Testing Service) The ETS Proficiency Profile is a measure of college-level reading, mathematics, writing and critical thinking in the context of the humanities, social sciences and natural sciences. All Keiser University students in Associate of Arts, Bachelor of Arts, and Bachelor of Science degree programs are required to take the Proficiency Profile upon completion of the General Education component of their degree program. Students are notified when they are eligible to complete the ETS Proficiency Profile. Failure to sit for the assessment may delay progression to the professional core, or graduation. DEGREE REQUIREMENTS Bachelor of Arts Students receiving Keiser University's Bachelor of Arts degrees must earn a minimum of 120 semester credit hours. The 120 credit hours include a minimum of 45 credit hours of prescribed general education courses combined with a minimum of 60 credit hours of prescribed major courses. Remaining credit hours are drawn from either general education or major courses. Bachelor of Science Students receiving Keiser University's Bachelor of Science degrees must earn a minimum of 120 semester credit hours. The 120 credit hours include a minimum of 36 credit hours of prescribed general education courses combined with a minimum of 60 credit hours of prescribed major courses. Remaining credit hours are drawn from either general education or major courses. Additional Requirements for Bachelor of Arts or Science At the Flagship Residential Campus Only: Beginning with the Fall 2023 semester, all undergraduate students admitted to the Flagship Residential Campus with fewer than 60 credit hours must earn a minimum of 6 credit hours by attending one or more summer terms at the campus. The Campus President or his/her designee may waive the application of this regulation in cases of unusual hardship to the individual. An "I" received for the term a student is scheduled to graduate is calculated as an "F" for purposes of computing a student's GPA for graduation. If the course work is completed and results in a passing grade, the student's transcript is amended and a final GPA is calculated. Associate of Arts Students receiving Keiser University's Associate of Arts degree must successfully complete a minimum of 60 semester credit hours of study. The 60 credit hours must include a minimum of 36 semester credit hours of prescribed general education courses combined with a minimum of 24 semester credit hours of prescribed major courses. Students in Associate of Arts programs must also meet Gordon Rule requirements (see catalog section) for graduation. Students must complete ETS Proficiency Profile testing. Associate of Science Students receiving Keiser University's Associate of Science degree must successfully complete at least 60 semester credit hours of study. The 60 credit hours must include a minimum of 24 semester credit hours of prescribed general education courses combined with a minimum of 36 semester credit hours of prescribed major courses. Additional Requirements for Associate of Arts or Science To be eligible for an Associate of Arts or Science degree, students must: • Complete a designated program of study which includes at least 60 semester hours of credit. Both degrees require that all required courses in a program be completed. • Complete degree requirements with a cumulative grade average of 2.0 or higher. Complete the last 25% of a program at Keiser University. • File an application for degree with the Campus Student Services Department on or before the published date during the last term of resident study. The degree will not be awarded unless the application has been completed. • Resolve all financial obligations to the University. Complete all required exit paperwork. An "I" received for the term a student is scheduled to graduate is calculated as an "F" for purposes of computing a student's GPA for graduation. If the course work is subsequently completed and results in a passing grade, a student's transcript is amended and a final grade average is calculated. Registry and Licensure Examinations Policy and Procedures Students in medical programs and/or programs that require a prescribed National or State licensure and/or registry examination as a condition of employment are made aware of this stipulation during the admissions process. Students are assessed a fee for required examination(s); such fees are eligible for Title IV funding. However, costs of examination retakes are a student responsibility. Program directors submit required paperwork in advance for each graduating class. To support examination success students are expected to register for said examination(s) in accordance with the National and/or State organization within 30 days of program completion. Students are highly encouraged to sit for the examination no later than 90 days post-graduation. If a program has multiple examinations, the second examination should be taken within 120 days of program completion. PROGRAMS OFFERED AT EACH CAMPUS Clearwater AA Criminal Justice AA General Studies AA Health Services Administration AA Homeland Security AA Paralegal Studies AS Exercise and Sport Science AS Information Technology (Concentrations in Networking and Cybersecurity) AS Medical Administrative Billing and Coding AS Medical Assisting AS Nursing AS Surgical Technology BA Accounting BA Business Administration (Concentrations in Management, Hospitality Management, Human Resource Management, Esports Management, Finance, International Business, Marketing, or Transportation and Logistics; Entrepreneurship concentration offered at Flagship and Lakeland campuses only; Equine Studies concentration offered at Flagship campus only) BA Business Administration (Spanish) BA Criminal Justice BA Health Services Administration BA Homeland Security BA Legal Studies BA Legal Studies (Law Office Management Concentration) BA Psychology (Concentrations in Human Services, Developmental Psychology, Health Care and Fitness, and Business) BS Biomedical Sciences BS Cybersecurity BS Exercise and Sport Science BS Health Science BS Information Technology (concentration in Cybersecurity) BS Information Technology Management (Track 1) BS Interdisciplinary Studies BS Management Information Systems BSN Nursing (RN to BSN) Daytona AA Accounting AA Criminal Justice AA General Studies AA Health Services Administration AA Homeland Security AA Paralegal Studies AS Crime Scene Technology AS Diagnostic Medical Sonography (Concentration in Abdominal – Extended/Obstetrics and Gynecology) AS Information Technology (Concentration in Networking) AS Medical Administrative Billing and Coding AS Medical Assisting AS Nursing AS Occupational Therapy Assistant AS Radiologic Technology BA Accounting BA Business Administration (Concentrations in Management, Hospitality Management, Human Resource Management, Esports Management, Finance, International Business, Marketing, or Transportation and Logistics; Entrepreneurship concentration offered at Flagship and Lakeland campuses only; Equine Studies concentration offered at Flagship campus only) BA Criminal Justice BA Health Services Administration BA Homeland Security BA Legal Studies BA Legal Studies (Law Office Management Concentration) BA Psychology (Concentrations in Human Services, Developmental Psychology, Health Care and Fitness, and Business) BS Cybersecurity BS Health Science BS Information Technology Management (Track 1) BS Interdisciplinary Studies BSN Nursing (RN to BSN) Flagship AA Cinematic Arts AS Applied Engineering AS Exercise and Sport Science AS Golf Management AS Turfgrass Management BA Accounting (concentrations in Accounting Analytics and Fraud Examination) BA Business Administration (Concentrations in Management, Hospitality Management, Human Resource Management, Esports Management, Finance, International Business, Marketing, or Transportation and Logistics; Entrepreneurship concentration offered at Flagship and Lakeland campuses only; Equine Studies concentration offered at Flagship campus only) BA Business Administration: Automotive Dealership Management BA Business Analytics BA Cinematic Arts BA Criminal Justice BA Criminal Justice (Concentration in Forensics) BA Health Services Administration BA Political Science BA Political Science (Concentration in International Relations) BA Psychology (Concentrations in Human Services, Developmental Psychology, Health Care and Fitness, Business, and Applied Behavior Analysis) BS Animation and Game Design BS Applied Engineering BS Biomedical Sciences (Concentration in Equine Studies at FS campus only) BS Exercise and Sport Science BS Golf Management BS Information Technology Management (Track 2) (Concentrations in Software Engineering, Web and Mobile Development, Network Security, Multimedia Technology, or General) BS Integrated Marketing Communications BS Interdisciplinary Studies BS BS Integrated Marketing Communications with Public Relations Concentration Interdisciplinary Studies (Music Concentration) BS Management Information Systems BS Sport Management (Degree-Completion) BS Sport Management BS Sport Management (Leadership Track) BSN Nursing (Traditional) online only Certificate Automotive Dealership Fundamentals (Fixed Operations, Variable Operations, and General Management Tracks) Ft. Lauderdale AA Accounting AA Accounting (Spanish) AA Criminal Justice AA General Studies AA Health Services Administration AA Health Services Administration (Spanish) AA Homeland Security AA Paralegal Studies AS Applied Engineering AS Crime Scene Technology AS Diagnostic Medical Sonography (Concentrations in Abdominal – Extended/Obstetrics and Gynecology; Abdominal – Extended, Obstetrics/Gynecology, and Vascular) AS Exercise and Sport Science AS Information Technology (Concentrations in Cybersecurity and Programming) AS Information Technology (Spanish) AS Information Technology and Programming AS Medical Administrative Billing and Coding AS Medical Assisting AS Medical Assisting Science AS Medical Laboratory Technician AS Nursing AS Occupational Therapy Assistant AS Physical Therapist Assistant AS Radiologic Technology AS Respiratory Therapy BA Accounting BA Business Administration (Concentrations in Management, Hospitality Management, Human Resource Management, Esports Management, Finance, International Business, Marketing, or Transportation and Logistics; Entrepreneurship concentration offered at Flagship and Lakeland campuses only; Equine Studies concentration offered at Flagship campus only) BA Business Administration (Spanish) (Concentrations in Entrepreneurship, Finance, Human Resources, International Business, Management, or Marketing) BA Criminal Justice BA Financial Crime Investigation BA Health Services Administration BA Health Services Administration (Spanish) BA Homeland Security BA Legal Studies BA Legal Studies (Law Office Management Concentration) BA Psychology (Concentrations in Human Services, Developmental Psychology, Health Care and Fitness, and Business) BS Applied Engineering BS Biomedical Sciences (Concentration in Pre-Physician Assistant) BS Cybersecurity BS Exercise and Sport Science BS Forensic Investigations (Concentration in Investigations) BS Forensic Investigations (Concentration in Science) BS Health Information Management BS Health Science BS Imaging Sciences (Concentration in Imaging Administration) BS Information Technology Management (Track 1) BS Interdisciplinary Studies BS Interdisciplinary Studies, Pre-DPT Bridge BS Management Information Systems BSN Nursing (Accelerated) BSN Nursing (RN to BSN) BSN Nursing (FastTrack) Ft. Lauderdale eCampus AA Accounting online only AA Business Administration online only AA Business Analytics Online only AA Criminal Justice online only AA General Studies online only AA General Studies (Spanish) (Asociado en Artes en Estudios Generales) online only AA Health Services Administration online only AA Homeland Security online only AA Paralegal Studies online only AS Applied Engineering online only AS Fire Science online only AS Golf Management online only AS AS AS Information Technology AS Information Technology (Concentration in Networking) Information Technology (Spanish) (Concentration in Networking) online only online only online only online only AS Medical Administrative Billing and Coding online only AS Medical Administrative Billing and Coding (Spanish) (Asociado en Codificación y Facturación Administrativa Médica) online only AS Medical Assisting Science online only AS Medical Assisting Science (Spanish) (Asociado en Ciencias de Asistencia Médica ) online only BA Accounting online only BA Accounting (Spanish) (Licenciatura Bachillerato en Contabilidad) online only BA Business Administration (Concentrations in Management, Hospitality Management, Human Resource Management, Esports Management, Finance, International Business, Marketing, or Transportation and Logistics; Entrepreneurship concentration offered at Flagship and Lakeland campuses only; Equine Studies concentration offered at Flagship campus only) online only BA Business Administration (Spanish) (Concentrations in International Business, Management, Marketing, or Finance) online only BA Business Administration: Automotive Dealership Management online only BA Business Analytics online only BA Criminal Justice online only BA Health Services Administration online only BA Health Services Administration (Spanish) online only BA Homeland Security online only BA Legal Studies online only BA Legal Studies (Law Office Management Concentration) online only BA Political Science online only BA Public Administration (Specializations in Politics, Communication Studies, and Emergency Management) online only BA Psychology (Concentrations in Human Services, Developmental Psychology, online only Health Care and Fitness, and Business) BA Psychology (Spanish) online only BS Applied Engineering online only BS Exercise and Sport Science online only BS Health Information Management online only BS BS Health Science Imaging Sciences (Concentrations in Imaging Administration or Clinical Imaging) online only online only BS Information Technology Management (Track 1) online only BS Information Technology Management (Track 1 – Spanish) online only BS Interdisciplinary Studies online only BS Interdisciplinary Studies (Spanish) (Licenciatura Bachillerato en Estudios Interdisciplinarias) online only BS Management Information Systems online only BS Sport Management online only BSN Nursing (RN to BSN) online only Certificate Automotive Dealership Fundamentals (Fixed Operations, Variable Operations, and General Management Tracks) online only Ft. Myers AA Accounting AA Criminal Justice AA General Studies AA Health Services Administration AA Homeland Security AA Hospitality AA Paralegal Studies AS Crime Scene Technology AS Diagnostic Medical Sonography (Concentrations in Abdominal – Extended/Obstetrics and Gynecology; Abdominal – Extended, Obstetrics/Gynecology, and Vascular) AS Diagnostic Medical Sonography (Concentration in General and Vascular Sonography) AS Exercise and Sport Science AS Information Technology (Concentrations in Networking, Cybersecurity) AS Medical Administrative Billing and Coding AS Medical Assisting AS Medical Assisting Science AS Nursing AS Occupational Therapy Assistant AS Physical Therapist Assistant BA Accounting BA Business Administration (Concentrations in Management, Hospitality Management, Human Resource Management, Esports Management, Finance, International Business, Marketing, or Transportation and Logistics; Entrepreneurship concentration offered at Flagship and Lakeland campuses only; Equine Studies concentration offered at Flagship campus only) BA Business Administration (Spanish) BA Criminal Justice BA Health Services Administration BA Homeland Security BA Legal Studies BA Legal Studies (Law Office Management Concentration) BA Psychology (Concentrations in Human Services, Developmental Psychology, Health Care and Fitness, and Business) BS Cybersecurity BS Exercise and Sport Science BS Forensic Investigations BS BS Health Science Imaging Sciences (concentration in Imaging Administration only) BS Information Technology Management (Track 1) BS Interdisciplinary Studies BS Management Information Systems BSN Nursing (Traditional) BSN Nursing (Accelerated) BSN Nursing (RN to BSN) BSN Nursing (FastTrack) Jacksonville AA Business Administration AA Criminal Justice AA General Studies AA Health Services Administration AA Homeland Security AA Paralegal Studies AS Crime Scene Technology AS Exercise and Sport Science AS AS Information Technology Information Technology (Concentrations in Networking, Cybersecurity, and Programming AS Medical Administrative Billing and Coding AS Medical Assisting AS Nursing AS Occupational Therapy Assistant AS Physical Therapist Assistant AS Radiologic Technology BA Accounting BA Business Administration (Concentrations in Management, Hospitality Management, Human Resource Management, Esports Management, Finance, International Business, Marketing, or Transportation and Logistics; Entrepreneurship concentration offered at Flagship and Lakeland campuses only; Equine Studies concentration offered at Flagship campus only) BA Criminal Justice BA Health Services Administration BA Homeland Security BA Legal Studies BA Legal Studies (Law Office Management Concentration) BA Psychology (Concentrations in Human Services, Developmental Psychology, Health Care and Fitness, and Business) BS BS Applied Engineering Biomedical Sciences BS Cybersecurity BS Exercise and Sport Science BS Forensic Investigations (Concentration in Investigations) BS Forensic Investigations (Concentration in Science) BS Health Science BS Imaging Sciences (Concentrations in Imaging Administration, or Clinical Imaging) BS Information Technology (Concentration in Cybersecurity) BS Information Technology Management (Track 1) BS Interdisciplinary Studies BS Management Information Systems BSN Nursing (RN to BSN) Lakeland AA Accounting AA Criminal Justice AA General Studies AA Health Services Administration AA Homeland Security AA AS Paralegal Studies Cloud and Computing Technology AS Crime Scene Technology AS Diagnostic Medical Sonography (Concentrations in Abdominal – Extended/Obstetrics and Gynecology; Abdominal – Extended, Obstetrics/Gynecology, and Vascular) AS Exercise and Sport Science AS Graphic Arts and Design AS Health and Human Performance AS Information Technology (Concentrations in Networking and Cybersecurity) AS Medical Administrative Billing and Coding AS Medical Assisting AS Medical Assisting Science AS Nuclear Medicine Technology AS Nursing AS Physical Therapist Assistant AS Radiation Therapy AS Radiologic Technology BA Accounting BA Business Administration (Concentrations in Management, Hospitality Management, Human Resource Management, Esports Management, Finance, International Business, Marketing, or Transportation and Logistics; Entrepreneurship concentration offered at Flagship and Lakeland campuses only; Equine Studies concentration offered at Flagship campus only) BA Business Administration (Spanish) BA Criminal Justice BA Health Services Administration BA Homeland Security BA Legal Studies BA Legal Studies (Law Office Management Concentration) BA Psychology (Concentrations in Human Services, Developmental Psychology, Health Care and Fitness, and Business) BS Cybersecurity BS Dietetics and Nutrition BS Exercise and Sport Science BS Health Science BS Imaging Sciences (Concentrations in Imaging Administration, or Clinical Imaging) BS Information Technology (Concentration in Cybersecurity) BS Information Technology Management (Track 1) BS Integrated Marketing Communications BS Interdisciplinary Studies BS Interdisciplinary Studies, Pre-DPT Bridge BS Management Information Systems BSN Nursing (RN to BSN) BSN Nursing (Accelerated) BSN Nursing (FastTrack) Melbourne AA Accounting AA Business Administration AA Criminal Justice AA General Studies AA Health Services Administration AA Homeland Security AA Paralegal Studies AS Culinary Arts AS Diagnostic Medical Sonography (Concentration in Abdominal – Extended/Obstetrics and Gynecology) AS Exercise and Sport Science AS Information Technology (Concentrations in Networking and Programming) AS Medical Administrative Billing and Coding AS Medical Assisting AS Nursing AS Occupational Therapy Assistant AS Physical Therapist Assistant AS Radiation Therapy AS Radiologic Technology BA Accounting BA Business Administration (Concentrations in Management, Hospitality Management, Human Resource Management, Esports Management, Finance, International Business, Marketing, or Transportation and Logistics; Entrepreneurship concentration offered at Flagship and Lakeland campuses only; Equine Studies concentration offered at Flagship campus only) BA Criminal Justice BA Health Services Administration BA Homeland Security BA Legal Studies BA Legal Studies (Law Office Management Concentration) BA Psychology (Concentrations in Human Services, Developmental Psychology, Health Care and Fitness, and Business) BS Biomedical Sciences (Concentration in Equine Studies at FS campus only) BS Cybersecurity BS Dietetics and Nutrition BS Digital Forensics and Incident Response BS Exercise and Sport Science BS Health Science BS Imaging Sciences (Concentrations in Imaging Administration, or Clinical Imaging) BS Information Technology (Concentrations in Networking and Programming) BS Information Technology Management (Track 1) BS Interdisciplinary Studies BS Management Information Systems BS Software Engineering BSN Nursing (Accelerated) BSN Nursing (FastTrack) BSN Nursing (RN to BSN) Miami AA Accounting AA Business Administration AA Criminal Justice AA General Studies AA Health Services Administration AA Paralegal Studies AS Exercise and Sport Science AS Information Technology (Spanish)(Concentration in Networking) AS Medical Assisting AS Medical Assisting Science (Spanish) Asociado en Ciencias de Asistencia Medica AS Nursing AS Occupational Therapy Assistant AS Physical Therapist Assistant AS Radiologic Technology BA Accounting BA Business Administration (Concentrations in Management, Hospitality Management, Human Resource Management, Esports Management, Finance, International Business, Marketing, or Transportation and Logistics; Entrepreneurship concentration offered at Flagship and Lakeland campuses only; Equine Studies concentration offered at Flagship campus only) BA Business Administration (Spanish) (Concentrations in International Business, Management, Marketing, or Finance) BA Criminal Justice BA Health Services Administration BA Health Services Administration (Spanish) BA Legal Studies BA Legal Studies (Law Office Management Concentration) BA Psychology (Concentrations in Human Services, Developmental Psychology, Health Care and Fitness, Business, and Applied Behavior Analysis) BS Biomedical Sciences (Concentration in Equine Studies at FS campus only) BS Exercise and Sport Science BS Health Science BS Imaging Sciences (Concentrations in Imaging Administration, or Clinical Imaging) BS Information Technology Management (Track 1) BS Interdisciplinary Studies BS Interdisciplinary Studies, Pre-DPT Bridge BS BSN BSN Management Information Systems Nursing (Accelerated) Nursing (FastTrack) BSN Nursing (RN to BSN) Naples AA Accounting AA Criminal Justice AA General Studies AA Health Services Administration AA Homeland Security AA Paralegal Studies AS Information Technology (Concentration in Networking) AS Medical Administrative Billing and Coding AS Medical Assisting Science AS Nursing AS Radiologic Technology BA Accounting BA Business Administration (Concentrations in Human Resources, International Business, Marketing, Finance, and Transportation and Logistics BA Criminal Justice BA Homeland Security BA Health Services Administration BA Legal Studies BA Legal Studies (Concentration in Law Office Management BA Psychology (Concentrations in Human Services, Developmental Psychology, Health Care and Fitness, and Business) BS Cybersecurity BS Health Science BS Information Technology Management (Track 1) BS Interdisciplinary Studies BS Management Information Systems BSN Nursing (RN to BSN) BSN Nursing (Accelerated) BSN Nursing (FastTrack) New Port Richey AA Criminal Justice AA General Studies AA Health Services Administration AA Homeland Security AA Paralegal Studies AS Diagnostic Medical Sonography (Concentrations in Abdominal – Extended/Obstetrics and Gynecology; Abdominal – Extended, Obstetrics/Gynecology, and Vascular) AS Information Technology (Concentrations in Networking and Cybersecurity) AS Medical Administrative Billing and Coding AS Medical Assisting AS Nursing BA Accounting BA Business Administration (Concentrations in Management, Hospitality Management, Human Resource Management, Esports Management, Finance, International Business, Marketing, or Transportation and Logistics; Entrepreneurship concentration offered at Flagship and Lakeland campuses only; Equine Studies concentration offered at Flagship campus only) BA Business Administration (Spanish) BA Criminal Justice BA Health Services Administration BA Homeland Security BA Legal Studies BA Legal Studies (Law Office Management Concentration) BA Psychology (Concentrations in Human Services, Developmental Psychology, Health Care and Fitness, and Business) BS Cyber Forensics/Information Security BS Health Science BS Imaging Sciences (Imaging Administration concentration) BS Information Technology Management (Track 1) BS Interdisciplinary Studies BS Management Information Systems BSN Nursing (RN to BSN) Orlando AA Accounting AA Criminal Justice AA General Studies AA Health Services Administration AA Homeland Security AA Paralegal Studies AS Crime Scene Technology AS Exercise and Sport Science AS Histotechnology AS Information Technology (Concentrations in Networking and Cybersecurity) AS Medical Administrative Billing and Coding AS Medical Assisting AS Medical Laboratory Technician AS Nursing AS Occupational Therapy Assistant AS Radiologic Technology BA Accounting BA Business Administration (Concentrations in Management, Hospitality Management, Human Resource Management, Esports Management, Finance, International Business, Marketing, or Transportation and Logistics; Entrepreneurship concentration offered at Flagship and Lakeland campuses only; Equine Studies concentration offered at Flagship campus only) BA Business Administration (Spanish) (Concentrations in International Business, Management, Marketing, or Finance) BA Criminal Justice BA Health Services Administration BA Homeland Security BA Legal Studies BA Legal Studies (Law Office Management Concentration) BA Psychology (Concentrations in Human Services, Developmental Psychology, Health Care and Fitness, and Business) BS Biomedical Sciences (Concentration in Equine Studies at FS campus only) BS Exercise and Sport Science BS Forensic Investigations (Concentration in Investigations) BS Health Science BS Information Technology Management (Track 1) BS Interdisciplinary Studies BS Management Information Systems BS Medical Laboratory Science BSN Nursing (Accelerated) BSN Nursing (RN to BSN) BSN Nursing (FastTrack) Patrick SFB BA Accounting BA Business Administration (Concentrations in Management, Hospitality Management, Human Resource Management, Esports Management, Finance, International Business, Marketing, or Transportation and Logistics; Entrepreneurship concentration offered at Flagship and Lakeland campuses only; Equine Studies concentration offered at Flagship campus only) BA Criminal Justice BA Health Services Administration BA Homeland Security BA BA Legal Studies Psychology BS Cybersecurity BS Information Technology (Concentrations in Cybersecurity, Programming, and Networking) BS Information Technology Management (Track 1) BS Interdisciplinary Studies BS Management Information Systems BS Software Engineering AA Accounting AA Business Administration AA Criminal Justice AA Health Services Administration AA Homeland Security AA General Studies AS Information Technology Pembroke Pines AA Accounting AA Criminal Justice AA General Studies AA Health Services Administration AA Homeland Security AA Paralegal Studies AS Crime Scene Technology AS Graphic Arts and Design AS Medical Administrative Billing and Coding AS Medical Assisting AS Occupational Therapy Assistant AS Video Game Design BA Accounting BA Business Administration (Concentrations in Management, Hospitality Management, Human Resource Management, Esports Management, Finance, International Business, Marketing, or Transportation and Logistics; Entrepreneurship concentration offered at Flagship and Lakeland campuses only; Equine Studies concentration offered at Flagship campus only) BA Business Administration (Spanish) (Concentrations in International Business, Management, Marketing, or Finance) BA Criminal Justice BA Health Services Administration BA Health Services Administration (Spanish) BA Homeland Security BA Legal Studies BA Legal Studies (Law Office Management Concentration) BA Psychology (Concentrations in Human Services, Developmental Psychology, Health Care and Fitness, Business, and Applied Behavior Analysis) BS Animation and Game Design BS Artificial Intelligence (Concentrations in Machine Learning and Data Science) BS Cloud Engineering BS Computer Information Systems BS Cybersecurity BS Dietetics and Nutrition BS Forensic Investigations (Concentration in Investigations) BS Health Science BS Information Technology Management (Track 1) BS Interdisciplinary Studies BS Management Information Systems BS Network Systems and Data Communications BS Software Engineering BSN Nursing (RN to BSN) BSN Nursing (Accelerated) BSN Nursing (Fast Track) BSN Nursing (Traditional) Port St. Lucie AA Accounting AA Business Administration AA Criminal Justice AA General Studies AA Health Services Administration AA Homeland Security AA Paralegal Studies AS Biotechnology AS Crime Scene Technology AS Exercise and Sport Science AS Golf Management AS Graphic Arts and Design AS AS Information Technology Information Technology (Concentrations in Networking, Cybersecurity, and Programming AS Medical Administrative Billing and Coding AS Medical Assisting AS Nursing AS Radiologic Technology BA Accounting BA Business Administration (Concentrations in Management, Hospitality Management, Human Resource Management, Esports Management, Finance, International Business, Marketing, or Transportation and Logistics; Entrepreneurship concentration offered at Flagship and Lakeland campuses only; Equine Studies concentration offered at Flagship campus only) BA Business Administration (Spanish) BA Criminal Justice BA Health Services Administration BA Homeland Security BA Legal Studies BA Legal Studies (Law Office Management Concentration) BA Psychology (Concentrations in Human Services, Developmental Psychology, Health Care and Fitness, and Business) BS Biomedical Sciences (Concentration in Equine Studies at FS campus only) BS Dietetics and Nutrition BS Exercise and Sport Science BS Forensic Investigations (Concentration in Investigations) BS Forensic Investigations (Concentration in Science) BS Health Science BS Imaging Sciences BS Information Technology (Concentrations in Cybersecurity, Programming, and Networking) BS Information Technology Management (Track 1) BS Integrated Marketing Communications BS Interdisciplinary Studies BS Management Information Systems BS Software Engineering BS Sport Management BSN Nursing (Traditional) BSN Nursing (Accelerated) BSN Nursing (RN to BSN) BSN Nursing (FastTrack) San Marcos, Nicaragua AA Accounting AA Accounting (Spanish) AA Business Administration AA Business Administration (Spanish) AA Criminal Justice AA General Studies AA General Studies (Spanish) (Asociado en Artes en Estudios Generales) AA Health Services Administration AA Homeland Security AA Hospitality AA Paralegal Studies AS AS Information Technology Information Technology (Concentrations in Networking, Cybersecurity, and Programming AS Information Technology (Spanish) BA Accounting (concentration in International Accounting) BA Business Administration (Concentrations in Management, Hospitality Management, Human Resource Management, Esports Management, Finance, International Business, Marketing, or Transportation and Logistics; Entrepreneurship concentration offered at Flagship and Lakeland campuses only; Equine Studies concentration offered at Flagship campus only) BA Business Administration (Spanish) (Concentrations in International Business, Management, Marketing, or Finance) BA Criminal Justice BA Health Services Administration BA Health Services Administration (Spanish) BA Homeland Security BA Legal Studies BA Legal Studies (Law Office Management Concentration) BA Political Science BA Psychology (Concentrations in Human Services, Developmental Psychology, Health Care and Fitness, and Business) BA Psychology (Spanish) BS Cybersecurity BS Health Science BS Information Technology Management (Track 1) BS Interdisciplinary Studies BS BS BS BS Interdisciplinary Studies (Spanish) (Licenciatura Bachillerato en Estudios Interdisciplinarias) Integrated Marketing Communications Integrated Marketing Communications (Spanish) (Licenciatura en Comunicaciones Integradas de Marketing) BS Management Information Systems BS Software Engineering Sarasota AA Accounting AA Criminal Justice AA General Studies AA Health Services Administration AA Homeland Security AA Paralegal Studies AS Baking and Pastry Arts AS Cloud and Computing Technology AS Culinary Arts AS Fire Science AS Medical Administrative Billing and Coding AS Medical Assisting AS Nursing AS Physical Therapist Assistant AS Radiologic Technology BA Accounting BA Business Administration (Concentrations in Management, Hospitality Management, Human Resource Management, Esports Management, Finance, International Business, Marketing, or Transportation and Logistics; Entrepreneurship concentration offered at Flagship and Lakeland campuses only; Equine Studies concentration offered at Flagship campus only), Management, Finance, International Business, Marketing, or Transportation and Logistics – (Entrepreneurship, and Equine Studies concentrations at Flagship campus only) BA Business Administration (Spanish) BA Criminal Justice BA Health Services Administration BA Homeland Security BA Legal Studies BA Legal Studies (Law Office Management Concentration) BA Psychology (Concentrations in Human Services, Developmental Psychology, Health Care and Fitness, and Business) BA Public Administration (Specializations in Politics, Communication Studies, and Emergency Management) BS Computer Information Systems BS Cybersecurity BS Health Science BS Imaging Sciences (concentration in Imaging Administration) BS Information Technology Management (Track 1) BS Interdisciplinary Studies BS Interdisciplinary Studies, Pre-DPT Bridge BS Law Enforcement Operations (Concentrations in Law Enforcement, Forensic Investigation, and Courts and Correction) BSN Nursing (Traditional) BSN Nursing (Accelerated) BSN Nursing (RN to BSN) BSN Nursing (FastTrack) Shanghai, China BA Business Administration (Mandarin) (Concentration in Management) BA Business Analytics (Mandarin) AA Business Analytics Tallahassee AA Accounting AA Criminal Justice AA General Studies AA Health Services Administration AA Homeland Security AA Hospitality AA Paralegal Studies AS Baking and Pastry Arts AS Criminal Justice with Law Enforcement concentration AS Culinary Arts AS Exercise and Sport Science AS Information Technology (Concentrations in Networking and Cybersecurity) AS Medical Administrative Billing and Coding AS Medical Assisting AS Nursing AS Occupational Therapy Assistant AS Radiologic Technology BA Accounting BA Business Administration (Concentrations in Management, Hospitality Management, Human Resource Management, Esports Management, Finance, International Business, Marketing, or Transportation and Logistics; Entrepreneurship concentration offered at Flagship and Lakeland campuses only; Equine Studies concentration offered at Flagship campus only) BA Criminal Justice BA Health Services Administration BA Homeland Security BA Legal Studies BA Legal Studies (Law Office Management Concentration) BA Psychology (Concentrations in Human Services, Developmental Psychology, Health Care and Fitness, and Business) BA Public Administration BS Exercise and Sport Science BS Health Science BS Information Technology Management (Track 1) BS Interdisciplinary Studies BSN BSN BSN Nursing (Accelerated) Nursing (FastTrack) Nursing (RN to BSN) Tampa AA Accounting AA Criminal Justice AA General Studies AA Health Services Administration AA Homeland Security AA Paralegal Studies AS Crime Scene Technology AS Exercise and Sport Science AS Information Technology (Concentration in Networking) AS Medical Administrative Billing and Coding AS Medical Assisting AS Nursing AS Occupational Therapy Assistant AS Radiologic Technology BA Accounting BA Business Administration (Concentrations in Management, Hospitality Management, Human Resource Management, Esports Management, Finance, International Business, Marketing, or Transportation and Logistics; Entrepreneurship concentration offered at Flagship and Lakeland campuses only; Equine Studies concentration offered at Flagship campus only) BA Criminal Justice BA Health Services Administration BA Homeland Security BA Legal Studies BA Legal Studies (Law Office Management Concentration) BA Psychology (Concentrations in Human Services, Developmental Psychology, Health Care and Fitness, and Business) BA Public Administration BS Biomedical Sciences (Concentration in Equine Studies at FS campus only) BS Biomedical Sciences (Concentration in Pre-Physician Assistant) BS Cybersecurity BS Exercise and Sport Science BS Forensic Investigations (Concentration in Investigations) BS Forensic Investigations (Concentration in Science) BS Health Science BS Imaging Sciences (Concentrations in Imaging Administration, or Clinical Imaging) BS Information Technology Management (Track 1) BS Interdisciplinary Studies BS Management Information Systems BS Software Engineering BS Sport Management BSN BSN Nursing (RN to BSN) Nursing (Accelerated) BSN Nursing (FastTrack) W. Palm Beach AA Accounting AA Criminal Justice AA General Studies AA Health Services Administration AA Homeland Security AA Paralegal Studies AS Crime Scene Technology AS Exercise and Sport Science AS Information Technology (Concentrations in Networking and Cybersecurity) AS Medical Administrative Billing and Coding (Spanish) (Asociado en Codificación y Facturación Administrativa Médica) AS Medical Assisting AS Nursing AS Occupational Therapy Assistant AS Physical Therapist Assistant AS Radiologic Technology BA Accounting BA Accounting (Spanish) (Licenciatura Bachillerato en Contabilidad) BA Business Administration (Concentrations in Management, Hospitality Management, Human Resource Management, Esports Management, Finance, International Business, Marketing, or Transportation and Logistics; Entrepreneurship concentration offered at Flagship and Lakeland campuses only; Equine Studies concentration offered at Flagship campus only) BA Business Administration (Spanish) (Concentrations in International Business, Management, Marketing, or Finance) BA Criminal Justice BA Health Services Administration BA Health Services Administration (Spanish) BA Homeland Security BA Legal Studies BA Legal Studies (Law Office Management Concentration) BA Psychology (Concentrations in Human Services, Developmental Psychology, Health Care and Fitness, and Business) BS Cybersecurity BS Exercise and Sport Science BS Forensic Investigations (Concentration in Investigations) BS Health Science BS Information Technology Management (Track 1) BS Integrated Marketing Communications BS Interdisciplinary Studies BSN Nursing (Accelerated) BSN Nursing (RN to BSN) BSN Nursing (FastTrack) PROGRAM DESCRIPTIONS BACHELOR OF ARTS DEGREES Accounting Bachelor of Arts Degree (ACBSP Separate Accounting Accredited) Spanish Bachelor of Arts degree in Accounting For program information in Spanish, please refer to the Spanish edition of this catalog. Program Mission The mission of the Keiser University Bachelor of Arts in Accounting degree program is to prepare students for careers as accountants in the public and private sector Program Goal The goal of the Keiser University Bachelor of Arts in Accounting degree program is to provide more advanced knowledge of profession-related concepts and skills needed by accountants in a variety of accounting specialties areas. Program Description Keiser University’s Bachelor of Arts degree in Accounting focuses on accounting, general decision- making, ethics, analytical, and communication skills needed in today’s professional environment. The program provides the unique skills needed in various areas of accounting such as: taxation, auditing, managerial/cost, financial, governmental/not-for-profit and accounting-related data analytics as well as general organizational concepts. The Bachelor of Arts degree in Accounting also uses various business application and accounting related software programs to enhance students’ knowledge. Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals: • Demonstrate knowledge of accounting/tax concepts and standards as they relate to various specialty areas within accounting • Use concepts related to the general professional decision-making environment in accounting situations • Obtain proficiency in the use of business and accounting/tax software applications • Enhance research and communication skills using professional publications • Relate ethical, regulatory, and professional standards to accounting situations Prerequisites for Upper Division Courses ECO1023* Microeconomics 3.0 credit hours ECO2013* Macroeconomics 3.0 credit hours STA2023* Statistics 3.0 credit hours *Courses must be completed with a grade of “C” or higher Technology Requirements This program uses a number of business and accounting related software programs in the courses, including Microsoft Office. Students must have access to a PC with a Windows based operating system, internet connection, and the ability to download software programs and data files. Students also need to be able to listen to student presentations and present material to the class (headset preferred). Program Outline To receive a Bachelor of Arts degree in Accounting, students must complete 120 credit hours as described below. The length of this program is approximately 40 months (this will vary if a student transfers in credits). Lower Division Accounting Major Courses (24.0 credit hours) ACG1001* Accounting Principles I 3.0 credit hours ACG2011* Accounting Principles II 3.0 credit hours ACG2062* Accounting Information for Business Decisions 3.0 credit hours ACG2091* Integrated Accounting 3.0 credit hours BUL1240 Business Law 3.0 credit hours FIN2001 Financial Management 3.0 credit hours MAR1011 Introduction to Marketing 3.0 credit hours TAX2004* Principles of Taxation 3.0 credit hours *Courses must be completed with a grade of “C” or higher Lower Division General Education Courses (36.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) AMH1010 American History Pre 1876 3.0 credit hours AMH1020 American History Since 1876 3.0 credit hours POS1041 Political Science 3.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech Communications 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours Economics (6.0 credit hours) ECO1023* Microeconomics 3.0 credit hours ECO2013* Macroeconomics 3.0 credit hours English (6.0 credit hours) ENC1101* English Composition I 3.0 credit hours ENC2102* English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours CWL1000 Contemporary World Literature 3.0 credit hours Mathematics (6.0 credit hours) MAC2105* College Algebra 3.0 credit hours MGF2106* College Mathematics 3.0 credit hours MGF2107* Applications of Mathematics 3.0 credit hours STA2023* Statistics (required) 3.0 credit hours Natural Science (6.0 credit hours) BSC1005 General Biology 3.0 credit hours BSC1005L General Biology Laboratory 1.0 credit hour BSC1006 Advanced Biology3.0 credit hours BSC1006L Advanced Biology Laboratory 1.0 credit hour BSC1050 Environmental Science 3.0 credit hours NOTE: All lower division major and general education courses should be successfully completed before upper division courses are undertaken. Upper Division Accounting Major Courses (51.0 credit hours) ACG4101* Intermediate Accounting I 3.0 credit hours ACG4111* Intermediate Accounting II 3.0 credit hours ACG4201* Advanced Accounting 3.0 credit hours ACG 4253* International Financial Reporting 3.0 credit hours ACG4342* Advanced Managerial/Cost Accounting 3.0 credit hours ACG4501* Governmental and Institutional Accounting 3.0 credit hours ACG4651* Auditing I 3.0 credit hours ACG4671* Auditing II 3.0 credit hours ACG4842* Data Analysis for Accounting 3.0 credit hours BUL3130 Legal and Ethical Environment of Business 3.0 credit hours ECO4223 Money and Banking 3.0 credit hours FIN3400 Principles of Managerial Finance 3.0 credit hours MAN3025 Introduction to Management and Organizational Behavior 3.0 credit hours MAN4583 Project Management 3.0 credit hours MAN 4602 International Business 3.0 credit hours TAX4001* Income Tax Accounting 3.0 credit hours TAX4011* Corporate, Business, and Trust Tax 3.0 credit hours *Courses must be completed with a grade of “C” or higher Upper Division General Education Courses (9.0 credit hours) CGS3300 Management Information Systems 3.0 credit hours ENC3213 Professional Writing 3.0 credit hours STA3163 Intermediate Statistics 3.0 credit hours Business Administration Bachelor of Arts Degree (ACBSP Accredited) Spanish Bachelor of Arts Degree in Business Administration For program information in Spanish, please refer to the Spanish version of this catalog. Shanghai Bachelor of Arts Degree in Business Administration All courses at this location are taught in Chinese Mandarin. Following are course substitutions applicable to the management concentration offered at this site: • Replace BUL1240 Business Law with CBL1240 Chinese Business Law • Replace heading “English” with “Chinese Language” under Lower Division General Education Courses • Replace ENC1101 English Composition I with CHL1101 Chinese Composition I • Replace ENC2102 English Composition II with CHL2101 Chinese Composition II • Replace ENL1000 English Literature with CNL1000 Chinese Literature • Replace BUL3130 Legal and Ethical Environment of Business with CBL3130 Chinese Legal and Ethical Environment of Business Program Description Keiser University’s Bachelor of Arts degree in Business Administration focuses on a more in-depth study of the functional areas of business, communication skills, ethical business practices and technology skills needed in today’s global business environment. The program offers various concentrations that allow students to specialize in a specific business discipline to enhance their career opportunities within that field, such as: Management, Hospitality Management, Human Resource Management, Esports Management, International Business, Marketing, Finance, or Transportation and Logistics. Concentrations in Entrepreneurship and Equine Studies are offered at the Flagship campus only. The Entrepreneurship concentration is also offered by the Fort Lauderdale eCampus Latin Division. The program includes opportunities for students to apply skills and knowledge learned throughout the program. Accelerated BABA to MBA Track Students enrolled in Keiser University’s accelerated BABA to MBA track take the two graduate-level courses listed below in place of the two corresponding undergraduate-level courses, thus accelerating completion of the MBA degree. The following graduate-level MBA courses • MAN571 Organizational Behavior • MAN551 International Business are taken instead of the following BA in Business Administration courses • MAN3025 Organizational Behavior • MAN4602 International Business Eligibility: Students enrolled in the BABA or related business undergraduate programs may consider the accelerated BABA to MBA track. Prospective students must meet the following admission criteria: • Complete 60 undergraduate credit hours • Have a minimum cumulative 3.0 GPA • Full-time enrollment or intention to study full-time Mission Keiser University’s Bachelor of Arts degree in Business Administration is intended to prepare career-focused students with in-depth knowledge of business principles. Students are offered a well-rounded business education as they learn the key content areas of the functional areas of business, the business environment, and technical, communication, and career advancement skills to prosper in a diverse business environment. Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals: 1. Apply concepts of the functional areas of business, such as marketing, finance, accounting, and management. 2. Analyze the business environment and apply legal and ethical business practices, including diversity and inclusion. 3. Enhance proficiency in the use of technical and quantitative skills to make business decisions. 4. Enhance oral and written communication skills using research and presentation techniques. 5. Demonstrate the integration of specific knowledge and business skills learned from a concentration. Prerequisites for Major Courses None Program Outline To receive a Bachelor of Arts degree in Business Administration, students must complete 120 credit hours as described below. The length of this program is approximately 40 months (this will vary if a student transfers in credits). Lower Division Business Administration Major Courses (24.0 credit hours) ACG1001 Accounting Principles I 3.0 credit hours ACG2011 Accounting Principles II 3.0 credit hours BUL1240 Business Law 3.0 credit hours FIN2001 Financial Management 3.0 credit hours GEB1112 Entrepreneurship 3.0 credit hours MAN1021 Principles of Management 3.0 credit hours MAN2300 Human Resource Management 3.0 credit hours MAR1011 Introduction to Marketing 3.0 credit hours Lower Division General Education Courses (36.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) AMH1010 American History Pre 1876 3.0 credit hours AMH1020 American History Since 1876 3.0 credit hours POS1041 Political Science 3.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech Communications 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours Economics (6.0 credit hours) ECO1023 Microeconomics 3.0 credit hours ECO2013 Macroeconomics 3.0 credit hours English (6.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours CWL1000 Contemporary World Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (6.0 credit hours) MAC2105 College Algebra 3.0 credit hours MGF2106 College Mathematics 3.0 credit hours MGF2107 Applications of Mathematics 3.0 credit hours STA2023 Statistics (required) 3.0 credit hours Natural Science (6.0 credit hours) BSC1005 General Biology 3.0 credit hours BSC1006 Advanced Biology 3.0 credit hours BSC1050 Environmental Science 3.0 credit hours NOTE: All lower division major and general education courses should be successfully completed before upper division courses are undertaken. Upper Division Business Administration Major Courses (33.0 credit hours) ACG3073 Managerial Accounting 3.0 credit hours BUL3130 Legal and Ethical Environment of Business 3.0 credit hours FIN3400 Principles of Managerial Finance 3.0 credit hours ISM3116 Business Intelligence 3.0 credit hours MAN3025 Introduction to Management and Organizational Behavior 3.0 credit hours MAN3326 Industrial/Organizational Psychology 3.0 credit hours MAN 4164 Leadership 3.0 credit hours MAN4583 Project Management 3.0 credit hours MAN4602 International Business 3.0 credit hours MAN4999 Integrated Studies Capstone Course 3.0 credit hours CGS3300 Management Information Systems 3.0 credit hours Upper Division Business Administration Major Courses Management Concentration (18.0 credit hours) MAN3504 Operations Management 3.0 credit hours COM3110 Business and Professional Communication 3.0 credit hours GEB4358 Negotiations and Transactions 3.0 credit hours MAN4113 Managing Diversity 3.0 credit hours MAN4631 Global Strategy and Policy 3.0 credit hours MAR4403 Sales and Sales Management 3.0 credit hours Upper Division Business Administration Major Courses Hospitality Management Concentration (18.0 credit hours) MAR4403 Sales and Sales Management 3.0 credit hours HFT4295 Hospitality Leadership & Strategic Management 3.0 credit hours MNA4306 Training and Development 3.0 credit hours HFT4413 Hospitality Analytics and Revenue Management 3.0 credit hours HFT4944 Externship I 3.0 credit hours HFT4930 Selected Topics/Seminars 3.0 credit hours Upper Division Business Administration Major Courses Human Resource Management Concentration (18.0 credit hours) NOTE: This concentration is not offered in Spanish MAN4113 Managing Diversity 3.0 credit hours MAN4337 Performance Management 3.0 credit hours MNA3324 Recruitment, Selection and Staffing 3.0 credit hours MNA4306 Training and Development 3.0 credit hours MNA4404 Management Law and Employee Relations 3.0 credit hours MNA4405 Labor Relations 3.0 credit hours Upper Division Business Administration Major Courses International Business Concentration (18.0 credit hours) FIN4602 International Finance 3.0 credit hours GEB4357 International Competitiveness 3.0 credit hours GEB4358 Negotiations and Transactions 3.0 credit hours GEB4359 Cultural Environment of International Business 3.0 credit hours GEB4364 International Entrepreneurship 3.0 credit hours MAN4631 Global Strategy and Policy 3.0 credit hours Upper Division Business Administration Major Courses Marketing Concentration (18.0 credit hours) MAR4334 Advertising/Promotion Management 3.0 credit hours MAR4403 Sales and Sales Management 3.0 credit hours MAR4503 Consumer Behavior 3.0 credit hours MAR4721 E-Marketing 3.0 credit hours MAR4804 Marketing Strategy 3.0 credit hours MAR4841 Service Marketing 3.0 credit hours Upper Division Business Administration Major Courses Finance Concentration (18.0 credit hours) FIN4126 Financial Decision-Making and Planning 3.0 credit hours FIN4324 Commercial Bank Management 3.0 credit hours FIN4424 Case Studies in Finance 3.0 credit hours FIN4443 Financial Policy and Strategy 3.0 credit hours FIN4501 Investment 3.0 credit hours FIN4602 International Finance 3.0 credit hours Upper Division Business Administration Major Courses Transportation and Logistics Concentration (18.0 credit hours) TRA3035 Foundations of Transportation 3.0 credit hours TRA3153 Strategic Transportation Management 3.0 credit hours TRA4202 Logistics Systems Management 3.0 credit hours TRA4435 Post and Terminal Operation Management 3.0 credit hours TRA4721 Global Logistics 3.0 credit hours TRA4945 Logistics Practicum 3.0 credit hours Upper Division Business Administration Major Courses Entrepreneurship Concentration (18.0 credit hours) Offered at Flagship campus and Fort Lauderdale eCampus Latin Division only GEB2154 Entrepreneurial Marketing Management, Distribution Channels and Social Media Marketing 3.0 credit hours ENT2112 Business Plan and Business Model Development 3.0 credit hours GEB3155 Social Entrepreneurship 3.0 credit hours GEB4114 New Venture Finance, Risk Analysis, and Strategic Management 3.0 credit hours GEB4364 International Entrepreneurship 3.0 credit hours GEB4157 Early Stage Venture Experiential Capstone, or Entrepreneurship Internship 3.0 credit hours Upper Division Business Administration Major Courses Esports Management Concentration (18.0 credit hours) ESP3001 Introduction to Esports Management 3.0 credit hours ESP3002 Contemporary Issues in Esports 3.0 credit hours ESP3003 Esports Structure and Governance 3.0 credit hours ESP3004 Esports Event Management 3.0 credit hours ESP3005 Esports Performance Management 3.0 credit hours ESP3006 Esports Consumerism 3.0 credit hours Upper Division Business Administration Major Courses Equine Studies Concentration (18.0 credit hours) Offered at Flagship campus only PEM3600 Introduction to Horsemanship 3.0 credit hours AEB3137 Equine Facility Design & Operations 3.0 credit hours ANS3217 Equine Health & Disease Monitoring 3.0 credit hours PEM3650 Advanced Equine Training 3.0 credit hours ANS4950 Equine Internship/Practicum I 3.0 credit hours ANS4951 Equine Internship/Practicum II 3.0 credit hours Upper Division General Education Courses (9.0 credit hours) ENC3213 Professional Writing 3.0 credit hours ENC4313 Research Writing 3.0 credit hours STA3163 Intermediate Statistics 3.0 credit hours Business Administration, Auto Dealership Management Bachelor of Arts Degree Program Description Keiser University’s Bachelor of Arts in Business Administration: Automotive Dealership Management program prepares students with the skills needed to become future industry leaders. The curriculum examines various environmental factors influencing the automotive industry such as technological progress, consumer expectations, government regulation, and personal mobility. Students will be exposed to the unique challenges facing todays automotive and vehicle retail distribution systems and graduates will be equipped with the knowledge, skills, and techniques to thrive in this new environment. Program Mission The Mission of the Automotive Dealership Management Program is to provide a quality overall education experience, which provides students with the skills necessary for success in employment, management, or ownership of today’s complex and changing automotive and vehicle retail distribution systems. Program Objectives The overall objective of the program is to provide the student with the highest level of educational value in order to provide the tools necessary for success in today’s automotive dealership and vehicle retailing environment. Upon completion of this program students are able to: • Comprehend and apply current concepts of automotive dealership and vehicle retail management organizations. • Comprehend, discuss, and apply regulatory and ethical practices. • Enhance research, communication and presentation skills using professional literature. • Demonstrate the integration of knowledge and professional skills. Prerequisites for Major Courses None Program Outline To receive a Bachelor of Arts degree in Business Administration: Automotive Dealership Management, students must complete 124 credit hours as described below. The length of this program is approximately 40 months (this will vary if a student transfers in credits). Lower Division Automotive Major Requirements (7.0 credit hours) GEB1011 Automotive Retail Overview 3.0 credit hours GEB2301 Customer and Employee Retention Strategies 3.0 credit hours GEB2941 Practicum I 1.0 credit hours Lower Division Business Core Courses (24.0 credit hours) ACG1001 Accounting Principles I 3.0 credit hours ACG2011 Accounting Principles II 3.0 credit hours BUL1240 Business Law 3.0 credit hours FIN2001 Financial Management 3.0 credit hours GEB1112 Entrepreneurship 3.0 credit hours MAN1021 Principles of Management 3.0 credit hours MAN2300 Human Resources Management 3.0 credit hours MAR1011 Introduction to Marketing 3.0 credit hours General Education Courses (45.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (9.0 credit hours) AMH1020 American History since 1876 3.0 credit hours POS1012 Political Science 3.0 credit hours PSY1012 Introduction to Psychology (*) 3.0 credit hours SYG1000 Sociology (*) 3.0 credit hours IDS3355 Critical Thinking 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech Communications 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours Economics (6.0 credit hours) ECO1023 Microeconomics 3.0 credit hours ECO2013 Macroeconomics 3.0 credit hours English (6.0 credit hours) ENC1101 English Composition I (*) 3.0 credit hours ENC2102 English Composition II (*) 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature (*) 3.0 credit hours ENL1000 English Literature (*) 3.0 credit hours Mathematics (9.0 credit hours) MAC2105 College Algebra 3.0 credit hours STA2023 Statistics 3.0 credit hours STA3163 Intermediate Statistics 3.0 credit hours Natural Science (6.0 credit hours) BSC1010 General Biology 3.0 credit hours BSC1030 Environmental Science 3.0 credit hours (*) Must be completed with a grade of “C” or higher for Gordon Rule Credit NOTE: All lower division major and general education courses should be successfully completed before upper division courses are undertaken. Upper Division Automotive Major Requirements (21.0 credit hours) GEB3641 Sales Functions of Automotive Retail Distribution Systems 3.0 credit hours GEB3642 Service & Parts Functions of Automotive Retail Distribution Systems 3.0 credit hours GEB3651 Automotive Dealership Sales Strategies & Tactics 3.0 credit hours GEB3073 Automotive Retail Distribution Accounting 3.0 credit hours GEB4452 Legal & Regulatory Issues 3.0 credit hours GEB4402 Automotive Financial Analysis & Business Techniques 3.0 credit hours GEB4935 Capstone Course: Exercising Leadership in Automotive Retail Distribution 3.0 credit hours Upper Division Business Core Courses (15.0 credit hours) MAN3025 Introduction to Management & Organizational Behavior 3.0 credit hours ISM3116 Introduction to Business Intelligence 3.0 credit hours MAN4583 Project Management 3.0 credit hours MAN3504 Operations Management 3.0 credit hours CGS3300 Management Information Systems 3.0 credit hours Upper Division Elective Courses (12.0 credit hours) Track A 3 Elective Courses in General Education or Business 9.0 credit hours GEB3940 Practicum II 3.0 credit hours Track B GEB4940 Internship 12.0 credit hours Business Analytics Bachelor of Arts Degree Program Description Keiser University’s Bachelor of Arts degree in Business Analytics prepares students for a career in Business Analytics, also known as Business Intelligence. The program aims to provide students with knowledge in business and technical competencies to identify valid, novel, useful and understandable patterns in large volume of data. Students will work independently, in groups, and with organizations to turn meaningful data into useful information that will help to uncover strategic business needs, influence business decisions, and set new standards for sound decision making. Program Objectives • Prepare students’ abilities to understand business concepts, terms, and theories. • Prepare students in becoming proficient in the use of computer languages, databases, and other applications of information technology. • Develop students’ understanding of business problems. • Develop students’ analytical skills used in business decisions. • Develop students’ ability to solve problems through the use of critical thinking techniques. • Develop students’ communication skills necessary to meet the needs of business organizations. • Prepare students for a professional work environment as a business analyst. Prerequisites for Upper Division Major Courses Successful completion of MAC2233, STA2023 Program Outline To receive a Bachelor of Arts degree in Business Analytics, students must complete 121 credit hours as described below. The length of this program is approximately 40 months (this will vary if a student transfers in credits). Lower Division Business Analytics Major Courses (24 credit hours) ACG1001 Accounting Principles I 3.0 credit hours ACG2011 Accounting Principles II 3.0 credit hours FIN2001 Financial Management 3.0 credit hours MAN1021 Principles of Management 3.0 credit hours MAR1001 Introduction to Marketing 3.0 credit hours COT1405 Introduction to Algorithms 3.0 credit hours CGS2531 Problem Solving Using Computer Software 3.0 credit hours COP2891 Python Programming 3.0 credit hours Lower Division General Education Courses (40.0 credit hours) Behavioral/Social Science (3.0 credit hours) AMH1010 American History Pre 1876 3.0 credit hours AMH1020 American History Since 1876 3.0 credit hours POS1041 Political Science 3.0 credit hours PSY1012* Introduction to Psychology 3.0 credit hours SYG1000* Sociology 3.0 credit hours Communication (3.0 credit hours) SPC 1017 Speech Communication 3.0 credit hours Computers (3.0 credit hours) CGS 1000 Introduction to Computers 3.0 credit hours Economics (6.0 credit hours) ECO1023 Microeconomics 3.0 credit hours ECO2013 Macroeconomics 3.0 credit hours English (6.0 credit hours) ENC1101* English Composition I 3.0 credit hours ENC2102* English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000* American Literature 3.0 credit hours ENL1000* English Literature 3.0 credit hours Mathematics (10.0 credit hours) STA2023 Statistics (required) 3.0 credit hours MAD2104 Discrete Mathematics and Probability (required) 4.0 credit hours MAC2105 College Algebra 3.0 credit hours MAC2233 Survey of Calculus (China Program) 3.0 credit hours Natural Science (6.0 credit hours) BSC1010 General Biology 3.0 credit hours BSC1011 Advanced Biology 3.0 credit hours CHM2045 Chemistry 3.0 credit hours CHM2046 Advanced Chemistry 3.0 credit hours PHY2053 Physics I 3.0 credit hours PHY2054 Physics II 3.0 credit hours BSC1050 Environmental Science 3.0 credit hours Note: All lower division major and general education courses should be successfully completed before upper division major courses are undertaken. *Must be completed with a “C” or higher for Gordon Rule credit. Upper Division Business Analytics Major Courses (45.0 credit hours) ACG3073 Managerial Accounting 3.0 credit hours CGS3300 Management Information Systems 3.0 credit hours CIS4523 Ethics in Information System 3.0 credit hours ISM4153 Enterprise Information Systems 3.0 credit hours MAN4583 Project Management 3.0 credit hours ISM3232 Advanced Business Application Program 3.0 credit hours PSY3213 Research Methods 3.0 credit hours ISM3116 Introduction to Business Intelligence 3.0 credit hours ISM3230 Introduction to Business Programming 3.0 credit hours ISM4117 Data Mining and Warehousing 3.0 credit hours ISM4212 Database Management Systems 3.0 credit hours ISM4403 Advanced Business Intelligence 3.0 credit hours STA3163 Intermediate Statistics 3.0 credit hours QMB4941 Internship in Business Analytics: Information Systems and Operations Management OR QMB4930 Special Topic/Projects in Operations Analysis OR other disciplinary courses if transferred from SCIFLC as part of the China program 6.0 credit hours (Note: Courses completed in China as part of the BA in Business Analytics program) CHM2045 General Chemistry 3.0 credit hours ACG3037 Managerial Accounting 3.0 credit hours QMB3200 Quantitative Approach to Business 3.0 credit hours MAN3075 Introduction to Management/Organizational Behavior 3.0 credit hours ISM3230 Introduction to Business Programming 3.0 credit hours COM3441 Group Communication and Team Interaction 3.0 credit hours Upper Level General Education Courses (6 credits) COM3441 Group Communication and Team Interaction 3.0 credit hours General Education elective 3.0 credit hours Electives (6 credits, these two courses or any other courses of the student’s choice) COP2843C Web Systems 3.0 credit hours FIN3400 Principles of Managerial Finance 3.0 credit hours Cinematic Arts Bachelor of Arts Degree Program Description Keiser University’s Bachelor of Arts degree in Cinematic Arts provides students with a solid foundation in cinematography, storytelling, and film production; incorporating business principles, as well as more advanced coursework and a strong general education program. An interdisciplinary approach enables students to demonstrate their artistic expertise and application of business knowledge to enhance their career opportunities. Program Objectives To develop students’ abilities to: • Recognize, appreciate and apply cinematic arts skills and concepts as a distinctive field of academic study • Effectively communicate information using appropriate technologies via oral, written, and/or virtual technologies • Understand fundamentals of screenwriting, storytelling, structure, tension and suspense • Understand film history, cinematography, editing and the business of film Prerequisites for Major Courses None Program Outline To receive a Bachelor of Arts degree in Cinematic Arts, students must complete 120 credit hours as described below. The length of this program is approximately 40 months (this will vary if a student transfers in credits). General Education Courses (48.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (6.0 credit hours: one History/Political Science course; one Behavioral Science course) Select one course: AMH1010 American History Pre 1876 3.0 credit hours AMH1020 American History Since 1876 3.0 credit hours POS1041 Political Science 3.0 credit hours Select one course: PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech Communications 3.0 credit hours Computers (3.0 credit hours) CGS1000C* Introduction to Computers 3.0 credit hours Economics (3.0 credit hours) ECO2013 Macroeconomics 3.0 credit hours English (6.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (9.0 credit hours) AML1000 American Literature 3.0 credit hours CWL1000 Contemporary World Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours FIL1006 Film Appreciation (required) 3.0 credit hours Mathematics (6.0 credit hours) MAC2105 College Algebra or 3.0 credit hours MGF2106 College Mathematics 3.0 credit hours STA2023 Statistics (required) 3.0 credit hours Natural Science (6.0 credit hours) BSC1005 General Biology 3.0 credit hours BSC1050 Environmental Science 3.0 credit hours Other Courses (6.0 credit hours) IDS3355 Critical Thinking 3.0 credit hours General Education Elective 3.0 credit hours Cinematic Arts Major Courses (33.0 credit hours) FIL1007 Foundations of Story 3.0 credit hours FIL1008 Film Production I* 3.0 credit hours FIL2030 Film History I 3.0 credit hours FIL2107 Script Analysis I 3.0 credit hours FIL2310 Documentary History 3.0 credit hours FIL2461 Cinematography I 3.0 credit hours FIL2480 Directing I 3.0 credit hours FIL2552 Editing I 3.0 credit hours FIL3103 Literary Adaptation 3.0 credit hours FIL3647 Business of Film I 3.0 credit hours FIL4647 Business of Film II 3.0 credit hours Upper Division Tracks (6.0 credit hours) Production Track FIL4472C Cinematography II 3.0 credit hours FIL4661 Film Production II 3.0 credit hours Post Production Track FIL4566C Editing II 3.0 credit hours FIL4661 Film Production II 3.0 credit hours Writing Track FIL4163C Feature/TV Writing 3.0 credit hours FIL3363 Documentary Production 3.0 credit hours Cinematic Arts Electives (21.0 credit hours) FIL2305 Animation I 3.0 credit hours FIL4472 Cinematography II 3.0 credit hours FIL4486 Directing II 3.0 credit hours FIL4566 Editing II 3.0 credit hours FIL4661 Film Production II 3.0 credit hours FIL2537 Introduction to Sound 3.0 credit hours FIL2538 Advanced Sound for Film 3.0 credit hours FIL3380 World Cinema 3.0 credit hours FIL3826 American Cinema 3.0 credit hours FIL4305 Animation II 3.0 credit hours General Electives (3.0 credit hours) Elective 3.0 credit hours Capstone Courses (9.0 credit hours) FIL4800 Internship/Field Placement 6.0 credit hours FIL4900 Senior Group Thesis Project 3.0 credit hours Criminal Justice Bachelor of Arts Degree Program Description Keiser University’s Bachelor of Arts degree in Criminal Justice provides preparation in many areas of the criminal justice system. Topics include but are not limited to: deviant behavior, protective services, law enforcement and investigation, victimology, private security, corrections and juvenile justice and how components work together and are governed by our laws, the Supreme Court and the U.S. Constitution. This exploration of the American criminal justice system culminates with an emphasis on research, analysis and the future of the system. Accelerated BACJ to MACJ Track Students enrolled in Keiser University’s accelerated BACJ to MACJ track take one graduate-level course listed below in place of one corresponding undergraduate-level course, thus accelerating completion of the MACJ degree. The following graduate-level MACJ course • MACJ501 Seminar in Criminal Justice is taken instead of one of the following upper-division courses: • CCJ3601 Deviant Behavior • CCJ4644 White Collar Crime • CJE4175 Comparative CJ Systems • CJE3140 Private Security • CCJ4661 Terrorism Eligibility: Students enrolled in the BACJ program may consider the accelerated BACJ to MACJ track. Prospective students must meet the following admission criteria: • Complete 60 undergraduate credit hours • Have a minimum cumulative 3.2 GPA • Full-time enrollment or intention to study full-time Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals: • To understand the history of the criminal justice system, to include: its evolution and its impact on society. • To develop students’ ability to understand the tools and procedures used by criminal justice professionals. • To develop students’ ability to think critically and communicate effectively, both verbally and in writing • To facilitate the development of students’ proficiency in researching, collecting and organizing complex data, solving problems and working collaboratively. • To prepare students for employment and advancement in criminal justice related fields Prerequisites for Major Courses Successful completion of ENC 4313 prior to student entering CJE 4710 Integrated Criminal Justice Capstone Project Program Outline To receive a Bachelor of Arts degree in Criminal Justice, students must complete 120 credit hours as described below. The length of this program is approximately 40 months (this will vary if a student transfers in credits). Lower Division Criminal Justice Major Courses (24.0 credit hours) CCJ1010 Criminology 3.0 credit hours CCJ1020 Introduction to Criminal Justice 3.0 credit hours CJC2000 Introduction to Corrections 3.0 credit hours CJE1000 Introduction to Law Enforcement 3.0 credit hours CJE1130 Communications and Writing for CJ Professionals 3.0 credit hours CJE2600 Criminal Investigations 3.0 credit hours CJJ2001 Introduction to Juvenile Procedures 3.0 credit hours CJL2100 Criminal Law 3.0 credit hours Lower Division General Education Courses (36.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (6.0 credit hours) AMH1010 American History Pre 1876 3.0 credit hours AMH1020 American History Since 1876 3.0 credit hours POS1041 Political Science 3.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech Communications 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours Economics (3.0 credit hours) ECO1023 Microeconomics 3.0 credit hours ECO2013 Macroeconomics 3.0 credit hours English (6.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours CWL1000 Contemporary World Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (6.0 credit hours) MAC2105 College Algebra 3.0 credit hours MGF2106 College Mathematics 3.0 credit hours MGF2107 Applications of Mathematics 3.0 credit hours STA2023 Statistics (required) 3.0 credit hours Natural Science (6.0 credit hours) BSC1005 General Biology 3.0 credit hours BSC1005L General Biology Laboratory 1.0 credit hour BSC1050 Environmental Science 3.0 credit hours BSC1006 Advanced Biology 3.0 credit hours BSC1006L Advanced Biology Laboratory 1.0 credit hour CHM1045 General Chemistry 3.0 credit hours CHM1045L General Chemistry Laboratory 1.0 credit hour CHM1046 Advanced Chemistry 3.0 credit hours CHM1046L Advanced Chemistry Laboratory 3.0 credit hours NOTE: All lower division major and general education courses should be successfully completed before upper division courses are undertaken. Criminal Justice Upper Division Major Courses-Required (15.0 credit hours) CCJ4450 Criminal Justice Management 3.0 credit hours CCJ4489 Ethics in Criminal Justice 3.0 credit hours CJL3231 Constitutional Criminal Procedures 3.0 credit hours CJL4133 Criminal Evidence and Procedures 3.0 credit hours CJE4710* ** Integrated Criminal Justice Capstone Project 3.0 credit hours Criminal Justice Upper Division Major Courses-Additional (select 21.0 credit hours) CCJ3601 Deviant Behavior 3.0 credit hours CCJ3666 Victimology 3.0 credit hours CCJ 4032 Crime and the Media 3.0 credit hours CCJ4641 Organized Crime 3.0 credit hours CCJ4644 White-Collar and Economic Crime 3.0 credit hours CCJ4651 Drug Control 3.0 credit hours CCJ4661 Terrorism 3.0 credit hours CCJ4693 Human Exploitation 3.0 credit hours CJE3140 Private Security 3.0 credit hours CJE4175 Comparative Criminal Justice Systems 3.0 credit hours CJE 4275 Protective Services 3.0 credit hours CJE4688 Cyber Crimes 3.0 credit hours CCJ4990 Criminal Justice Internship I 3.0 credit hours CCJ4991 Criminal Justice Internship II 3.0 credit hours *must be taken in the student’s last semester ** Successful completion of ENC 4313 Research Writing before a student can be enrolled. Upper Division General Education Courses (9.0 credit hours) ENC 4313 Research Writing 3.0 credit hours COM 3131 Interpersonal Communication 3.0 credit hours SYD4410 Sociology of the Urban Community 3.0 credit hours Upper Division Electives Courses (15.0 credit hours) Criminal Justice (Forensics Concentration) Bachelor of Arts Degree This program is offered at the Flagship campus only. Program Description Keiser University’s Bachelor of Arts degree in Criminal Justice provides preparation in many areas of the criminal justice system. Topics include but are not limited to: deviant behavior, protective services, law enforcement and investigation, victimology, private security, corrections and juvenile justice and how components work together and are governed by our laws, the Supreme Court and the U.S. Constitution. This exploration of the American criminal justice system culminates with an emphasis on research, analysis and the future of the system. Students may elect a Forensics concentration which provides additional coursework in forensic science applications and investigations, as well as crime scene procedures. Accelerated BACJ – Forensics Concentration to MACJ Track Students enrolled in Keiser University’s accelerated BACJ – Forensics Concentration to MACJ track take one graduate-level course listed below in place of one corresponding undergraduate-level course, thus accelerating completion of the MACJ degree. The following graduate-level MACJ course • MACJ501 Seminar in Criminal Justice is taken instead of one of the following upper-division elective courses • CCJ3601 Deviant Behavior • CCJ4644 White Collar Crime • CJE4175 Comparative CJ Systems • CJE3140 Private Security • CCJ4661 Terrorism Eligibility: Students enrolled in the BACJ – Forensics Concentration program may consider the accelerated BACJ – Forensics Concentration to MACJ track. Prospective students must meet the following admission criteria: • Complete 60 undergraduate credit hours • Have a minimum cumulative 3.2 GPA • Full-time enrollment or intention to study full-time Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals: • Understand the history of the criminal justice system, to include its evolution and impact on society. • Develop students’ ability to understand the tools and procedures used by criminal justice professionals. • Develop students’ ability to think critically and communicate effectively, both verbally and in writing • Facilitate the development of students’ proficiency in researching, collecting and organizing complex data, solving problems and working collaboratively. • Prepare students for employment and advancement in criminal justice related fields • To provide students with the knowledge and critical thinking skills applicable to the field of financial fraud detection and examination. • To provide students with the skills to properly communicate their evaluation of evidence gathered during their investigation of various financial crimes to law enforcement agencies and in court proceedings. • To provide students with credits towards the opportunity to sit for the examination for the status of Certified Fraud Examiner (CFE). The examination is given by the Association of Certified Fraud Examiner. • ACG1001 is a prerequisite for ACG2011 • ACG2011 is a prerequisite for FIN2001 • ACG4101 is a prerequisite for ACG4111 • ACG4111 is a prerequisite for ACG4342 & ACG4651 • ACG4651 is a prerequisite for ACG4671 • ACG4671 is a prerequisite for ACG4401 & ACG4682 Prerequisites for Major Courses Successful completion of ENC 4313 prior to student entering CJE 4710 Integrated Criminal Justice Capstone Project Program Outline To receive a Bachelor of Arts degree in Criminal Justice, students must complete 121 credit hours, or 123 credit hours if taking the Forensics concentration, as described below. The length of this program is approximately 39 months, or 38 months with the Forensics concentration (this will vary if a student transfers in credits). Lower Division Criminal Justice Major Courses (21.0 credit hours) CCJ1010 Criminology 3.0 credit hours CCJ1020 Introduction to Criminal Justice 3.0 credit hours CJC2000 Introduction to Corrections 3.0 credit hours CJE1130 Communications and Writing for CJ Professionals 3.0 credit hours CJE2600 Criminal Investigations 3.0 credit hours CJJ2001 Introduction to Juvenile Procedures 3.0 credit hours CJL2100 Criminal Law 3.0 credit hours Lower Division General Education Courses (46.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral Sciences/Social Sciences (6.0 credit hours) SYG1000 Sociology 3.0 credit hours PYS1012 Psychology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech Communications 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours Economics (3.0 credit hours) ECO1023 Microeconomics 3.0 credit hours ECO2013 Macroeconomics 3.0 credit hours English (6.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) Any Humanities/Fine Arts course offered by KU 3.0 credit hours Mathematics (6.0 credit hours) MAC2105 College Algebra 3.0 credit hours MGF2106 College Mathematics 3.0 credit hours STA2023 Statistics (required) 3.0 credit hours Natural Science (16.0 credit hours) BSC2010 Biology I 3.0 credit hours BSC2010L Biology I Laboratory 1.0 credit hour MEA2235 Anatomy and Physiology with Terminology and Disease Process 4.0 credit hours CHM2045 General Chemistry 3.0 credit hours CHM2045L General Chemistry Laboratory 1.0 credit hour CHM2046 Advanced Chemistry 3.0 credit hours CHM2046L Advanced Chemistry Laboratory 1.0 credit hour NOTE: All lower division major and general education courses should be successfully completed before upper division courses are undertaken. Major Course Requirements (30.0 credit hours) Select at least 30 credit hours from below: CCJ3601 Deviant Behavior 3.0 credit hours CCJ4032 Crime and the Media 3.0 credit hours CCJ4489 Ethics in Criminal Justice 3.0 credit hours CCJ4451 Drug Control 3.0 credit hours CCJ4661 Terrorism 3.0 credit hours CCJ 4693 Human Exploitation 3.0 credit hours CJE4688 Cyber Crimes 3.0 credit hours CJE4710 Integrated CJ Capstone Project 3.0 credit hours CJL3231 Constitutional Criminal Proceedings 3.0 credit hours CJE4133 Criminal Evidence & Procedures 3.0 credit hours CCJ4990 Criminal Justice Internship I 3.0 credit hours CCJ4991 Criminal Justice Internship II 3.0 credit hours Added Major Courses if not taking Forensics Concentration (18 credit hours) Select at least 18 credit hours from below: CJE1000 Introduction to Law Enforcement 3.0 credit hours CCJ3666 Victimology 3.0 credit hours CCJ4450 Criminal Justice Management 3.0 credit hours CJE3140 Private Security 3.0 credit hours CJE4175 Comparative CJ Systems 3.0 credit hours CJE4275 Protective Services 3.0 credit hours CCJ4641 Organized Crime 3.0 credit hours CCJ4644 White Collar & Economic Crime 3.0 credit hours Concentration Program Description The Forensics concentration courses include, Forensic Photography, Introduction to Forensic Science Technology, Fingerprint Identification and Development, and Criminalistics I and II. The forensic science and criminalistics focus introduce students to methods used to identify, develop, and preserve forensic evidence. This concentration will provide Criminal Justice students with a unique skillset, expose students to the field of forensics, and springboard them towards furthering their masters-level educations in criminal justice, psychology, accounting, engineering, and many other disciplines. Forensics Concentration Courses (20.0 credit hours) CJB1712C Forensic Photography 4.0 credit hours CJE1650C Intro to Forensic Science Technology 4.0 credit hours CJT2240C Fingerprint ID & Development 4.0 credit hours CJF3140C Criminalistics I 4.0 credit hours CJF3141C Criminalistics II 4.0 credit hours Upper Division General Education Courses (6.0 credit hours) ENC4313 Research Writing 3.0 credit hours CCJ3131 Interpersonal Communications 3.0 credit hours Financial Crime Investigation Bachelor of Arts Degree Program Description Keiser University’s Bachelor of Arts degree in Financial Crime Investigation (FCI) provides students with competencies in the areas of computer information analysis, criminal justice, and accounting. The program provides students with the necessary skills to investigate financial criminal activity through the analysis of financial records, proper collection and documentation of information, and interpretation of the evidentiary value of the information gathered. Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals: Prerequisites for Major Courses Program Outline To receive a Bachelor of Arts degree in Financial Crime Investigation, students must complete 120 credit hours as described below. The length of this program is approximately 40 months (this will vary if a student transfers in credits). Lower Division Financial Crime Investigations Major Courses (24.0 credit hours) ACG1001 Accounting Principles I 3.0 credit hours ACG2011 Accounting Principles II 3.0 credit hours BUL1240 Business Law 3.0 credit hours CET1171C Service/Support PC Systems I 3.0 credit hours CET1172C Service/Support PC Systems II 3.0 credit hours CJE1130 Communication and Writing for Criminal Justice Professionals 3.0 credit hours CJE2600 Criminal Investigations 3.0 credit hours FIN2001 Financial Management 3.0 credit hours Lower Division General Education Courses (36.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) AMH1010 American History Pre 1877 3.0 credit hours AMH1020 American History Post 1876 3.0 credit hours POS1041 Political Science 3.0 credit hours PSY1012* Introduction to Psychology 3.0 credit hours SYG1000* Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours Economics (6 credit hours ECO1023 Microeconomics 3.0 credit hours ECO2013 Macroeconomics 3.0 credit hours English (6 credit hours) ENC1101* English Composition I 3.0 credit hours ENC2102* English Composition II 3.0 credit hours Humanities/Fine Arts (3 credit hours) AML1000* American Literature 3.0 credit hours ENL1000* English Literature 3.0 credit hours Mathematics (6 credit hours) MAC2105 College Algebra 3.0 credit hours MGF2106 College Mathematics 3.0 credit hours MGF2107 Applications of Mathematics 3.0 credit hours STA2023 Statistics (required) 3.0 credit hours Natural Science (6 credit hours) BSC1010 General Biology 3.0 credit hours BSC1010L General Biology Laboratory 3.0 credit hours BSC1011 Advanced Biology 3.0 credit hours BSC1011L Advanced Biology Laboratory 3.0 credit hours BSC1050 Environmental Science 3.0 credit hours NOTE: All lower division major and general education courses should be successfully completed before upper division courses are undertaken. *Must be completed with a grade of “C” or higher for Gordon Rule credit. Upper Division Financial Crime Investigations Courses (45 credit hours) ACG4101 Intermediate Accounting I 3.0 credit hours ACG4111 Intermediate Accounting II 3.0 credit hours ACG4342 Advanced Managerial Accounting 3.0 credit hours ACG4401 Accounting Information Systems 3.0 credit hours ACG4651 Auditing I 3.0 credit hours ACG4671 Auditing II 3.0 credit hours ACG4682 Fraud Examination 3.0 credit hours BUL3130 Legal and Ethical Environments of Business 3.0 credit hours CCJ4641 Organized Crime 3.0 credit hours CCJ4644 White-Collar and Economic Crime 3.0 credit hours CFI4475 Network Forensics 3.0 credit hours CFI4477 Computer System Forensic Analysis 3.0 credit hours CJE4688 Cyber Crimes 3.0 credit hours CJL4133 Criminal Evidence and Procedures 3.0 credit hours ISM4212 Database Management 3.0 credit hours Upper Division General Education Courses (15 credit hours) CGS3300 Management Information Systems 3.0 credit hours ECO4223 Money and Banking 3.0 credit hours ENC3213 Professional Writing 3.0 credit hours STA3163 Intermediate Statistics 3.0 credit hours Elective Elective 3.0 credit hours Health Services Administration Bachelor of Arts Degree Program Description Keiser University’s Bachelor of Arts degree in Health Services Administration provides a basic understanding of health services administration and of the unique skills needed by a health service administrator. Topics include theoretical and practical skills-building coursework in both the public and private sectors including topics such as healthcare leadership, healthcare marketing, healthcare public policy, ethical and legal considerations in healthcare, healthcare finance and research methods. Spanish Bachelor of Arts degree in Health Services Administration For program information in Spanish, please refer to the Spanish edition of this catalog. Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals: To provide students with a comprehensive foundation in healthcare administrative theory and practice pertinent to a successful career in healthcare management To develop a student’s ability to apply critical thinking, problem solving and professional communication skills To prepare students to work within various healthcare settings while applying ethical management principles and upholding industry standards To give students a thorough understanding of the measurement of health and disease in our population, the roles of various types of health professions in the delivery of services across the continuum of care and the importance of prevention in the cost of service provision. Prerequisites for Major Courses None Program Outline To receive a Bachelor of Arts degree in Health Services Administration, students must complete 120 credit hours as described below. The length of this program is approximately 40 months (this will vary if a student transfers in credits). Lower Division Health Services Administration Major Courses (24.0 credit hours) APA2265 Accounting for Healthcare 3.0 credit hours HSA1117 Principles of Health Service Administration 3.0 credit hours HSA1192C Healthcare Computer Applications 3.0 credit hours HSA1253 Medical Office Administration and Billing 3.0 credit hours HSA2250 CPT Coding for Health Service Administration 3.0 credit hours HSC1531 Healthcare Medical Terminology 3.0 credit hours MAN1021 Principles of Management 3.0 credit hours MAN2300 Human Resource Management 3.0 credit hours Lower Division General Education Courses (36.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) AMH1010 American History Pre 1876 3.0 credit hours AMH1020 American History Since 1876 3.0 credit hours POS1041 Political Science 3.0 credit hours PSY1012* Introduction to Psychology (required) 3.0 credit hours SYG1000* Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours Economics (6.0 credit hours) ECO1023 Microeconomics 3.0 credit hours ECO2013 Macroeconomics 3.0 credit hours English ENC1101* ENC2102* English Composition I English Composition II 3.0 credit hours 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000* American 3.0 Mathematics (6.0 credit hours) MAC2105 College 3.0 MGF2106 College Mathematics 3.0 credit hours MGF2107 Applications of Mathematics 3.0 credit hours STA2023 Statistics 3.0 credit hours Natural Science (6.0 credit hours) BSC1005 General 3.0 BSC1005L General Biology Laboratory 1.0 credit hour BSC1006 Advanced Biology 3.0 credit hours BSC1006L Advanced Biology Laboratory 1.0 credit hour BSC1050 Environmental Science 3.0 credit hours NOTE: All lower division major and general education courses should be successfully completed before upper division courses are undertaken. *Must be completed with a grade of “C” or higher for Gordon Rule credit Upper Division Health Services Administration Major Courses (51.0 credit hours) FIN3373 Healthcare Finance 3.0 credit hours HSC3010 Healthcare to Settings Analysis 3.0 credit hours HSA3150 Public Policy in Healthcare 3.0 credit hours HSA3551 Ethics in Healthcare 3.0 credit hours HSA4011 Public Health Management 3.0 credit hours HSA4185 Leadership in Health Organizations 3.0 credit hours HSC3057 Research Methods in Healthcare 3.0 credit hours HSA4222 Long-Term Managed Care Systems 3.0 credit hours HSA4190 Information and Communication Technology for Health Professionals 3.0 credit hours HSA4502 Risk Management in Healthcare 3.0 credit hours HSA4938 Health Service Administration Capstone Project 3.0 credit hours HSC3661 Issues in Healthcare Communication 3.0 credit hours MAN3025 Introduction to Management and Organizational Behavior 3.0 credit hours MAR3712 Healthcare Marketing 3.0 credit hours MNA4404 Management Law and Employee Relations 3.0 credit hours MNA4405 Labor Relations 3.0 credit hours PLA3523 Health Law and Ethics 3.0 credit hours Upper Division General Education Courses (9.0 credit hours) COM3131 Interpersonal Communication 3.0 credit hours ENC4313 Research Writing 3.0 credit hours STA3163 Intermediate Statistics 3.0 credit hours Homeland Security Bachelor of Arts Degree Online Program Description Keiser University’s Bachelor of Arts degree in Homeland Security focuses on management-level skills needed in the field of Homeland Security. The program provides an understanding of essential management skills and addresses unique proficiencies needed to understand Homeland Security at local, state and federal levels. Accelerated BAHS to MAHS Track Students enrolled in Keiser University’s accelerated BAHS to MAHS track take one graduate-level course listed below in place of one corresponding undergraduate-level course, thus accelerating completion of the MAHS degree. The following graduate-level MAHS course • MACJ501 Seminar in Criminal Justice is taken instead of one of the following upper-division courses • DCS3037 Recognition and Investigation of Terrorism • DSC3211 Emergency Planning and Security Measures II • DSC4031 Tactical Communications Eligibility: Students enrolled in the BAHS program may consider the accelerated BAHS to MAHS track. Prospective students must meet the following admission criteria: • Complete 60 undergraduate credit hours • Have a minimum cumulative 3.2 GPA • Full-time enrollment or intention to study full-time Program Objectives The following objectives are designed to meet Keiser University’s mission and its objectives: Students are able to apply generally accepted management principles for use in forming emergency plans for multiple agencies Students are able to prepare for, recognize, investigate and respond to terrorism Students develop an understanding of issues currently threatening society and how to respond to such threats. Prerequisites for Major Courses None Program Outline To receive a Bachelor of Arts degree in Homeland Security, students must complete 120 credit hours as described below. The length of this program is approximately 40 months (this will vary if a student transfers in credits). Lower Division Homeland Security Major Courses (24.0 credit hours) CCJ1020 Introduction to Criminal Justice 3.0 credit hours CJT2180 Constitutional Law for the H.S. Professional 3.0 credit hours DSC1006 Introduction to Homeland Security 3.0 credit hours DSC1011 Domestic and International Terrorism 3.0 credit hours DSC1570 Introduction to Cyber-Terrorism 3.0 credit hours DSC2033 Bio-Terrorism: Hazardous Materials and Weapons of Mass Destruction 3.0 credit hours DSC2036 Organizing the War on Terrorism 3.0 credit hours DSC2210 Emergency Planning and Security Measures I 3.0 credit hours Lower Division General Education Courses (36 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (6.0 credit hours) AMH1010 American History Pre 1876 3.0 credit hours AMH1020 American History Since 1876 3.0 credit hours POS1041 Political Science 3.0 credit hours PSY1012* Introduction to Psychology 3.0 credit hours SYG1000* Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours Economics (3.0 credit hours) ECO1023 Microeconomics 3.0 credit hours ECO2013 Macroeconomics 3.0 credit hours English (6.0 credit hours) ENC1101* English Composition I 3.0 credit hours ENC2102* English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000* American Literature 3.0 credit hours ENL1000* English Literature 3.0 credit hours CWL1000* Contemporary World Literature 3.0 credit hours Mathematics (6.0 credit hours) MAC2105 College Algebra 3.0 credit hours MGF2106 College Mathematics 3.0 credit hours MGF2107 Applications of Mathematics 3.0 credit hours STA2023 Statistics (required) 3.0 credit hours Natural Science (6.0 credit hours) BSC1005 General Biology 3.0 credit hours BSC1005L General Biology Laboratory 1.0 credit hour BSC1006 Advanced Biology 3.0 credit hours BSC1006L Advanced Biology Laboratory 1.0 credit hour BSC1050 Environmental Science 3.0 credit hours *Must be completed with a grade of “C” or higher for Gordon Rule credit Upper Division Homeland Security Major Courses (42.0 credit hours) CCJ4450 Criminal Justice Management 3.0 credit hours CCJ4661 Terrorism 3.0 credit hours DSC3034 Preparation and Response for Terrorism 3.0 credit hours DSC3037 Recognition and Investigation of Terrorism 3.0 credit hours DSC3056 Issues in Disaster Response 3.0 credit hours DSC3211 Emergency Planning and Security Measures II 3.0 credit hours DSC3751 Homeland Security Policy and Law 3.0 credit hours DSC4031 Tactical Communications 3.0 credit hours DSC4214 Catastrophic Event Response Planning 3.0 credit hours DSC4554 Critical Infrastructure Protection 3.0 credit hours DSC4564 Homeland Security Threat Strategy 3.0 credit hours DSC4930 Current Topics in Public Safety/Capstone 3.0 credit hours MAN3025 Introduction to Management and Organizational Behavior 3.0 credit hours MAN3611 Cross-Cultural Management 3.0 credit hours Upper Division General Education Courses (18 credit hours) ENC3213 Professional Writing 3.0 credit hours IDS3355 Critical Thinking 3.0 credit hours INP3004 Industrial Psychology 3.0 credit hours INP3224 Workforce Diversity 3.0 credit hours STA3163 Intermediate Statistics 3.0 credit hours SYD4410 Sociology of the Urban Community 3.0 credit hours Legal Studies Bachelor of Arts Degree Optional Law Office Management Concentration Program Description Students enrolled in the Bachelor of Arts degree in Legal Studies can opt between the traditional Bachelor of Arts degree program and the Bachelor of Arts degree program with a Law Office Management Concentration. Keiser University’s traditional Bachelor of Arts degree in Legal Studies trains students for careers in law and law-related fields (business, government and criminal justice) and also prepares students to pursue a law degree. Students learn the necessary information and skills for successful integration into a law office atmosphere. They also learn the ways in which the law impacts most professional fields. The program permits students to take up to six elective courses, three of which must come from the Legal Studies curriculum, and may also provide students with the opportunity for an internship. Keiser University’s Bachelor of Arts degree in Legal Studies with a Law Office Management concentration trains students for both traditional paralegal positions and law office manager positions. As law office managers, graduates will help oversee the day-to-day operations and management of a law firm. Students will take the majority of their courses from the Legal Studies curriculum and five courses from the Business and Accounting departments, covering topics such as accounting principles and employee relations. Program Objectives The following objectives are designed to meet Keiser University’s mission and goals: • Students will develop legal research skills • Students will develop legal drafting skills • Students will be able to analyze substantive law • Students will understand civil and criminal procedure • Students will be able to advance litigation case files using law office technology • Students will recognize legal ethical dilemmas Prerequisites for Major Courses • PLA 1103 is a prerequisite for PLA 3107 • PLA 2203 is a prerequisite for PLA 4307 • PLA 2272 is a prerequisite for PLA 4703 • PLA 1103, PLA 1423 and PLA 2203 are prerequisites for PLA 3155 Program Outline To receive a Bachelor of Arts degree in Legal Studies, students must complete 120 credit hours as described below. The length of this program is approximately 40 months (this will vary if a student transfers in credits). Lower Division Legal Studies Major Courses (24.0 credit hours) PLA1103 Legal Research and Writing I 3.0 credit hours PLA1304 Criminal Law 3.0 credit hours PLA1423 Contracts 3.0 credit hours PLA1600 Wills, Trusts and Estates 3.0 credit hours PLA2203 Civil Litigation 3.0 credit hours PLA2272 Torts 3.0 credit hours PLA2610 Real Property 3.0 credit hours PLA2800 Family Law 3.0 credit hours Lower Division General Education Courses (36.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (6.0 credit hours) AMH1010 American History Pre 1876 3.0 credit hours AMH1020 American History Since 1876 3.0 credit hours POS1041 Political Science (required) 3.0 credit hours PSY1012* Introduction to Psychology 3.0 credit hours SYG1000* Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech Communications 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours Economics (3.0 credit hours) ECO1023 Microeconomics 3.0 credit hours ECO2013 Macroeconomics 3.0 credit hours English (6.0 credit hours) ENC1101* English Composition I 3.0 credit hours ENC2102* English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000* American Literature 3.0 credit hours CWL1000* Contemporary World Literature 3.0 credit hours ENL1000* English Literature 3.0 credit hours Mathematics (6.0 credit hours) MAC2105 College Algebra 3.0 credit hours MGF2106 College Mathematics 3.0 credit hours STA2023 Statistics 3.0 credit hours Natural Science (6.0 credit hours) BSC1005 General Biology 3.0 credit hours BSC1005L General Biology Laboratory 1.0 credit hour BSC1006 Advanced Biology 3.0 credit hours BSC1006L Advanced Biology Laboratory 1.0 credit hour BSC1050 Environmental Science 3.0 credit hours NOTE: All lower division major and general education courses should be successfully completed before upper division courses are undertaken. Courses marked with an “E” are electives. *Must be completed with a grade of “C” or higher for Gordon Rule credit Upper Division Legal Studies Major Courses (48.0 credit hours) PLA3107 Legal Research and Writing II 3.0 credit hours PLA3155 Legal Drafting (E) 3.0 credit hours PLA3308 Criminal Procedure 3.0 credit hours PLA3433 Business Organizations 3.0 credit hours PLA3663 Income Tax*(E) 3.0 credit hours PLA3700 Ethics 3.0 credit hours PLA3705 Worker’s Compensation (E) 3.0 credit hours PLA4084 Legal Interviewing and Investigation 3.0 credit hours PLA4240 Alternative Dispute Resolution (E) 3.0 credit hours PLA4263 Evidence* 3.0 credit hours PLA4307 Advanced Civil Litigation* 3.0 credit hours PLA4703 Advanced Torts* 3.0 credit hours PLA4733 Law Office Technology 3.0 credit hours PLA4844 Immigration Law (E) 3.0 credit hours PLA4880 Constitutional Law (E) 3.0 credit hours PLA4950 Legal Studies Capstone Project 3.0 credit hours PLA4940 Legal Studies Internship I (E) 3.0 credit hours PLA4941 Legal Studies Internship II (E) 3.0 credit hours Internship electives are available only at participating ground campuses *Students enrolled in the Law Office Management Concentration will take the following five (5) courses in lieu of PLA3705, PLA3663, PLA4263, PLA4307 and PLA4703: ACG3024 Accounting for Non-Financial Majors 3.0 credit hours MAN3025 Introduction to Management and Organizational Behavior 3.0 credit hours MAN4164 Leadership 3.0 credit hours MNA3324 Recruitment, Selection and Staffing 3.0 credit hours MNA4404 Management Law and Employee Relations 3.0 credit hours Upper Division General Education Courses (12.0 credit hours) CGS3300 Management Information Systems 3.0 credit hours ENC3213 Professional Writing 3.0 credit hours INP3224 Workforce Diversity 3.0 credit hours IDS3355 Critical Thinking 3.0 credit hours Political Science Bachelor of Arts Degree Program Description The Bachelor of Arts degree in Political Science explores government policy, processes, political campaigning, political theory, legal studies, and international relations. The degree has a strong liberal arts and research focus designed to prepare students for graduate level training in a variety of disciplines along with entry-level work in a host of disparate fields. This is a broad-spectrum program that introduces students to the general study of the field of political science, and is suited for students with an interest in public policy, foreign affairs, issues in immigration and the environment as well as those seeking an academic foundation for work in political campaigns. Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals: • Explain the functions of government in American society • Explain the differences between various government and economic systems Explain various political theories • Apply a framework for understanding the political, economic, social, historical, and philosophical underpinnings of various political theories • Analyze the role of US foreign policy in the world today • Understand the stressors that population, natural resources, and environmental issues have on political frameworks • Understand the role of public opinion on political behavior Analyze the role of mass media in the political system • Analyze regional tensions and regional powers in order to explain their significance to global relations. • Develop an understanding of APA format and writing in the field of political science. Prerequisites for Major Courses Completion of all lower level courses with a C or better. The following lower division courses, if not taken as part of an associate’s program, must be successfully completed before beginning upper division major courses (Course equivalency is established by the dean of academic affairs from official transcripts received from other accredited institutions): BSC1050 Environmental Science 3.0 credit hours CPO2002 Introduction to Comparative Government and Politics 3.0 credit hours ECO2013 Macroeconomics 3.0 credit hours ENC2102 English Composition II 3.0 credit hours INR2001 International Relations 3.0 credit hours MAC2105 College Algebra or 3.0 credit hours MGF2106 College Mathematics or 3.0 credit hours MGF2107 Applications of Mathematics 3.0 credit hours POS1041 Political Science 3.0 credit hours POT1003 Intro to Political Theory 3.0 credit hours STA2023 Statistics 3.0 credit hours Program Outline To receive a Bachelor of Arts degree in Political Science, students must complete 120 credit hours as described below. The length of this program is approximately 40 months (this will vary if a student transfers in credits). NOTE: All lower division major and general education courses must be successfully completed before upper division courses are undertaken. POS1041 is a prerequisite for ALL courses in the major, both lower division and upper division. Lower Division Political Science Major Courses (24.0 credit hours) POS1041 Political Science 3.0 credit hours CPO2002 Introduction to Comparative Government and Politics 3.0 credit hours INR2001 International Relations 3.0 credit hours POT1003 Intro to Political Theory 3.0 credit hours PLA1304 Criminal Law 3.0 credit hours CPO2030 Politics of the Developing World 3.0 credit hours INR2109 US Latin American Relations 3.0 credit hours DSC1011 Domestic and International Terrorism 3.0 credit hours Lower Division General Education Courses (36.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (6.0 credit hours) AMH1010 American History Pre 1876 (required) 3.0 credit hours AMH1020 American History Since 1876 (required) 3.0 credit hours Communications (3.0 credit hours) SPC1010 Speech 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours Economics (3.0 credit hours) ECO2013 Macroeconomics (required) 3.0 credit hours English (6.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours CWL1000 Contemporary World Literature 3.0 credit hours Mathematics (6.0 credit hours) MAC2105 College Algebra 3.0 credit hours MGF2106 College Math 3.0 credit hours MGF2107 Applications of Mathematics 3.0 credit hours STA2023 Statistics (required) 3.0 credit hours Natural Science (6.0 credit hours) BSC1005 General Biology 3.0 credit hours BSC1050 Environmental Science (required) 3.0 credit hours NOTE: All lower division major and general education courses must be successfully completed with a minimum of a C before upper division courses are undertaken. Upper Division Political Science Major Courses (48.0 credit hours) POS3063 Intergovernmental Relations 3.0 credit hours POS3235 Mass Media and Politics 3.0 credit hours POS3413 The American Presidency 3.0 credit hours POS3205 Voting Behavior and Public Opinion 3.0 credit hours POS3274 The Campaign Process 3.0 credit hours POT3632 Religion and Politics 3.0 credit hours PAD3034 Intro to Public Policy 3.0 credit hours POT3044 Great Political Thinkers 3.0 credit hours INR3274 Middle East Foreign Policy 3.0 credit hours POS4035 Environmental Politics 3.0 credit hours PAD4204 Public Finance 3.0 credit hours ECO4701 The World Economy 3.0 credit hours POS4142 Urban Government Social Policy 3.0 credit hours PLA4880 American Constitutional Law 3.0 credit hours PLA4844 Immigration Law 3.0 credit hours PUP4052 Issues in International Policy 3.0 credit hours Upper Division General Education Courses (12.0 credit hours) COM3465 Conflict Resolution 3.0 credit hours HIS3319 History of Civil Rights and Civil Liberties 3.0 credit hours IDS3355 Critical Thinking 3.0 credit hours STA3163 Intermediate Statistics 3.0 credit hours Political Science (International Relations Concentration) Bachelor of Arts Degree Program Description The Bachelor of Arts degree in Political Science explores government policy, processes, political campaigning, political theory, legal studies, and international relations. The degree has a strong liberal arts and research focus designed to prepare students for graduate level training in a variety of disciplines along with entry-level work in a host of disparate fields. This is a broad-spectrum program that introduces students to the general study of the field of political science. The concentration in International Affairs is offered at the Flagship Campus only and is suited for students who wish to pursue more focused studies in foreign policy, international organizations, war and diplomacy. Students will examine how governments interact with one another on the world stage, including how nations interact and cooperate in times of peace and times of war, how leaders and countries strategize and make decisions, and how economics interact with politics in order to shape policy outcomes. This program is designed for students with an interest in public policy, international organizations, and foreign affairs, as well as those seeking an academic foundation for work in political campaigns, think tanks, or the legal profession. Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals: • Explain the functions of government in American society and the global community • Explain the differences between various government and economic systems. • Apply a framework for understanding the political, economic, social, historical, and philosophical underpinnings of various political theories • Analyze the role of US foreign policy in the world today • Analyze the ways in which countries interact in times of war and times of peace • Understand the stressors that population, natural resources, and environmental issues have on political frameworks • Analyze the role of mass media in the political system • Analyze regional tensions and regional powers in order to explain their significance to global relations. • Analyze how politics and economics interact in order to shape policy outcomes • Develop an understanding of APA format and writing in the field of political science. Prerequisites for Major Courses Completion of all lower level courses with a C or better. Program Outline To receive a Bachelor of Arts degree in Political Science with a Concentration in International Relations, students must complete 120 credit hours as described below. The length of this program is approximately 40 months (this will vary if a student transfers in credits). NOTE: All lower division major and general education courses must be successfully completed before upper division courses are undertaken. POS2001 is a prerequisite for ALL courses in the major, both lower division and upper division. Lower Division Political Science Major Courses (24.0 credit hours) POS2001 Introduction to American Government, Comparative Politics & International Relations 3.0 credit hours POS1041 Political Science 3.0 credit hours CPO2002 Introduction to Comparative Government and Politics 3.0 credit hours INR2001 International Relations 3.0 credit hours POT1003 Intro to Political Theory 3.0 credit hours CPO2030 Politics of the Developing World 3.0 credit hours INR2109 US Latin American Relations 3.0 credit hours DSC1011 Domestic and International Terrorism 3.0 credit hours Lower Division General Education Courses (36.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (6.0 credit hours) AMH1010 American History Pre-1876 (required) 3.0 credit hours AMH1020 American History Since 1876 (required) 3.0 credit hours Communications (3.0 credit hours) SPC1010 Speech 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours Economics (3.0 credit hours) ECO2013 Macroeconomics(required) 3.0 credit hours English (6.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours CWL1000 Contemporary World Literature 3.0 credit hours Mathematics (6.0 credit hours) MAC2105 College Algebra 3.0 credit hours MGF2106 College Math 3.0 credit hours MGF2107 Applications of Mathematics 3.0 credit hours STA2023 Statistics(required) 3.0 credit hours Natural Science (6.0 credit hours) BSC1005 General Biology 3.0 credit hours BSC1050 Environmental Science (required) 3.0 credit hours NOTE: All lower division major and general education courses must be successfully completed with a minimum of a C before upper division courses are undertaken. Upper Division Political Science Major Courses (36.0 credit hours) INR 3105 American Foreign Policy 3.0 credit hours INR 4079 Terrorism and Public Safety 3.0 credit hours INR 4085 Women, Gender and I.R. 3.0 credit hours INR X502 International Organizations 3.0 credit hours CPO X092 Seminar in Political Culture 3.0 credit hours INR X911 Undergraduate Research in International Relations 3.0 credit hours INR3274 Middle East Foreign Policy 3.0 credit hours ECO4701 The World Economy 3.0 credit hours PUP4052 Issues in International Policy 3.0 credit hours PLA4880 American Constitutional Law 3.0 credit hours POS4035 Environmental Politics 3.0 credit hours PLA4844 Immigration Law 3.0 credit hours Upper Division Major Electives Courses (choose 15.0 credit hours) PAD3034 Intro to Public Policy 3.0 credit hours POS3024 Politics of U.S. Immigration 3.0 credit hours POS3235 Mass Media and Politics 3.0 credit hours POS3413 The American Presidency 3.0 credit hours POS3205 Voting Behavior &Public Opinion 3.0 credit hours POS3274 The Campaign Process 3.0 credit hours POT 3632 Religion and Politics 3.0 credit hours POS3063 Intergovernmental Relations 3.0 credit hours **Upper-division electives can also be selected from other courses in Business, Political Science, Psychology, Sociology, Communications, or other disciplines upon approval of the Program Director and Academic Advisor. Upper Division General Education Courses (9.0 credit hours) COM3465 Conflict Resolution 3.0 credit hours IDS 3355 Critical Thinking 3.0 credit hours STA3163 Intermediate Statistics (pre-req STA 2023) 3.0 credit hours Public Administration Bachelor of Arts Degree Program Description The Bachelor of Arts degree in Public Administration explores government structures, administrative management, fiscal budgeting, community dynamics, politics and public policy for facilitating change through government systems. The degree has a strong liberal arts and research focus designed to prepare students for graduate level training in a variety of disciplines along with entry-level work in a host of disparate fields. This is a broad-spectrum program that introduces students to the general study of the field of public administration and is suited for students with an interest in public policy, politics, issues in immigration and the environment as well as those seeking an academic foundation for work in public service. Students select a specialization in Politics, Communication Studies, or Emergency Management. Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals: • Demonstrate basic understanding of theories, concepts and practices relevant to public administration and its sub-fields • Analyze contemporary social problems in America through the application of public administration concepts and theories • Explain the differences between various government and economic systems • Demonstrate the appropriate skills to be able to administer public programs in their chosen subfield of public administration in particular public management, healthcare administration, nonprofit management, and environmental administration • The ability to understand that public policies shape, and are shaped by, the institutional, legal, political and economic contexts in which they occur. • Demonstrate proficiency in clear oral and written communication by presenting succinct, well-organized materials and analysis tailored to the needs of their audience Prerequisites for Major Courses • POS1041 Political Science The following lower division courses, if not taken as part of an associate’s program, must be successfully completed before beginning upper division major courses (Course equivalency is established by the dean of academic affairs from official transcripts received from other accredited institutions): 6.0 credit hours from any lower division Natural Science courses 6.0 credit hours from any lower division Mathematics courses above Intermediate Algebra ECO2013 Macroeconomics or ECO10123 Microeconomics 3.0 credit hours ENC2102 English Composition II 3.0 credit hours POS1041 Political Science 3.0 credit hours (required) Program Outline The curriculum for the Bachelor of Arts degree in Public Administration requires 36 credits in lower division general education courses, 30 credits in open electives, 9 credits in upper division general education courses, 30 upper division major credits, and 15 credits in a specialization. One specialization must be chosen. A total of 120.0 semester credit hours are required for the degree. NOTE: POS1041 is a prerequisite for ALL courses in the major, both lower division and upper division. Recommended Open Electives (30.0 credit hours) Student may substitute others with Dean's approval. AMH1010 American History pre 1876 3.0 credit hours AMH1020 American History post 1876 3.0 credit hours COM2460 Intercultural Communication 3.0 credit hours PLA1304 Criminal Law 3.0 credit hours PLA1423 Contracts 3.0 credit hours DSC1006 Intro to Homeland Security 3.0 credit hours GEB1112 Entrepreneurship 3.0 credit hours MAN1021 Principles of Management 3.0 credit hours SYG1000 Sociology 3.0 credit hours PSY2206 Social Psychology 3.0 credit hours IDS1107 Strategies for Success 3.0 credit hours MAN4164 Leadership 3.0 credit hours PLA 4880 Constitutional Law 3.0 credit hours PLA 4844 Immigration law 3.0 credit hours PSY3336 Organizational Psychology 3.0 credit hours SYD 4410 Sociology of the Social Urban Community 3.0 credit hours IDS 3335 Critical Thinking 3.0 credit hours Lower Division General Education Courses (36.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (6.0 credit hours) 6.0 credit hours from any lower division Behavioral/Social Science courses and POS1041 Political Science (required) 3.0 credit hours OR AMH1010 American History Pre 1876 3.0 credit hours AMH1020 American History Since 1876 3.0 credit hours POS1041 Political Science (required) 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1010 Speech 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours Economics (3.0 credit hours) ECO1023 Microeconomics 3.0 credit hours ECO2013 Macroeconomics 3.0 credit hours English (6.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0creditours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours CWL1000 Contemporary World Literature 3.0 credit hours HUM1020 General Humanities 3.0 credit hours PHI 1010 Intro to Philosophy 3.0 credit hours Mathematics (6.0 credit hours) MAC2105 College Algebra 3.0 credit hours MGF2106 College Math 3.0 credit hours MGF2107 Applications of Mathematics 3.0 credit hours STA2023 Statistics 3.0 credit hours Natural Science (6.0 credit hours) BSC1005 General Biology 3.0 credit hours BSC1006 Advanced Biology 3.0 credit hours BSC1050 Environmental Science 3.0 credit hours OCB1010 General Marine Biology 3.0 credit hours Upper Division Public Administration Major Courses (30.0 credit hours) PAD3034 Intro to Public Policy 3.0 credit hours POS3063 Intergovernmental Relations 3.0 credit hours POS4035 Environmental Politics 3.0 credit hours PAD3712 Info Resources Mgt in the Public Sector 3.0 credit hours PAD3820 Foundations of Public Administration 3.0 credit hours PAD4603 Administrative Law 3.0 credit hours PUP4052 Issues in International Policy 3.0 credit hours POS4142 Urban Government Social Policy 3.0 credit hours PAD4204 Public Finance 3.0 credit hours PAD4426 Public Sector Labor Relations 3.0 credit hours Specializations (15 credit hours) Politics POS3413 The American Presidency 3.0 credit hours POS3274 The Campaign Process 3.0 credit hours COM3465 Conflict Resolution 3.0 credit hours POT3044 Great Political Thinkers 3.0 credit hours INR3274 Middle East Foreign Policy 3.0 credit hours POS3024 Politics of U.S. Immigration 3.0 credit hours Communication Studies COM 3131 Interpersonal Communication 3.0 credit hours COM 3332 Communication, Tech, & Change 3.0 credit hours PAD4442 Public Relations 3.0 credit hours COM 3465 Conflict Resolution 3.0 credit hours COM 3106 Cross-Cultural Communication 3.0 credit hours Emergency Management PAD4442 Public Relations 3.0 credit hours DSC4031 Tactical Communications 3.0 credit hours MAN4065 Business Ethics 3.0 credit hours DSC4214 Catastrophic Event Response Planning 3.0 credit hours DSC3056 Issues in Disaster Response 3.0 credit hours Upper Division General Education Courses (9.0 credit hours) HIS3319 History of Civil Rights and Civil Liberties 3.0 credit hours INP 3224 Workforce Diversity 3.0 credit hours ENC3213 Professional Writing 3.0 credit hours Psychology Bachelor of Arts Degree Program Description The Bachelor of Arts degree in Psychology offers a diverse curriculum that provides a broad-based education in many facets of behavior, mental processes, communication, research, and writing. Courses include forensics, sports and positive psychology, as well as the traditional courses needed to prepare students for graduate studies. Students may select from six tracks/concentrations within the major (Human Services, Developmental Psychology, Applied Behavior Analysis, Health Care/Fitness, Business and General Psychology—concentrations may vary by campus). Program Objectives Upon completion of this program, students are able to: • Apply the scientific method to psychological research. • Identify what constitutes ethical treatment of human and animal subjects in research. • Develop an understanding of APA format and writing in the field of psychology. • Develop an understanding of how statistical tests are commonly used in psychological research. • Examine human behavior and mental processes. • Explain theories of development throughout the lifespan. • Evaluate theories of personality. • Understand applied psychological approaches for health psychology. • Explain basic concepts of clinical and counseling psychology. • Explain processes of learning and cognition. Prerequisites for Major Cours.es PSY1012 Introduction to Psychology STA2023 Statistics Program Outline To receive a Bachelor of Arts degree in Psychology, students must complete 120 credit hours as described below. The length of this program is approximately 40 months (this will vary if a student transfers in credits). Lower Division Psychology Courses (18.0 credit hours) DEP1030 Introduction to Cognitive Development 3.0 credit hours PSY1082 Introduction to Experimental Psychology 3.0 credit hours PSY2023 Careers and Writing in Psychology 3.0 credit hours PSY2206 Social Psychology 3.0 credit hours PSY2214 Abnormal Psychology 3.0 credit hours PSY2314 Psychology of Personality 3.0 credit hours Lower Division General Education Courses (36.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (6.0 credit hours) PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Introduction to Sociology 3.0 credit hours AMH1010 American History Pre 1876 3.0 credit hours AMH1020 American History Since 1876 3.0 credit hours DEP2004 Lifespan Development 3.0 credit hours POS1041 Political Science 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech Communication 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours Economics (3.0 credit hours) ECO1023 Microeconomics 3.0 credit hours ECO2013 Macroeconomics 3.0 credit hours English (6.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours CWL1000 Contemporary World Literature 3.0 credit hours Mathematics (6.0 credit hours) MAC2105 College Algebra 3.0 credit hours MGF2106 College Mathematics 3.0 credit hours MGF2107 Applications of Mathematics 3.0 credit hours STA2023 Statistics (required) 3.0 credit hours Natural Science (6.0 credit hours) BSC1005 General Biology 3.0 credit hours BSC1006 Advanced Biology 3.0 credit hours BSC1050 Environmental Science 3.0 credit hours CHM1045 General Chemistry 3.0 credit hours CHM1046 Advanced Chemistry 3.0 credit hours BSC2085C Anatomy & Physiology I 4.0 credit hours BSC2086C Anatomy & Physiology II 4.0 credit hours MCB2000C Microbiology 4.0 credit hours NOTE: All lower division major and general education courses should be successfully completed before upper division courses are undertaken. Upper Division Psychology Courses (12.0 credit hours) CLP3300 Concepts of Clinical and Counseling Psychology 3.0 credit hours PSY3213 Research Methods 3.0 credit hours DEP3103 Child Psychology 3.0 credit hours CLP3314 Health Psychology 3.0 credit hours 21 CREDITS ARE REQUIRED FROM THE FOLLOWING COURSES. STUDENTS MAY CHOOSE 21 HOURS WITHIN A SINGLE CONCENTRATION OR SELECT COURSES FROM VARIOUS CONCENTRATIONS BELOW. Human Services (21 credits) CLP3005 Marriage and Family 3.0 credit hours CLP4390 Forensic Psychology 3.0 credit hours **PSY4302 Theory, Application and Evaluation of Tests 3.0 credit hours PSY2450 Constructs of Interpersonal Conflict 3.0 credit hours **DEP4481 Death and Dying 3.0 credit hours **PSY4942 Psychology Internship I 3.0 credit hours **PSY4943 Psychology Internship II 3.0 credit hours Developmental Psychology (21 credits) DEP2280 Human Exceptionality 3.0 credit hours **DEP4305 Adolescent Psychology 3.0 credit hours **DEP4404 Psychology of Adult Development and Aging 3.0 credit hours EXP3404 Principles of Learning 3.0 credit hours PSY4830 Sport Psychology 3.0 credit hours PSY4850 Positive Psychology 3.0 credit hours PSY4999 Psychological Studies Capstone Course 3 .0 credit hours Health Care and Fitness (21 credits) CLP4182 Addictive Behaviors 3.0 credit hours **PSY3309 Behavioral Neuroscience 3.0 credit hours PSY4830 Sport Psychology 3.0 credit hours PSY4836 Coaching and Team Building 3.0 credit hours PSY4850 Positive Psychology 3.0 credit hours PSY4942 Psychology Internship I 3.0 credit hours PSY4943 Psychology Internship II 3.0 credit hours Business (21 credits) PSY2450 Constructs of Interpersonal Conflict 3.0 credit hours MAN4164 Leadership 3.0 credit hours INP4203 Performance Management 3.0 credit hours PSY3336 Industrial/Organizational Psychology 3.0 credit hours PSY4850 Positive Psychology 3.0 credit hours SYD4410 Sociology of the Urban Community 3.0 credit hours PSY4999 Psychological Studies Capstone Course 3.0 credit hours General Psychology (21 credits) Recommended courses-student may substitute others with Dean's approval. CLP3005 Marriage and Family 3.0 credit hours CLP4182 Addictive Behaviors 3.0 credit hours DEP4481 Death and Dying 3.0 credit hours PSY2450 Constructs of Interpersonal conflict 3.0 credit hours PSY4830 Sport Psychology 3.0 credit hours PSY4850 Positive Psychology 3.0 credit hours PSY4999 Psychological Studies Capstone Course 3.0 credit hours Applied Behavior Analysis (21 credits) **In addition to the courses below students must complete 21 elective credits. Electives for this concentration are denoted with two asterisks. MHS1001 Foundations of Behavior Analysis 3.0 credit hours DEP2280 Human Exceptionality** 3.0 credit hours MHS 1002 Behavior Assessment 3.0 credit hours MHS 2001 Methods of Behavior Analysis 3.0 credit hours MHS 3001 Ethics of Behavior Analysis 3.0 credit hours MHS 3002 Treatment Selection and Implementation 3.0 credit hours MHS4010 Organizational Behavior Management 3.0 credit hours Upper Division General Education Courses (12.0 credit hours) IDS3355 Critical Thinking 3.0 credit hours INP3224 Workforce Diversity 3.0 credit hours COM3131 Interpersonal Communication 3.0 credit hours STA3163 Intermediate Statistics 3.0 credit hours Elective Courses (21 credits) SEVEN COURSES TO BE SELECTED BY THE ADVISOR/DEPARTMENT CHAIR BACHELOR OF SCIENCE DEGREES Animation and Game Design Bachelor of Science Degree Program Description Keiser University’s Bachelor of Science degree in Animation and Game Design prepares students for successful careers in interactive digital media related fields such as video game design and production as well as 3D modeling and animation. Students will acquire the necessary knowledge and practical application of interactive media theory and processes to grow professionally and academically throughout their careers. Concepts explored are character development, 3D modeling and animation, level design, programming languages and interactive storytelling among others. Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals: • Comprehend various programming languages through quizzes, exams and applied interactive projects. • Display the necessary skills to design, model, texture, rig and animate a character to exist within an interactive space through the use of 2D and 3D software and game engines. • Demonstrate how to organize and execute a multi-phase production through research, implementing time management plans and producing a functioning multi-level video game. • Generate applied art as well as digital media components to include paintings, sculptures, storyboards, audio and illustrations through the use of design software. Prerequisites for Upper Division Courses DIG1373 3D Texturing 3.0 credit hours DIG2323 3D Modeling Techniques 3.0 credit hours DIG2354 3D Animation Techniques 3.0 credit hours DIG2793 Level Design 3.0 credit hours Program Outline To receive a Bachelor of Science degree in Animation and Game Design, students must complete 120 credit hours as described below. The length of this program is approximately 40 months (this will vary if a student transfers in credits). Lower Division Animation and Game Design Major Courses (30.0 credit hours) DIG1306 3D Animation 3.0 credit hours DIG1321 3D Modeling 3.0 credit hours DIG1373 3D Texturing 3.0 credit hours DIG1717 Game Development 3.0 credit hours DIG2323 3D Modeling Techniques 3.0 credit hours DIG2354 3D Animation Techniques 3.0 credit hours DIG2547 Game Prototyping 3.0 credit hours DIG2637 Programming Fundamentals 3.0 credit hours DIG2793 Level Design 3.0 credit hours GRA2150C Digital Image Editing 3.0 credit hours Lower Division General Education Courses (39.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (6.0 credit hours) AMH1010 American History Pre 1876 3.0 credit hours AMH1020 American History Since 1876 3.0 credit hours POS1041 Political Science 3.0 credit hours PSY1012* Introduction to Psychology 3.0 credit hours SYG1000* Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours Economics (3.0 credit hours) ECO1023 Microeconomics 3.0 credit hours ECO2013 Macroeconomics 3.0 credit hours English (6.0 credit hours) ENC1101* English Composition I 3.0 credit hours ENC2102* English Composition II 3.0 credit hours Humanities/Fine Arts (6.0 credit hours) AML1000* American Literature 3.0 credit hours ENL1000* English Literature Contemporary 3.0 credit hours CWL1000 World Literature 3.0 credit hours Mathematics (6.0 credit hours) MAC2105 College Algebra 3.0 credit hours MGF2106 College Mathematics 3.0 credit hours MGF2107 Applications of Mathematics 3.0 credit hours STA2023 Statistics 3.0 credit hours Natural Sciences (6.0 credit hours) BSC1010 General Biology 3.0 credit hours BSC1011 Advanced Biology 3.0 credit hours BSC1050 Environmental Science 3.0 credit hours PHY2001 General Physics I 3.0 credit hours PHY2002 General Physics II 3.0 credit hours *Courses must be completed with a grade of “C” or higher NOTE: All lower division major and general education courses should be successfully completed before upper division courses are undertaken. Upper Division Animation and Game Design Major Courses (30.0 credit hours) DIG3362 Character Animation 3.0 credit hours DIG3371 Character Rigging 3.0 credit hours DIG3372 Character Modeling 3.0 credit hours DIG3790 Character Texturing 3.0 credit hours DIG3798 Environmental Modeling 3.0 credit hours DIG4952 Pre-Production Team 3.0 credit hours DIG4953 Production Team 3.0 credit hours DIG4970 Digital Media Building 3.0 credit hours DIG4971 Digital Media Assembly 3.0 credit hours DIG4973 Digital Media Execution 3.0 credit hours Upper Division Elective Courses (15.0 credit hours) CEN3064 Software Design 3.0 credit hours CEN4086 Cloud & Internet Computing 3.0 credit hours CGS3300 Management Information Systems 3.0 credit hours CIS4352 Ethical Hacking 3.0 credit hours COP3610 Operating Systems 3.0 credit hours COP3650 Mobile Application Development 3.0 credit hours COT3205 Theory of Computation 3.0 credit hours IDS4934 Interdisciplinary Capstone Experience 3.0 credit hours ISM4212 Data Management Systems 3.0 credit hours MAN4583 Project Management 3.0 credit hours MAR4503 Consumer Behavior 3.0 credit hours MAR4721 E-Marketing 3.0 credit hours MKT3990 Internship 3.0 credit hours Upper Division General Education Courses (6.0 credit hours) ENC3213 Professional Writing 3.0 credit hours IDS3355 Critical Thinking 3.0 credit hours STA3163 Intermediate Statistics 3.0 credit hours Applied Engineering Bachelor of Science Degree Program Description Keiser University’s Bachelor of Science degree in Applied Engineering prepares students for entering the work force as skilled and highly trained technicians and problem solvers with an understanding of advanced engineering principles and technical skills in support of engineers and other professionals engaged in developing, installing, calibrating, modifying and maintaining electrical, mechanical, aerospace, agricultural, transportation, and biomedical systems. This includes instruction in Field Programmable Gate Arrays (FPGA); computer systems; electronics and instrumentation; programmable logic controllers (PLCs); electric, hydraulic and pneumatic control systems; actuator and sensor systems; process control; robotics; applications to specific industrial tasks; and report preparation. Program Goals The Applied Engineering program prepares students to be successful professionals recognized for their: • Critical thinking and problem solving skills based on a fundamental knowledge of humanities, social sciences, mathematics, physics, chemistry, engineering science and a broad range of applied engineering technical areas; • Knowledge of global and societal concerns, ethics, and sustainability when making engineering decisions; • Leadership and effective communication; • Civic engagement and contributions to society; and • Lifelong learning and professional development. Program Educational Objectives The educational objectives of the Bachelor of Science in Applied Engineering program are to produce engineering graduates whom: • Diagnose failures at the device, component, assembly, sub-system and system levels in hardware and software. • Repair failures including documentation of completed analysis. • Demonstrate skills using industry-level tools and equipment used for test, measurement, diagnostics, and repair. • Dissect how systems work based on how said systems fail. • Diagnose complex systems and how the hardware and software are integrated. • Apply empirical analyses in verifying theoretical results of systems failures. • Research current tools and techniques in the field. Student Learning Outcomes Graduates of the Bachelor of Science in Applied Engineering program will be able to: • Setup, calibrate, operate, and interpret results from industry-level tools and equipment. • Apply knowledge of math, physics, chemistry, and engineering to diagnosing and repairing systems. • Collect, organize, analyze, and interpret data to produce meaningful conclusions and recommendations. • Present test results and “repair” recommendations while demonstrating leadership with confidence as part of multidisciplinary teams. • Build in multi-level solution contingencies considering time, cost, safety, reliability, compatibility, and quality. • Behave professionally and ethically with colleagues, customers, and the public. • Expand their knowledge and understanding of failures at device, component, assembly, sub-system, and system levels. • Extend learned skills to project and program management and bottom-line improvements. • Pursue advanced degree in engineering, business, or related field. • Completion of all general education coursework with a minimum cumulative grade average of 2.0 (exceptions only by approval of Program Director) Prerequisites for Major Courses Program Outline To receive a Bachelor of Science degree in Applied Engineering, students must complete 123 credit hours as described below. The length of this program is approximately 35 months (this will vary if a student transfers in credits). Applied Engineering Major Courses (27.0 credit hours) EGN1001 Introduction to Engineering 3.0 credit hours EET1082C Introduction to Electronics 4.0 credit hours ETI1185C Reliability and Failure Analysis 4.0 credit hours ETM1010C Mech. Measurements & Instrumentation 4.0 credit hours ETI1420C Engineering Materials and Processes 4.0 credit hours ETS1700C Hydraulics and Pneumatics 4.0 credit hours EML2017C Mechanical Systems 4.0 credit hours Note: All major courses must be completed with a grade of “C” or higher to advance to the next course. General Education Courses (35.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) AMH1010 American History Pre 1877 3.0 credit hours AMH1020 American History Post 1876 3.0 credit hours POS1041 Political Science 3.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (6.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours PHI1010 Introduction to Philosophy 3.0 credit hours Mathematics (6.0 credit hours) MAC2105 College Algebra 3.0 credit hours MAC2114 Trigonometry 3.0 credit hours Natural Science (11.0 credit hours) PHY2001C General Physics I/Lab 4.0 credit hours PHY2002C General Physics II/Lab 4.0 credit hours CHM2045 General Chemistry 3.0 credit hours Note: All lower division major and general education courses must be successfully completed before upper division courses are undertaken. Upper Division Applied Engineering Major Courses (39.0 credit hours) EGN3000C Foundations of Engineering 4.0 credit hours EML3018C Advanced Electrical/Mechanical Systems 4.0 credit hours EEL3111C Circuits 4.0 credit hours EGN3420C Manufacturing Processes 4.0 credit hours EEL3552C Signal Analysis and Communications 4.0 credit hours EGN3373C Electrical Systems 4.0 credit hours EGN3610 Engineering Economic Analysis 3.0 credit hours EML4312C Design & Analysis of Control Systems 4.0 credit hours ETI4843C Motors & Controls 4.0 credit hours EGN4417C Senior Design Project 4.0 credit hours Computer Courses (9.0 credit hours) COP1270 Programming in C for Engineers 3.0 credit hours COP3301 Modeling and Simulation 3.0 credit hours CDA3317 Rapid Prototyping with FPGA 3.0 credit hours General Education Courses (10.0 credit hours) Mathematics (9.0 credit hours) STA2023 Statistics 3.0 credit hours MAC2140 Pre-Calculus 3.0 credit hours MAC2311 Calculus I 4.0 credit hours Elective Course (3.0 credit hours) Select from any course offered at Keiser University Artificial Intelligence Bachelor of Science Degree Program Description Keiser University’s Bachelor of Science degree in Artificial Intelligence (AI), with concentrations in Machine Learning and Data Science, is designed to address the increasing demand for AI specialists. Students develop the appropriate skills using hands-on activities and analytical exercises while working with natural language processing, voice recognition, simulated thinking patterns, decision behaviors, machine learning, and deep learning utilizing big data sets. The Bachelor of Science in Artificial Intelligence program targets students interested in the study, development, and deployment of AI applications in a variety of industries. Students learn the necessary skills and practical abilities to understand, identify, select, and apply the appropriate tools, algorithms, methodologies, and ethical standards to projects related to this emerging field. The curriculum enables students to solve and navigate complex scenarios that require drawing inferences appropriate to a given situation, performing decision-making using complex and changing data sets, discovering meaning, and generalizing conclusions based upon learned events and experience. The degree program covers general and applied AI fundamentals, including core programming languages such as Python, and platforms used in computer science specific to the sub-field of Artificial Intelligence. Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals: • To provide students with the technical and critical thinking skills needed to develop Artificial Intelligence systems using tools such as anomaly detection, computer vision, and natural language processing. • To help students promote the advancement and use of Artificial Intelligence systems that can contribute to the sustainable development of businesses, organizations, and local community projects. • To prepare students to meet industry, academia, and government sector employment needs in the emerging field of Artificial Intelligence. • To provide students with the skills and required knowledge needed to develop Artificial Intelligence systems that use machine learning to solve complex problems. (Machine Learning Concentration) • To provide students with the skills and required knowledge needed to develop Artificial Intelligence systems that utilize data mining and analytics to create searchable knowledge stores from large volumes of unstructured data. (Data Science Concentration) Prerequisites for Major Courses • Entering students must achieve a Wonderlic score (or comparable) of 18 or above for entrance to the program. Program Outline To receive a Bachelor of Science degree in Artificial Intelligence with a Concentration in Machine Learning or Data Science, students must earn 120 semester credit hours. The length of the program is approximately 38 months (this will vary if a student transfers in credits). Program requirements are as follows: Lower Division Requirements Artificial Intelligence Major (39.0 credit hours) 11 courses COP1035C Python Programming 4.0 credit hours CTS1305C Essentials of Networking 3.0 credit hours COP1411C Data Structures & Algorithms 4.0 credit hours COP1800C Java Programming I 4.0 credit hours COT2104C Discrete Mathematics and Probability 4.0 credit hours CTS2106C Multi-User Operating Systems 3.0 credit hours CIS2350C Principles of Information Security 3.0 credit hours COP2610C Concepts of AI Programming 4.0 credit hours CAP2612C Introduction to Machine Learning 4.0 credit hours CAP2620C Artificial Intelligence I 3.0 credit hours COP2830C Web Development I 3.0 credit hours Lower Division General Education Courses (30.0 credit hours) 10 courses Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3 credit hours) PSY1012 Introduction to Psychology 3.0 credit hours POS1041 Political Science 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3 credit hours) SPC1017 Speech 3.0 credit hours Computers (3 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (6 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3 credit hours) AML1000 American Literature 3.0 credit hours CWL1000 Contemporary World Literature 3.0 credit hours Mathematics (6 credit hours) MAC2105 College Algebra 3.0 credit hours STA2023 Statistics 3.0 credit hours Natural Science (6 credit hours) BSC1005 General Biology 3.0 credit hours BSC1006 Advanced Biology 3.0 credit hours CHM2045 General Chemistry 3.0 credit hours CHM2046 Advanced Chemistry 3.0 credit hours PHY2001 General Physics I 3.0 credit hours PHY2002 General Physics II 3.0 credit hours Upper Division General Education (6.0 credit hours) 2 courses STA3163 Intermediate Statistics 3.0 credit hours IDS3355 Critical Thinking 3.0 credit hours Upper Division Requirements Artificial Intelligence Major (33.0 credit hours) 11 courses COT3205 Theory of Computation 3.0 credit hours CAP3613 Deep Learning 3.0 credit hours CAP3625 Artificial Intelligence II 3.0 credit hours CGS3065 Legal and Social Issues in Computing 3.0 credit hours ISM3754 Non-Relational Data Stores 3.0 credit hours CEN4086 Cloud and Internet Computing 3.0 credit hours ISM4117 Data Mining and Warehousing 3.0 credit hours CAP4615 Neural Networks 3.0 credit hours COP4620 Compiler Construction 3.0 credit hours CAP4641 Natural Language Processing 3.0 credit hours CAP4699 Artificial Intelligence Capstone 3.0 credit hours Upper Division Concentration (12 credits required) 4 courses Machine Learning CAP3611 Machine Learning Frameworks 3.0 credit hours CAP3612 Machine Learning 3.0 credit hours CAP4614 Advanced Machine Learning 3.0 credit hours CAP4673 Data Mining and Machine Learning 3.0 credit hours Data Science CTS3457 Data Visualization 3.0 credit hours CAP3755 Methods and Tools for Data Science 3.0 credit hours CAP3760 Data Science and Analytics 3.0 credit hours CAP4761 Big Data Analytics 3.0 credit hours Biomedical Sciences Bachelor of Science Degree Program Description The Bachelor of Science degree in Biomedical Sciences program prepares students for entry into health sciences and analytical/research laboratories. Graduates possess the skills to perform in a variety of science related positions in health departments, zoos, clinical and environmental chemistry, pharmaceutics, and laboratories. Graduates of the program will have completed the prerequisites necessary to be successful in graduate programs in the sciences as well as a multitude of professional programs such as occupational and physical therapy, dentistry, pharmacy, physician and physician assistant programs. However, a Bachelor of Science degree in Biomedical Sciences can also be a program for individuals who wish to work in laboratory settings and other occupations. A Bachelor of Science degree in Biomedical Sciences with an Equine Studies concentration is also available for students with an equine passion and desire to pursue a career in this field. This concentration prepares students for admission to graduate programs in Veterinarian Medicine and offers graduates a well-rounded educational opportunity necessary to be successful in the equine industry. Along with the necessary pre-vet curriculum, the concentration offers students the opportunity to develop hands-on experience in handling horses, understanding their genetic composition, equine nutrition, health and disease monitoring, and a plethora of management and training opportunities. Students selecting the Equine Studies concentration will apply their education in shadowing equine professionals such as veterinarians, farriers, and trainers during their internship courses. Equine Studies concentration courses will vary from those of the general program (see Program Outline with Equine Studies concentration below). Program Objectives • The following objectives are designed to meet Keiser University’s mission and its goals: • To develop critical thinkers who are capable of meeting the evolving needs of the biomedical field. • To prepare students for successful entry into professional and/or related graduate programs. • To develop students analytical skills and laboratory techniques routinely applied in scientific research. • To develop students written and verbal competencies, enabling them to formulate concise and accurate reports of experimental work. • To develop students capable of using the scientific methods to design experimental studies and statistically analyze the results. • To develop biomedical professionals who practice within a legal, ethical framework. • To develop students through the integration of content relating to current concepts of life sciences, physical sciences, and interdisciplinary studies. Prerequisites for Upper Division Science Courses • Minimum grade of “C” for general education courses • Successful completion of all lower division math and science requirements Program Outline To receive a Bachelor of Science degree in Biomedical Sciences, students must complete 120 credit hours as described below. The length of this program is approximately 35 months (this will vary if a student transfers in credits). Lower Division Sciences Courses (32.0 credit hours) CHM2045* General Chemistry 3.0 credit hours CHM2045L* General Chemistry Laboratory 1.0 credit hour CHM2046* Advanced Chemistry 3.0 credit hours CHM2046L* Advanced Chemistry Laboratory 1.0 credit hour CHM2210* Organic Chemistry 3.0 credit hours CHM2210L* Organic Chemistry Laboratory 1.0 credit hour CHM2211* Organic Chemistry II 3.0 credit hours CHM2211L* Organic Chemistry II Laboratory 1.0 credit hour PHY2053 * Physics I 3.0 credit hours PHY2053L* Physics I Laboratory 1.0 credit hour PHY2054* Physics II 3.0 credit hours PHY2054L* Physics II Laboratory 1.0 credit hour BSC 2085C* Anatomy and Physiology I 4.0 credit hours BSC 2086C* Anatomy and Physiology II 4.0 credit hours Lower Division General Education Courses (42.0 credit hours) Credit hours in parenthesis indicate the required number of credit hours in each discipline. Behavioral/Social Science (6.0 credit hours) PSY1012* Introduction to Psychology (required) 3.0 credit hours DEP2004* Lifespan Development 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech Communications 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (6.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/History (6.0 credit hours) AML1000* American Literature 3.0 credit hours ENL1000* English Literature 3.0 credit hours CWL1000* Contemporary World Literature 3.0 credit hours PHI1010 Introduction to Philosophy 3.0 credit hours AMH1010 American History Pre 1877 3.0 credit hours AMH1020 American History Post 1877 3.0 credit hours Mathematics (7.0 credit hours) STA2023** Statistics 3.0 credit hours MAC2311* Calculus I 4.0 credit hours Economics (3.0 credit hours) ECO1023 Microeconomics 3.0 credit hours ECO2013 Macroeconomics 3.0 credit hours Natural Sciences (8 credit hours) BSC 2010* Biology I 3.0 credit hours BSC 2010L* Biology I Laboratory 1.0 credit hours BSC 2011* Biology II 3.0 credit hours BSC 2011L* Biology II Laboratory 1.0 credit hours Upper Division Courses For Students Pursuing Degree Without Equine Studies Concentration: Upper Division Sciences Courses (31.0 credit hours) BCH4053* Biochemistry I 3.0 credit hours BCH4054* Biochemistry II 3.0 credit hours MCB3020* Microbiology 3.0 credit hours MCB3020L* Microbiology Laboratory 1.0 credit hour PCB3063* Genetics 3.0 credit hours PCB3063L* Genetics Laboratory 1.0 credit hour PCB3522* Molecular Biology I 3.0 credit hours PCB3522L* Molecular Cell Biology Laboratory 1.0 credit hour PCB4524* Molecular Biology II 3.0 credit hours PCB4524L* Molecular Biology II Laboratory 1.0 credit hour PCB3233* Immunology 3.0 credit hours HSC4553* Fundamentals of Pathology 3.0 credit hours PCB3234* Biology of Cancer 3.0 credit hours Upper Division Restricted Elective Courses (6.0 credit hours) ENC4313* Research Writing 3.0 credit hours PLA3523* Health Law and Ethics 3.0 credit hours ENC3241* Writing for the Technical Professional 3.0 credit hours IDS3355* Critical Thinking 3.0 credit hours HUM3210* General Humanities 3.0 credit hours BSC4458* Bioinformatics 3.0 credit hours Free Elective Courses (9.0 credit hours)* Free elective may be chosen from either upper or lower division courses. Upper Division Courses For Students Pursuing Degree With Equine Studies Concentration: Upper Division Sciences Courses (22.0 credit hours) BCH4053* Biochemistry I 3.0 credit hours BCH4054* Biochemistry II 3.0 credit hours MCB3020* Microbiology 3.0 credit hours MCB3020L* Microbiology Laboratory 1.0 credit hour PCB3063 Genetics 3.0 credit hours PCB3063L Genetics Laboratory 1.0 credit hour PCB3522* Molecular Biology I 3.0 credit hours PCB3522L* Molecular Cell Biology Laboratory 1.0 credit hour PCB4524* Molecular Biology II 3.0 credit hours PCB4524L* Molecular Biology II Laboratory 1.0 credit hour PCB3233* Immunology 3.0 credit hours HSC4553* Fundamentals of Pathology 3.0 credit hours PCB3234* Biology of Cancer 3.0 credit hours Upper Division Restricted Elective Courses (3.0 credit hours) ENC4313* Research Writing 3.0 credit hours PLA3523* Health Law and Ethics 3.0 credit hours ENC3241* Writing for the Technical Professional 3.0 credit hours IDS3355* Critical Thinking 3.0 credit hours HUM3210* General Humanities 3.0 credit hours BSC4458* Bioinformatics 3.0 credit hours Free Elective Courses (3.0 credit hours) Free elective may be chosen from either upper or lower division courses. Equine Studies Concentration (18.0 credit hours) PEM3600 Introduction to Horsemanship 3.0 credit hours ANS3403 Equine Nutrition 3.0 credit hours ANS3217 Equine Health and Disease Monitoring 3.0 credit hours ANS4217 Equine Management and Training 3.0 credit hours ANS4950 Equine Internship/Practicum I 3.0 credit hours PEM3650 Advanced Equine Training 3.0 credit hours ANS4951 Equine Internship/Practicum II 3.0 credit hours Biomedical Sciences (Pre-Physician Assistant Concentration) Bachelor of Science Degree Program Description A Bachelor of Science degree in Biomedical Sciences with a Pre-Physician Assistant concentration is available for students pursuing acceptance into Physician Assistant graduate level programs. This concentration prepares students for admission to Physician Assistant graduate programs by providing graduates with the fundamentals required for transitioning into advanced degrees. In addition, all students will receive guidance from advisors on graduate program clinical requirements, simulated interviews, personal statement and resume reviews. The Pre-Physician Assistant program provides students with the skills necessary to succeed in many biology based careers and graduate programs. Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals: • To prepare students for successful entry into Physician Assistant and/or related graduate programs. • To create a strong foundation of critical enquiry, scientific analysis and biological knowledge required for success in graduate programs. • To cultivate student’s laboratory techniques routinely applied in medical science. • To develop students written and verbal competencies, enabling them to formulate concise and accurate reports of experimental work. • To develop students capable of using the scientific methods to design experimental studies and statistically analyze the results. • To develop biomedical professionals who practice within a legal, ethical framework. • To develop students through the integration of content relating to current concepts of life sciences, physical sciences, and interdisciplinary studies. Prerequisites for Upper Division Science Courses • Minimum grade of “C” for lower level math and science courses • Successful completion of all lower division math and science requirements Program Outline To receive a Bachelor of Science degree in Biomedical Sciences with a Pre-Physician Assistant Concentration, students must earn 120 credit hours as described below. The length of this program is approximately 35 months (this will vary if a student transfers in credits). Lower Division Sciences Courses (31.0 credit hours) CHM2045* General Chemistry 3.0 credit hours CHM2045L* General Chemistry Laboratory 1.0 credit hour CHM2046* Advanced Chemistry 3.0 credit hours CHM2046L* Advanced Chemistry Laboratory 1.0 credit hour CHM2210* Organic Chemistry 3.0 credit hours CHM2210L* Organic Chemistry Laboratory 1.0 credit hour CHM2211* Organic Chemistry II 3.0 credit hours CHM2211L* Organic Chemistry II Laboratory 1.0 credit hour PHY2053 * Physics I 3.0 credit hours PHY2053L* Physics I Laboratory 1.0 credit hour HSC1531* Medical Terminology 3.0 credit hours BSC 2085C* Anatomy and Physiology I 4.0 credit hours BSC 2086C* Anatomy and Physiology II 4.0 credit hours Lower Division General Education Courses (41.0 credit hours) Credit hours in parenthesis indicate the required number of credit hours in each discipline. Behavioral/Social Science (6.0 credit hours) PSY1012* Introduction to Psychology (required) 3.0 credit hours DEP2004* Lifespan Development 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech Communications 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (6.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/History (6.0 credit hours) AML1000* American Literature 3.0 credit hours ENL1000* English Literature 3.0 credit hours CWL1000* Contemporary World Literature 3.0 credit hours PHI1010 Introduction to Philosophy 3.0 credit hours AMH1010 American History Pre 1877 3.0 credit hours AMH1020 American History Post 1877 3.0 credit hours Mathematics (6.0 credit hours) STA2023** Statistics 3.0 credit hours MAC2105 College Algebra 3.0 credit hours Economics (3.0 credit hours) ECO1023 Microeconomics 3.0 credit hours ECO2013 Macroeconomics 3.0 credit hours Natural Sciences (8.0 credit hours) BSC 2010* Biology I 3.0 credit hours BSC 2010L* Biology I Laboratory 1.0 credit hours BSC 2011* Biology II 3.0 credit hours BSC 2011L* Biology II Laboratory 1.0 credit hours Upper Division Sciences Courses (36.0 credit hours) BCH4053* Biochemistry I 3.0 credit hours BCH4054 * Biochemistry II 3.0 credit hours MCB3020 * Microbiology 3.0 credit hours MCB3020L* Microbiology Laboratory 1.0 credit hour PCB3063* Genetics 3.0 credit hours PCB3063L* Genetics Laboratory 1.0 credit hour PCB3522* Molecular Biology I 3.0 credit hours PCB3522L* Molecular Cell Biology Laboratory 1.0 credit hour PCB3233* Immunology 3.0 credit hours HSC3500* Epidemiology 3.0 credit hours HSC4553* Fundamentals of Pathology 3.0 credit hours STA3163* Intermediate Statistics 3.0 credit hours CLP3300* Concepts of Clinical Psychology 3.0 credit hours PSY3309* Behavioral Neuroscience 3.0 credit hours Upper Division General Education Courses (6.0 credit hours) BSC4458* Bioinformatics 3.0 credit hours PLA3523* Health Law and Ethics 3.0 credit hours ENC3241* Writing for the Technical Professional 3.0 credit hours Free Elective Courses (6.0 credit hours)* Free elective may be chosen from either upper or lower division course *Courses must be completed with a grade of C or higher Biotechnology Bachelor of Science Degree Program Description The Bachelor of Science in Biotechnology program trains students in many disciplines including genetics, biochemistry and molecular biology and prepares them for entry into health sciences and analytical/research laboratories. Graduates possess the skills to perform laboratory tests using standardized laboratory procedures. Graduates of the program will have completed the prerequisites necessary to be successful in graduate programs in the sciences. However, a Bachelor of Science in Biotechnology can also be a program for individuals who wish to work in laboratory settings and other occupations. Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals: • To develop critical thinkers who are capable of meeting the evolving needs of the biotechnology field. • To prepare students for successful entry into professional and/or related graduate programs. • To develop students analytical skills and laboratory techniques routinely applied in scientific research. • To develop students written and verbal competencies, enabling them to formulate concise and accurate reports of experimental work. • To develop students capable of using the scientific methods to design experimental studies and statistically analyze the results. • To develop biotechnology professionals who practice within a legal, ethical framework. • To develop students through the integration of content relating to current concepts of life sciences, physical sciences, and interdisciplinary studies. Program Outline To receive a Bachelor of Science degree in Biotechnology, students must complete 122 credit hours as described below. The length of this program is approximately 35 months (this will vary if a student transfers in credits). Lower Division Biotechnology Science Major Courses (24.0 credit hours) CHM2045 General Chemistry 3.0 credit hours CHM2045L General Chemistry Laboratory 1.0 credit hour CHM2046 Advanced Chemistry 3.0 credit hours CHM2046L Advanced Chemistry Laboratory 1.0 credit hour CHM2010 Organic Chemistry 3.0 credit hours CHM2010L Organic Chemistry Laboratory 1.0 credit hour CHM2011 Organic Chemistry II 3.0 credit hours CHM2011L Organic Chemistry II Laboratory 1.0 credit hour PHY2053 Physics I 3.0 credit hours PHY2053L Physics I Laboratory 1.0 credit hour PHY2054 Physics II 3.0 credit hours PHY2054L Physics II Laboratory 1.0 credit hour Lower Division General Education Courses (36.0 credit hours) Credit hours in parenthesis indicate the required number of credit hours in each discipline. Behavioral/Social Science (6.0 credit hours) PSY1012 Introduction to Psychology 3.0 credit hours POS1041 Political Science 3.0 credit hours DEP2004 Lifespan Development 3.0 credit hours AMH1010 American History Pre 1877 3.0 credit hours AMH1020 American History Post 1877 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (6.0 credit hours) ENC1101 English Composition 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours CWL1000 Contemporary World Literature 3.0 credit hours Mathematics (7.0 credit hours) STA2023 Statistics 3.0 credit hours MAC2311 Calculus I 4.0 credit hours Natural Sciences (8.0 credit hours) BSC2010 Biology I 3.0 BSC2010L Biology I Laboratory 1.0 credit hour BSC2011 Biology II 3.0 credit hours BSC2011L Biology II Laboratory 1.0 credit hour NOTE: All lower division major and general education courses must be successfully completed before upper division courses are undertaken. Upper Division Biotechnology Major Courses (53.0 credit hours) BCH4053 Biochemistry I 3.0 credit hours BCH4054 Biochemistry II 3.0 credit hours PCB3063 Genetics 3.0 credit hours PCB3063L Genetics Laboratory 1.0 credit hour PCB3522 Molecular Biology I 3.0 credit hours PCB3023L Molecular Cell Biology Laboratory 1.0 credit hour PCB4524 Molecular Biology II 3.0 credit hours MCB3020 Microbiology 4.0 credit hours MCB3020L Microbiology Laboratory 1.0 credit hour PCB4239 Molecular Immunology 3.0 credit hours PCB3233L Immunology Laboratory 1.0 credit hour MCB4414 Microbial Metabolism 3.0 credit hours MCB4721C Methods in Biotechnology 4.0 credit hours MCB4312 Molecular Biotechnology 3.0 credit hours BSC3403C Quantitative Biological Methods 4.0 credit hours BSC4458 Bioinformatics 3.0 credit hours PCB3703C Human Physiology 4.0 credit hours PCB4529 Experimental Molecular Biology 3.0 credit hours PCB4174 Foundation of Bio-Imaging Science 3.0 credit hours Upper Division General Education Courses (9.0 credit hours) PLA3523 Health Law and Ethics 3.0 credit hours ENC3241 Writing for the Technical Professional 3.0 credit hours IDS3355 Critical Thinking 3.0 credit hours Cloud Engineering Bachelor of Science Degree Program Description The Bachelor of Science in Cloud Engineering prepares students with the foundational background and knowledge for entry-level positions in vendor-neutral cloud computing platforms and services. Students learn the architectural principles, products, services, techniques, and methodologies to manage and maintain big data solutions. Students acquire the skills and proficiencies to design, develop, deploy, manage, and debug hybrid cloud networking environments. The program emphasizes hands-on tools, best practices, and activities critical in the deployment, maintenance, backup, and development of cloud computing mission-critical infrastructures. The program also provides the fundamental skills and abilities to implement computer networks, digital technologies, security measures, and core programming application processes and structures. Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals: • To provide students with an in-depth understanding of the fundamental design, technical, and structural models and services of cloud computing initiatives so students will analyze real-world Cloud Computing problems and solve those efficiently and appropriate to its solution. • To equip students with the skills to develop, design, deploy, and optimize highly available, vendor-neutral cloud systems and technologies by applying cloud computing techniques, skills, and services necessary for business. • To facilitate students with learning to plan, monitor and maintain metrics and analytics processes across mission-critical enterprise solutions while providing opportunity to analyze the impact of cloud computing on individuals, organizations, and society to function effectively in a team environment. • To assist students with the ability to develop and implement policy, security, compliance and best practices in a network and cloud-based environment while exhibiting professional, ethical, legal, and secure behaviors and responsibilities. • To provide students with the skill sets to design, test and evaluate network infrastructures while applying best practices to secure cloud environments. • To prepare students for entry-level positions and potential advancement in the field of cloud computing and related digital networking industry. • To communicate effectively with a diverse range of customers and stakeholders while recognizing the need for and an ability to engage in continuing professional development. • To assist graduates in obtaining entry-level cloud, networking, security, and related positions. Prerequisites for Major Courses None Program Outline To receive a Bachelor of Science degree in Cloud Engineering, students must complete 121 credit hours as described below. The length of this program is approximately 40 months (this will vary if a student transfers in credits). Lower Division Cloud Engineering Major Courses (36.0 credit hours) CET1171C Service and Support PC Systems I 3.0 credit hours CET1172C Service and Support PC Systems II 3.0 credit hours CTS1305C Essentials of Networking 3.0 credit hours CTS1156C Supporting Client Operating Systems 3.0 credit hours CDA2342 Implementing a Private Cloud 3.0 credit hours CTS2302C Implementing Directory Services 3.0 credit hours CTS2306C Implementing a Network Infrastructure 3.0 credit hours CIS2350C Principals of Information Security 3.0 credit hours COP2843C Web Systems 3.0 credit hours CTS2106C Multiuser Operating Systems 3.0 credit hours COP1034C Programming for Technology Professionals 3.0 credit hours CEN2086 Essentials of Cloud Technology 3.0 credit hours Lower Division General Education Courses (34.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) AMH1010 American History Pre 1876 3.0 credit hours AMH1020 American History Since 1876 3.0 credit hours POS1041 Political Science 3.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours IDS1107 Strategies for Success 3.0 credit hours Communications(3.0 credit hours) SPC1017 Speech 3.0 credit hours Computers(3.0 credit hours) CGS1005C Introduction to CIS 3.0 credit hours English (6.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (10.0 credit hours) MAC2105 College Algebra 3.0 credit hours STA2023 Statistics 3.0 credit hours COT2104 Discrete Mathematics and Probability 4.0 credit hours Natural Science (6.0 credit hours) BSC1005 General Biology 3.0 credit hours BSC1006 Advanced Biology 3.0 credit hours CHM1045 General Chemistry 3.0 credit hours CHM1046 Advanced Chemistry 3.0 credit hours PHY2001 General Physics I 3.0 credit hours PHY2002 General Physics II 3.0 credit hours NOTE: All lower division major and general education courses should be successfully completed before upper division courses are undertaken. Upper Division Cloud Engineering Major Courses (33.0 credit hours) CTS4408C Database Technologies 3.0 credit hours CTS3375C Cloud Infrastructure 3.0 credit hours CNT3425C Service Management for Cloud 3.0 credit hours CDA4042C Cloud Automation and Optimization 3.0 credit hours CTS4311C Linux Security 3.0 credit hours CIS3014C Enterprise Server Administration 3.0 credit hours MAN4583 Project Management 3.0 credit hours CIS3080C Cloud Platforms 3.0 credit hours CDA4651C Data Center Virtualization 3.0 credit hours CDA4340C Cloud Policy, Security, and Compliance 3.0 credit hours CDA3142C Monitoring Cloud Metrics and Analysis 3.0 credit hours Upper Division Elective Courses (9.0 credit hours) CGS3300 Management Information Systems 3.0 credit hours CIS4433C DevOps in Cloud Environments 3.0 credit hours CTS4934 Cloud Computing Capstone 3.0 credit hours CTS4942 Internship in Computing I 3.0 credit hours CTS4943 Internship in Computing II 3.0 credit hours CTS4944 Internship in Computing III 3.0 credit hours Upper Division General Education Courses (9.0 credit hours) STA3163 Intermediate Statistics 3.0 credit hours ENC3213 Professional Writing 3.0 credit hours IDS3355 Critical Thinking 3.0 credit hours Computer Information Systems Bachelor of Science Degree Program Objectives Keiser University’s Bachelor of Science Degree in Computer Information Systems prepares the learner for entry-level jobs in a diverse set of positions within the field of information technology. The computer information systems degree focuses on developing skills within the realms of software engineering, network engineering, and technology management. The knowledge domains covered within this program include: introductory and advanced compiled programming, scripting and automation, network design, network architecture, systems analysis, introductory and advanced security, mobile application development, database management, project management, and information technology management. The knowledge domains outlined by this program will develop the learner’s theoretical and practical understanding of these topics to foster innovation and to enable a well-rounded approach when assisting organizations with achieving business objectives. Program Description • The following objectives are designed to meet Keiser University’s mission and goals: Identification of issues and strategies for designing and implementing computer-based information systems in a variety of computing and business environments. • A robust understanding of networking and routing technologies. • A thorough working knowledge of multiple modern computer programming and scripting languages. • Working knowledge of at least one modern database management system. • A thorough understanding of security concepts as they relate to information systems. • To develop the skills necessary for managing and leading information technology projects and teams. • To provide students with the knowledge, critical thinking skills and communication skills needed in the field of Cyber Forensics/Information Security. • To assist students in becoming proficient in the use of information technology security tools and basic forensic techniques for the collection, preservation, analysis, and reporting of digital network evidence. • To enhance students’ ability to plan for, detect, respond to, and recover from incidences that require network forensic activity. • To equip students with the skills needed to analyze the legal considerations for investigating and prosecuting computer crimes to develop a forensic process that is defensible in court. • NOTE: This is a degree completion program. • Applicants must complete prerequisites and have evidence of graduation from an accredited associate of science program in a technology-related field. Program Outline To receive a Bachelor of Science degree in Computer Information Systems, students must complete 120 credit hours as described below. The length of this program is approximately 38 months (this will vary if a student transfers in credits). Lower Division Computer Information Systems Major Courses (42.0 credit hours) CTS1156C Supporting Client Operating Systems 3.0 credit hours CTS1305C Essentials of Networking 3.0 credit hours CTS1328C Managing/Maintaining Server OS 3.0 credit hours CTS2106C Multi-User Operating Systems (Linux) 3.0 credit hours CIS2350C Principles of Information Security 3.0 credit hours CEN2010 Software Engineering 4.0 credit hours COT2104 Discrete Mathematics and Probability 4.0 credit hours COT1405 Introduction to Algorithms 4.0 credit hours COP2843C Web Systems 3.0 credit hours COP2360C C# (Sharp) Programming I 4.0 credit hours COP1800C Java Programming I 4.0 credit hours COP1805C Java Programming II 4.0 credit hours Lower Division General Education Courses (30.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3 credit hours) PSY1012 Introduction to Psychology 3.0 credit hours POS1041 Political Science 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3 credit hours) SPC1017 Speech 3.0 credit hours Computers (3 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (6 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (6 credit hours) MAC2105 College Algebra 3.0 credit hours STA2023 Statistics 3.0 credit hours Natural Science (6 credit hours) BSC1010 General Biology 3.0 credit hours BSC1011 Advanced Biology 3.0 credit hours CHM1045 General Chemistry 3.0 credit hours CHM1046 Advanced Chemistry 3.0 credit hours PHY2001 General Physics I 3.0 credit hours PHY2002 General Physics II 3.0 credit hours Upper Division Computer Information Systems Major Courses (39.0 credit hours) CEN3064 Software Design 3.0 credit hours COP3610 Operating Systems 3.0 credit hours COP3650 Mobile Application Development 3.0 credit hours COT3205 Theory of Computation 3.0 credit hours CEN4086 Cloud & Internet Computing 3.0 credit hours CTS3817C Web Server Administration 3.0 credit hours CTS4321C Advanced Linux Administration 3.0 credit hours CTS4652C Advanced Routing Technology 3.0 credit hours CIS4352C Ethical Hacking 3.0 credit hours ISM3112 Systems Analysis 3.0 credit hours ISM4212 Database Management Systems 3.0 credit hours MAN4583 Project Management 3.0 credit hours ISM4300 Information Technology Management 3.0 credit hours Upper Division General Education Courses (9.0 credit hours) STA3163 Intermediate Statistics 3.0 credit hours ENC3213 Professional Writing 3.0 credit hours IDS3355 Critical Thinking 3.0 credit hours CGS3300 Management Information Systems 3.0 credit hours Cyberforensics/Information Security Bachelor of Science Degree Effective August 29, 2022, the university will discontinue enrolling students into this program because it has gone through a curriculum update and name change. See Cybersecurity, Bachelor of Science. Program Description Keiser University’s Bachelor of Science degree in Cyberforensics/Information Security is a degree completion program for graduates of associate of science programs in technology-related fields. It provides students with the technical expertise and investigative skills required in the area of data encryption, stopping hackers, and other aspects of keeping sensitive information out of the wrong hands. Students will also be able to assess system weaknesses and to detect and prevent cybercrimes. Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals: Prerequisites for Major Courses Graduation from an accredited associate degree program in a technology-related field. The following lower division courses must be successfully completed before beginning upper division major courses. (Course equivalency is established by the dean of academic affairs from official transcripts received from accredited institutions) ECO1023 Microeconomics 3.0 credit hours ENC2102 English Composition II 3.0 credit hours MAC2105 College Algebra 3.0 credit hours OR MGF2106 College Mathematics 3.0 credit hours OR MGF2107 Applications of Mathematics 3.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours STA2023 Statistics 3.0 credit hours A minimum 24 semester credit hours of general education courses must be earned by students transferring in credits from another associate degree program. Program Outline This is a degree completion program for graduates of associate degree programs in a technology related field from an accredited institution. To receive a Bachelor of Science degree in Cyber Forensics/Information Security, students must complete an additional 60 credit hours as described below. The length of this program is approximately 20 months (this will vary if a student transfers in credits). A combined total of 120 credit hours is required for the degree. Upper Division Cyberforensics /Information Security Major Courses (48.0 credit hours) ACG3024 Accounting for Non-Financial Majors 3.0 credit hours BUL3130 Legal and Ethical Environments of Business 3.0 credit hours CIS4253 Ethics in Information Technology 3.0 credit hours CIS4365 Security Policies and Disaster Preparedness 3.0 credit hours ISM3112 System Analysis 3.0 credit hours CJL4133 Criminal Evidence and Procedures 3.0 credit hours ISM4113 Systems Design 3.0 credit hours CJE4688 Cyber Crimes 3.0 credit hours CCJ4644 White-Collar and Economic Crime 3.0 credit hours ISM4212 Database Management Systems 3.0 credit hours ISM4302 Information Technology Planning 3.0 credit hours CFI4473 Digital Media Forensics 3.0 credit hours CFI4475 Network Forensics 3.0 credit hours CFI4477 Computer System Forensic Analysis 3.0 credit hours CFI4479 Network Defense and Countermeasures 3.0 credit hours CGS3362 Organization and Technology of Information Systems 3.0 credit hours Upper Division General Education Courses (12.0 credit hours) CGS3300 Management Information Systems 3.0 credit hours ENC3213 Professional Writing 3.0 credit hours IDS3355 Critical Thinking 3.0 credit hours STA3163 Intermediate Statistics 3.0 credit hours Cybersecurity Bachelor of Science Degree Program Description Keiser University’s Bachelor of Science degree in Cybersecurity prepares students to become cybersecurity practitioners, attain professional certifications and help global private/public organizations manage cybersecurity risk. Cybersecurity practitioners are urgently needed to fill varied and challenging roles in protecting people, organizations, countries and cyberspace from risks and threats. • The Information Assurance (IA) Concentration enables students to help protect organizations using proactive governance, risk, and compliance frameworks and cyber risk management practices. Organizational controls used to ensure data/information availability, integrity, authentication, confidentiality, and non-repudiation are examined. • The Digital Defense (DD) Concentration enables students to help protect organizations using proactive technical testing and evaluation software, investigative processes, and cyber risk management practices. Organizational cyber defense and countermeasure capabilities and controls used to detect, respond, and effectively recover from cyber risks are examined. Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals: • To provide students with the knowledge, business empathy, critical thinking, problem analysis/solution generation and documentation abilities needed in the cybersecurity field. • To inform students about essential assurance, governance, and regulatory/contractual compliance practices as they pertain to cyber risk management. • To enhance students’ ability to identify, protect, detect, respond to, and recover from cybersecurity risks. • To equip students with the skills needed to obtain input from local business organizations and global practitioners to guide and inform cybersecurity activities. Prerequisites for Major Courses • Entering students must achieve a Wonderlic score (or comparable) of 18 or above for entrance to the program; • Lower division courses must be successfully completed before beginning upper division major courses (Course equivalency is established by the dean of academic affairs from official transcripts received from accredited institutions). Program Outline To receive a Bachelor of Science degree in Cybersecurity, students must complete 126 credit hours as described below. The length of this program is approximately 42 months (this will vary if a student transfers in credits). Lower Division Cybersecurity Major Courses (39.0 credit hours) CET1171C Service/Support PC Systems I 3.0 credit hours CET1172C Service/Support PC Systems II 3.0 credit hours CGS1540C Database Management 3.0 credit hours CIS2208 Social, Economic and Policy Aspects of Cybersecurity 3.0 credit hours CIS2218 Human Aspects of Cybersecurity 3.0 credit hours CIS2253 Cybersecurity Ethics 3.0 credit hours CIS2350C Principles of Information Security 3.0 credit hours CIS2690 Cloud Security 3.0 credit hours COP1034C Programming for Technology Professionals 3.0 credit hours CTS1305C Essentials of Networking 3.0 credit hours CTS1328C Managing and Maintaining Server Operating Systems 3.0 credit hours CTS2106C Multi-User Operating Systems 3.0 credit hours CTS2304C Internetworking Technologies 3.0 credit hours Lower Division General Education Requirements (36.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (6.0 credit hours) Any Behavior/Social Science course offered by KU 3.0 credit hours Any Behavior/Social Science course offered by KU 3.0 credit hours Communication (3.0 credit hours) SPC1017 Speech 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours Economics (3.0 credit hours) ECO1023 Microeconomics 3.0 credit hours English (6.0 credit hours) ENC1101* English Composition I 3.0 credit hours ENC2102* English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) Any Humanities/Fine Arts course offered by KU 3.0 credit hours Mathematics (6.0 credit hours) Any Mathematics course offered by KU above Intermediate Algebra 3.0 credit hours Any Mathematics course offered by KU above Intermediate Algebra 3.0 credit hours Natural Science (6.0 credit hours) Any Natural Science course offered by KU 3.0 credit hours Any Natural Science course offered by KU 3.0 credit hours Note: *Must be completed with “C” or higher for Gordon Rule Upper Division Cybersecurity Major Courses (36.0 credit hours) CIS3205 Cyber Laws, Frameworks and Standards 3.0 credit hours CIS3350 Risk Identification in Cybersecurity 3.0 credit hours CIS3360 Cybersecurity Risk Protection 3.0 credit hours CIS3370 Principles of Risk Detection 3.0 credit hours CIS3380 Response to Cybersecurity Risk 3.0 credit hours CIS3390 Cyber Risk Recovery 3.0 credit hours CIS3400 Critical Infrastructure Risk Management 3.0 credit hours CIS3600 Protecting Cyber-Physical Systems 3.0 credit hours CIS3610 Cyber Risk Management Programs 3.0 credit hours CIS4100 Cybersecurity Policy 3.0 credit hours CIS4210 Cybersecurity Program Administration 3.0 credit hours CIS4310 Cyberspace 3.0 credit hours Concentration Courses (15.0 credit hours) Information Assurance Concentration (15 credits required) CIS4250 Privacy 3.0 credit hours CIS4350 Governance, Risk and Compliance (GRC) 3.0 credit hours CIS4410 Identity Access Management (IAM) 3.0 credit hours CIS4420 Secure Development Operations 3.0 credit hours CIS4430 Contractual/Regulatory Compliance 3.0 credit hours Digital Defense Concentration (15 credits required) CFI4473 Digital Media Forensics 3.0 credit hours CFI4475 Network Forensics 3.0 credit hours CFI4477 Computer System Forensic Analysis 3.0 credit hours CFI4479 Network Defense and Countermeasures 3.0 credit hours CIS4352C Ethical Hacking (CEH) 3.0 credit hours Dietetics and Nutrition Bachelor of Science Degree Note: The Bachelor of Science in Dietetics and Nutrition discontinued new enrollments effective August 29, 2022. Please see the Keiser University Graduate Catalog for information about the Master of Science in Clinical Nutrition – Coordinated Program. Program Description Keiser University’s Bachelor of Science degree in Dietetics and Nutrition combines clinical evaluation, community concerns, and food service management into a profession long valued for its service to individuals and the community at large and focused on proper nutrition and the prevention of chronic diseases. The Coordinated Program in Dietetics is unique since the didactic instruction is integrated with the supervised practice. Following graduation, students are eligible to sit for the national Registered Dietitian/Registered Dietitian Nutritionist (RD/RDN) examination. Upon successful completion of this exam, the RD/RDN is eligible for licensure in Florida or any other state that licenses dietitians/nutritionists. The Keiser University Dietetics and Nutrition Coordinated Program offers a concentration in Medical Nutrition Therapy at the Lakeland, Pembroke Pines and Port St. Lucie Campuses. The program concentration in Health Promotion Disease Prevention is offered at the Melbourne Campus. Please note: Effective January 1, 2024, the Commission on Dietetic Registration (CDR) will require a minimum of a master’s degree to be eligible to take the credentialing exam to become a registered dietitian nutritionist (RDN). In addition, CDR will continue to require that individuals complete coursework and supervised practice in program(s) accredited by the Accreditation Council for Education in Nutrition and Dietetics (ACEND). In most states, graduates also must obtain licensure or certification to practice. Graduates who successfully complete the ACEND-accredited coordinated Bachelor of Science in Dietetics and Nutrition program at Keiser University are eligible to take the credentialing exam for RDNs upon completion of the program. If the program is not completed before Jan 1, 2024, however, graduates will also be required to earn a graduate degree to be eligible to take the credentialing exam to become an RDN. The graduate degree can be earned prior to enrolling in the BSDN program or after completing the BSDN program at Keiser University. A graduate degree includes a master’s degree, practice doctorate, doctoral degree (e.g., Ph.D., Ed.D. or, D.Sc.). The graduate degree may also be in any area, provided it is granted by a U.S regionally accredited college/university, or foreign equivalent. All other entry-level dietitian registration eligibility requirements remain the same. Provided registration eligibility is established prior to January 1, 2024, a graduate degree will not be required. Program Mission The mission of the coordinated program in Dietetics and Nutrition is to provide a comprehensive baccalaureate program, inclusive of a high quality didactic curriculum and supervised practice, preparing students for entry-level practice as Registered Dietitians/Registered Dietitian Nutritionists in a diverse environment demonstrating professionalism, leadership, and a commitment to service community needs. Program Goals 1. Prepare a diverse population of graduates for successful careers as Registered Dietitians/Registered Dietitian Nutritionists in a variety of settings. 2. Graduates will be committed to professionalism, leadership, and service to the community while working as Registered Dietitians/ Registered Dietitian Nutritionists. Program Objectives Program Objectives for Goal 1: • At least 80% percent of the program students complete program/degree requirements within 3 years (150% of program length). • The program’s one-year pass rate (graduates who pass the registration exam within one year of first attempt) on the CDR credentialing exam for dietitian nutritionists is at least 80%. • 80% of program graduates take the CDR credentialing exam for dietitian nutritionists within 12 months of program completion. • Of graduates who seek employment, 80% are employed in nutrition and dietetics or a related field within 12 months of graduation • Over a 3-year period, 80% of employers reporting via the employer survey will indicate graduate first year performance rate “average (3) to excellent (5)”. Program Objectives for Goal 2: • 20% of graduates who respond to an alumni survey will report involvement in leadership and/or community activities. • An original copy of a Verification Statement. • A minimum cumulative GPA of 3.0 on a 4.0 scale • Two letters of reference • One- page letter of applications that includes, but is not limited to work and volunteer experience, projected focus in the field of dietetics and applicant’s desire to become a practicing Registered Dietitian/Registered Dietitian Nutritionist. • Criminal background checks, both Level 1 and Level 2 are required at various stages of the program, and are at the student’s expense. • 10-panel drug testing is required before supervised practice and at the discretion of the supervised practice site, and is at the student’s expense. • Uniforms and lab coats are required during core classes and supervised practice, and are at the student’s expense. • Travel to and from supervised practice sites is at the student’s expense. • Background check and drug screening when applicable. • Minimum grade of “C” for general education courses. • Successful completion of BSC2085C, BSC2086C, MCB2000C, STA2023, MAC2015, CGS1000C*, ENC1101*, ENC1102*, CHM2045, CHM 2045L, CHM2046, CHM2046L, HUN2201, BCH1020C, PSY1012* or SYG1000* and AML1000* or ENL1000* or CWL1000* and ECO2013* or ECO1023* are prerequisites for the major. • Minimum cumulative grade average of 3.0 on a scale of 4.0. Alternate Pathways (available only at Lakeland, Pembroke Pines, and Port St. Lucie campuses. The Alternative Pathway is not available at the Melbourne campus.) Graduates of an ACEND-accredited Didactic Program in Dietetics (DPD) who meet the following requirements may apply for the Alternate Pathway Option. Graduates of this alternate pathway option receive a BS in Dietetics and Nutrition, completing the supervised practice and four courses to establish residency (HUN4445 Nutrition and Disease 1, HUN4446 Nutrition and Disease 2, DIE4365 Dietetics Management of Nutrition Program, and DIE 4506 Seminar in Dietetics and Nutrition). These graduates are also eligible to sit for the RD/RDN exam. Applicants must also complete an interview with the Program Coordinator or Program Director and take a pretest to establish placement in a cohort. Other Considerations: Tuition, fees, and financial information is available in the Tuition, Fees, and Other Costs section of this catalog. Prerequisites for Major Courses Program Outline To receive a Bachelor of Science degree in Dietetics and Nutrition, students must complete 120 credit hours as described below. The length of this program is approximately 35 months (this will vary if a student transfers in credits). Lower Division Dietetics Major Courses (3.0 credit hours) HUN2201 Principles of Nutrition 3.0 credit hours Lower Division General Education Courses (48.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credits) PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Introduction to Sociology 3.0 credit hours Computers (3.0 credits) CGS1000C Introduction to Computers 3.0 credit hours Economics (3.0 credits) ECO1023 Microeconomics 3.0 credit hours ECO2013 Macroeconomics 3.0 credit hours English (6.0 credits) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities (6.0 credits) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours CWL1000 Contemporary World Literature 3.0 credit hours Mathematics (6.0 credits) MAC2105 College Algebra 3.0 credit hours STA2023 Statistics 3.0 credit hours Natural Science (24.0 credits) BCH1020C Fundamentals of Biochemistry 4.0 credit hours BSC2085C Human Anatomy/Physiology I 4.0 credit hours BSC2086C Human Anatomy/Physiology II 4.0 credit hours CHM2045 General Chemistry 3.0 credit hours CHM2045L General Chemistry Laboratory 1.0 credit hours CHM2046 Advanced Chemistry 3.0 credit hours CHM2046L Advanced Chemistry Laboratory 1.0 credit hours MCB2000C Microbiology 4.0 credit hours Upper Division Dietetics Major Courses (69.0 credit hours) DIE3125C Management of Dietary Systems 4.0 credit hours DIE3213 Medical Nutrition Therapy 1 3.0 credit hours DIE3246C Medical Nutrition Therapy 2 4.0 credit hours DIE3317 Dietetics in Community Health 3.0 credit hours DIE4365 Dietetics Management of Nutrition Programs 3.0 credit hours DIE4436C Nutrition Counseling and Communication 4.0 credit hours DIE4506 Seminar in Dietetics and Nutrition 3.0 credit hours *DIE4537 Supervised Dietetics Practice 1A & 1B 7.0 credit hours *DIE4538 Supervised Dietetics Practice 2A & 2B 7.0 credit hours DIE4564 Research Methods 3.0 credit hours *DIE4940 Field Experience in Nutrition & Dietetics A & B 7.0 credit hours FOS3021C Fundamentals of Food 4.0 credit hours FOS4041C Food Science 4.0 credit hours HUN3403 Lifecycle Nutrition 3.0 credit hours HUN4241 Advanced Nutrition 4.0 credit hours HUN4445 Nutrition and Disease 1 3.0 credit hours HUN4446 Nutrition and Disease 2 3.0 credit hours *The above supervised practice rotations consist of a variety of sites including foodservice management, community and clinical nutrition. More information about supervised practice is available upon request. Digital Forensics and Incident Response Bachelor of Science Degree Program Description Digital Forensics and Incident Response is the sector of Information Security that applies forensic methodology and processes to examine data breaches, malware infestations, and other cyber-crimes. DF(IR) professionals are needed worldwide to detect compromised systems, discover how and when an attack occurred, understand what data was taken or changed, and quickly contain and remediate cyber incidents. Program Objectives The educational objectives of the Bachelor of Science in Digital Forensics and Incident Response program are to produce graduates whom: • To assist students in becoming proficient in the use of information technology security tools and basic forensic techniques for the collection, preservation, analysis, and reporting of digital network evidence. • To enhance students’ ability to plan for, detect, respond to, and recover from incidences that require network forensic activity. • To provide students with the knowledge, critical thinking skills and communication skills needed in the field of Digital Forensics and Incident Response. • To equip students with the skills needed to analyze the legal considerations for investigating and prosecuting computer crimes to develop a forensic process that is defensible in court. • Develop a student’s ability to apply health and fitness assessments in the development, monitoring and motivation of individuals with exercise prescriptions. • Effectively prepare students to properly conduct and monitor exercise sessions in both healthy and special populations. • Apply learned principles to properly conduct assessments and measurements in sports performance assessments in both healthy and special populations and interpret the results • Analyze and apply principles related to the human movement system as well as using corrective exercise strategies to correct dysfunctional movement patterns. • Prepare graduates for careers in Exercise Science and/or further education. Program Outline To receive a Bachelor of Science degree in Digital Forensics and Incident Response, students must complete 120 credit hours as described below. The length of this program is approximately 35 months (this will vary if a student transfers in credits). Lower Division Digital Forensics and Incident Response Major Courses (36.0 credit hours) CAP2140C Data Forensics I 3.0 credit hours CAP2141C Data Forensics II 3.0 credit hours CCJ1020 Introduction to Criminal Justice 3.0 credit hours CGS2135C Introduction to Computer Forensics 3.0 credit hours CIS2350C Principles of Information Security 3.0 credit hours CJE2600 Criminal Investigations 3.0 credit hours CJE2686C Forensic Cyber Investigations 3.0 credit hours COP2040C Programming for Cybersecurity 3.0 credit hours CTS1156C Supporting Client Operating Systems 3.0 credit hours CTS1305C Essentials of Networking 3.0 credit hours CTS2106C Multi-User Operating Systems (Linux) 3.0 credit hours EEV2598C Networking Software, Security & Admin 3.0 credit hours Lower Division General Education Courses (27.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) AMH1010 American History Pre 1877 3.0 credit hours AMH1020 American History Post 1876 3.0 credit hours POS1041 Political Science 3.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (3.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours PHI1010 Introduction to Philosophy 3.0 credit hours Mathematics (6.0 credit hours) MAC2105 College Algebra 3.0 credit hours STA2023 Statistics (required) 3.0 credit hours Natural Science (6.0 credit hours) BSC1010 General Biology 3.0 credit hours BSC1011 Advanced Biology 3.0 credit hours Upper Division Digital Forensics and Incident Response Major Courses (36.0 credit hours) C JL4133 Criminal Evidence and Procedures 3.0 credit hours CAP4136C Malware Analysis 3.0 credit hours CFI4475 Network Forensics 3.0 credit hours CFI4477 Computer System Forensic Analysis 3.0 credit hours CFI4479 Network Defense and Countermeasures 3.0 credit hours CIS3392C Windows Forensics 3.0 credit hours CIS4365 Corporate Security Policy and Preparedness 3.0 credit hours CJE4244C Analytic Forensic Case Studies 3.0 credit hours CJE4688 Cyber Crimes 3.0 credit hours CNT4188C Internet of Things Forensics 3.0 credit hours EEE4750C Introduction to Image & Video Forensics 3.0 credit hours ISM4320C Applications in Information Security 3.0 credit hours Upper Division General Education Courses (9.0 credit hours) ENC3213 Professional Writing 3.0 credit hours IDS3355 Critical Thinking 3.0 credit hours STA3163 Intermediate Statistics 3.0 credit hours Elective Course (12.0 credit hours) Select from any course offered at Keiser University Exercise Science Bachelor of Science Degree Note: New enrollments into this program were discontinued effective January 10, 2022. See Exercise and Sport Science, Bachelor of Science degree. Program Description Keiser University’s Bachelor of Science degree in Exercise Science combines both didactic instruction integrated with supervised practice and externships necessary to provide the student with the necessary tools to be successful in this field. The focus of this program is to prepare the student to take three nationally recognized accredited field certifications. In addition, the coursework focuses on preparing the student with a strong foundation in science-based General Educations and a balanced offering of Core classes. Following graduation from the Exercise Science program, students will have the necessary requirements to pursue a degree in a variety of medical fields including physical therapy. . Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals: Prerequisites for Major Courses At a minimum, students must successfully complete (with a minimum of a 2.0 or “C” grade in each of these courses) the following two general education requirements before beginning any core coursework. The 2.0 or “C” grade in BSC2085C is the minimum grade a student can earn before a student entering BSC2086C. BSC2085C Human Anatomy and Physiology I BSC2086C Human Anatomy and Physiology II Program Outline To receive a Bachelor of Science degree in Exercise Science, students must complete 120 credit hours as described below. The length of this program is approximately 33 months (this will vary if a student transfers in credits). Lower Division Exercise Science Major Courses (12.0 credit hours) APK2004C *Introduction to Kinesiology 4.0 credit hours PET1384C *Principles of Health and Fitness OR APK2135C Integrated Fitness Programming 4.0 credit hours PET1084C *Health and Performance Assessment 4.0 credit hours *Students must successfully pass this class with a minimum of a 2.0, or “C”. Lower Division General Education Courses (49.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) PSY1012 Introduction to Psychology 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (6.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Mathematics (6.0 credit hours) MAC2105 College Algebra (required) 3.0 credit hours STA2023 Statistics (required) 3.0 credit hours Physics (8.0 credit hours) PHY2053 Physics I 3.0 credit hours PHY2053L Physics I Laboratory 1.0 credit hours PHY2054 Physics II 3.0 credit hours PHY2054L Physics II Laboratory 1.0 credit hours Natural Science (20.0 credit hours) BSC2085C Human Anatomy and Physiology I 4.0 credit hours BSC2086C Human Anatomy and Physiology II 4.0 credit hours BSC1005 General Biology 3.0 credit hours BSC1005L General Biology Laboratory 1.0 credit hours CHM1045 General Chemistry 3.0 credit hours CHM1045L General Chemistry Laboratory 1.0 credit hours CHM1046 Advanced Chemistry 3.0 credit hours CHM1046L Advanced Chemistry Laboratory 1.0 credit hours NOTE: All general education courses should be successfully completed before upper division courses are undertaken. Upper Division Exercise Science Major Courses (43.0 credit hours) PET3056C Motor Development and Learning 4.0 credit hours APK3114C Strength Training and Conditioning 4.0 credit hours APK4050C Research Methods in Health & Human Performance 4.0 credit hours PET3361C Nutrition in Health and Exercise 4.0 credit hours PET31042C Corrective Exercise Techniques 4.0 credit hours PET3639C Advanced Care and Prevention of Athletic Injuries 4.0 credit hours PET4353C Physiology of Fitness & Exercise 4.0 credit hours PET4552C Exercise Programming for Special Populations 4.0 credit hours PET4901C Integrated Studies in Exercise Science Capstone 4.0 credit hours -or- PET4944 Exercise Science Externship III (subject to approval in place of capstone) PET4941 Externship I 3.5 credit hours PET4942 Externship II 3.5 credit hours Upper Division Elective Courses (16.0 credits) Open electives Exercise and Sport Science Bachelor of Science Degree Program Description Keiser University’s Exercise and Sport Science degree is a Bachelor of Science program designed to prepare each student in the application of health, fitness, sport, wellness, and nutrition as an Exercise Specialist. The curriculum facilitates successful completion of internationally recognized certifications and the ability to transfer their knowledge to seek a graduate degree in Physical Therapy, Chiropractic, Physician’s Assistant, and Exercise Science. The concentration selected will help each student to improve their skills for their future discipline. Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals: • To construct and design specific exercise programs based on effective and efficient interpretation of general and sport-specific assessments for necessary development, monitoring, and motivating of athletes/clients/patients. • To advance student skills for proper execution and delivery of one-on-one, small, and large group training sessions for general and special populations, as well as team and single athlete settings. • To deconstruct specific health risk factors playing a role in the development and implementation of fitness and exercise programming for injury prevention, special population consideration, and corrective exercise strategies with regard to scope of practice. • To link the concepts of anatomy, physiology, motor development, and kinesiology for improved perception of human movement and error detection and correction strategies with movement patterns. • To familiarize management, marketing, and promotion techniques of a future health and fitness professional, as well as within specific facilities and markets of interest to build a business and/or individual brand. • To assess the main components of qualitative and quantitative research that can assist students in making proper evidence-based practice decisions and attempt to justify theories developed based on prior research knowledge. • To provide students with a comprehensive background in forensic investigative procedures and techniques. • To instruct students in basic scientific concepts attributable to the natural and physical sciences. • To provide students with a comprehensive background in the current use of natural and physical sciences in the solution of crime • To provide students with a comprehensive background in criminal statutes, rules of criminal procedure, and rules of evidence which affect their capacity to testify effectively as expert witnesses in legal proceedings. • To assist graduates in obtaining entry-level positions where their forensic investigation skills can be employed. • Entering students must achieve a Wonderlic score (or comparable) of 18 or above for entrance to the program; • Undergo level 2 criminal background check; and • Personal interview with campus BS-FI Program Director. • Successful completion of all lower division General Education courses with a grade of “C” or better Prerequisites for Major Courses At a minimum, students must successfully complete (with a minimum grade of 2.0 or “C”) the following two general education requirements before beginning major coursework: BSC2085C Human Anatomy and Physiology I BSC2086C Human Anatomy and Physiology II For course PET3056C, the following prerequisites must be completed before the course can be scheduled: APK2004C Structural Kinesiology PET2353C Exercise Physiology Program Outline To receive a Bachelor of Science degree in Exercise and Sport Science, students must complete 120 credit hours as described below. The length of this program is approximately 40 months (this will vary if a student transfers in credits). Lower Division General Education Courses (32.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) AMH1010 American History Pre 1876 3.0 credit hours AMH1020 American History Since 1876 3.0 credit hours IDS1107 Strategies for Success 3.0 credit hours POS1041 Political Science 3.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech Communications 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (6.0 credit hours) ENC1101 English Composition I* 3.0 credit hours ENC2102 English Composition II* 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours CRW1000 Creative Writing 3.0 credit hours Mathematics (6.0 credit hours) MAC2105 College Algebra 3.0 credit hours MGF2106 College Mathematics 3.0 credit hours MGF2107 Applications of Mathematics 3.0 credit hours STA2023 Statistics (required)* 3.0 credit hours Natural Science (8.0 credit hours) BSC2085C Human Anatomy and Physiology I* 4.0 credit hours BSC2086C Human Anatomy and Physiology II* 4.0 credit hours NOTE: All lower division major and general education courses should be successfully completed before upper division courses are undertaken. Exercise and Sport Science Major Courses (44.0 credit hours) APK2004C Structural Kinesiology* 4.0 credit hours PET1084C Health and Performance Assessment* 4.0 credit hours PET1384C Principles of Health and Fitness* 4.0 credit hours OR APK2135C Integrated Fitness Programming* 4.0 credit hours PET2353C Exercise Physiology 4.0 credit hours APK3114C Strength Training and Conditioning 4.0 credit hours APK4050C Research Methods in Health and Human Performance 4.0 credit hours PET3056C Motor Development and Skill Learning 4.0 credit hours PET3104C Corrective Exercise Techniques 4.0 credit hours PET3361C Exercise and Sports Nutrition 4.0 credit hours PET3639C Advanced Care and Prevention of Athletic Injuries 4.0 credit hours PET4552C Exercise Programming for Special Populations 4.0 credit hours Major Elective Courses (HHP Concentration ONLY) (10.0 credit hours) Include the following or any qualified lower division course in Psychology, Business, Dietetics and Nutrition, or General Education: PET1352C Nutrition and Weight Management 4.0 credit hours PET2082C Foundations of Personal Fitness Training 4.0 credit hours PET2214 Psychology of Exercise & Sport 3.0 credit hours SPM2150 Health & Fitness Facility Administration 3.0 credit hours Exercise and Sport Science Major Courses Health and Human Performance Concentration (34.0 credit hours) APK3112C** Exercise and Sport Pharmacology 4.0 credit hours HSC3172C** Stress Management 4.0 credit hours PET4353C** Advanced Concepts in Exercise Physiology 4.0 credit hours PET4517** Health & Fitness Business Management 4.0 credit hours SPM4157C** Techniques in Group Fitness Instruction 4.0 credit hours COM3131 Interpersonal Communications 3.0 credit hours IDS3355 Critical Thinking 3.0 credit hours ENC3213 Writing for Managers 3.0 credit hours PET4940C*** Exercise and Sport Science Capstone I 4.0 credit hours PET4945C*** Exercise and Sport Science Capstone II 4.0 credit hours PET4947C*** Exercise and Sport Science Capstone III 4.0 credit hours PET4948C*** Exercise and Sport Science Capstone IV 4.0 credit hours PET4941*** Exercise and Sport Science Externship I 4.0 credit hours PET4942*** Exercise and Sport Science Externship II 4.0 credit hours PET4943*** Exercise and Sport Science Externship III 4.0 credit hours PET4944*** Exercise and Sport Science Externship IV 4.0 credit hours ** Must select 9 credits from the following or any qualified upper division course in Psychology, Business, Dietetics and Nutrition, or General Education ***Select 16 credit hours (must be one of the following options: 4 externship or capstone sections or 2 capstones and 2 externships [must be sections I & II for each option]) Exercise and Sport Science Major Courses Applied Exercise Physiology Concentration (44.0 credit hours) BSC2010 Biology I 3.0 credit hours BSC2010L Biology I Laboratory 1.0 credit hours BSC2011 Biology II 3.0 credit hours BSC2011L Biology II Laboratory 1.0 credit hours CHM2045 General Chemistry 3.0 credit hours CHM2045L General Chemistry Laboratory 1.0 credit hours CHM2046 Advanced Chemistry 3.0 credit hours CHM2046L Advanced Chemistry Laboratory 1.0 credit hours PHY2053 Physics I 3.0 credit hours PHY2053L Physics I Laboratory 1.0 credit hours PHY2054 Physics II 3.0 credit hours PHY2054L Physics II Laboratory 1.0 credit hours PET4353C Advanced Concepts in Exercise Physiology 4.0 credit hours PET4941 Exercise and Sport Science Externship I 4.0 credit hours PET4942** Exercise and Sport Science Externship II 4.0 credit hours Open Electives ** ** Must select 9 credits from any Upper Division Major Course or any qualified upper division course in Psychology, Business, Dietetics and Nutrition, or General Education Exercise and Sport Science Major Courses Preprofessional Concentration (variable credit hours**) BSC2010 Biology I 3.0 credit hours BSC2010L Biology I Laboratory 1.0 credit hours BSC2011 Biology II 3.0 credit hours BSC2011L Biology II Laboratory 1.0 credit hours CHM2045 General Chemistry 3.0 credit hours CHM2045L General Chemistry Laboratory 1.0 credit hours CHM2046 Advanced Chemistry 3.0 credit hours CHM2046L Advanced Chemistry Laboratory 1.0 credit hours PHY2053 Physics I 3.0 credit hours PHY2053L Physics I Laboratory 1.0 credit hours PHY2054 Physics II 3.0 credit hours PHY2054L Physics II Laboratory 1.0 credit hours PET4353C Advanced Concepts in Exercise Physiology 4.0 credit hours ** Must select the specified number of credits from any Upper Division Major Course or any qualified upper division course in Psychology, Business, Dietetics and Nutrition, or General Education based on the prior major that was completed before the transfer to the Exercise and Sport Science degree. For example, if a student has an Associate of Science in Physical Therapy Assistant (74 credit hours), they will need to take all Upper Division Major Courses listed above (28 credit hours) plus 18 credit hours of Exercise and Sport Science Major or Elective credit hours to complete the necessary 120 credit hours to earn the Bachelor of Science in Exercise and Sport Science. Forensic Investigations (Investigations Concentration) Bachelor of Science Degree Program Description Keiser University’s Bachelor of Science degree in Forensic Investigations (Investigations Concentration) prepares students with competencies in the collection, preservation, and analysis of physical evidence for presentation in legal proceedings. The program provides students with the skills required to recognize relevant scientific information discoverable through forensic analysis of various types of physical evidence. Oral and written communications regarding the results of investigations and forensic analysis is also emphasized. Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals: Prerequisite for entering the program Entering students must achieve a Wonderlic Score (or comparable) of 18 or above for entrance into the program. Prerequisite for Entering Lower Division Major Courses Prerequisites for entering Upper Division Major Courses All Lower Division courses must be completed with a grade of “C” or better. Graduation Requirements (in addition to Degree Requirements section of the catalog) A grade point average (GPA) of 2.5 or better on a 4.0 system is required. Program Outline To receive a Bachelor of Science degree in Forensic Investigations (Investigations Concentration), students must complete 126 credit hours as described below. The length of this program is approximately 36 months (this will vary if a student transfers in credits). Lower Division Forensic Investigations (Investigations Concentration) Major Courses (31 credit hours) CJB1712C Forensic Photography 4.0 credit hours CJB1714C Forensic Imaging and Processing 4.0 credit hours CJE1650C Introduction to Forensic Science Technology 4.0 credit hours CJE2670C Field Investigative Procedures and Presentation of Evidence 4.0 credit hours CJT1351C Forensic Communication 4.0 credit hours CJT2113 Forensic Legal Concepts 3.0 credit hours CJT2240C Fingerprint Identification and Development 4.0 credit hours CJT2260C Introduction to Biological Evidence 4.0 credit hours Lower Division General Education Courses (47 credit hours) Credit hours in parentheses include the required number of credit hours in each discipline. Behavioral/Social Science (6 credit hours) PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3 credit hours) SPC1017 Speech Communications 3.0 credit hours Computers (3 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (6 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (6 credit hours) MAC2105 College Algebra 3.0 credit hours STA2023 Statistics 3.0 credit hours Natural Science (20 credit hours) BSC2010 Biology I 3.0 credit hours BSC2010L Biology I Laboratory 1.0 credit hour BSC2011 Biology II 3.0 credit hours BSC2011L Biology ll Laboratory 1.0 credit hour BSC2011L Biology II Laboratory 1.0 credit hour CHM2045 General Chemistry 3.0 credit hours CHM2045L General Chemistry Laboratory 1.0 credit hour CHM21046 Advanced Chemistry 3.0 credit hours CHM2046L Advanced Chemistry Laboratory 1.0 credit hour PHY2001 General Physics 3.0 credit hours PHY2001L General Physics Laboratory 1.0 credit hour Upper Division Forensic Investigation (Investigations Concentration) Major Courses (38 credit hours) ANT3524C Fundamentals of Forensic Anthropology 4.0 credit hours BSC3401C Forensic Biology 4.0 credit hours CJF3480C Forensic Chemistry 4.0 credit hours CHS4544C Advanced Topics in Forensic Science 4.0 credit hours CJE3680C Medico-Legal Death Investigation 4.0 credit hours CJF4351C Advanced Evidence Documentation 4.0 credit hours CJF3140C Criminalistics I 4.0 credit hours CJF3141C Criminalistics II 4.0 credit hours CJL4620 Advanced Legal Procedures and Evidence 3.0 credit hours CJL4621 Advanced Evidence Presentation 3.0 credit hours Upper Division Optional Courses (6 credit hours) CCJ3601 Deviant Behavior 3.0 credit hours CCJ4693 Human Exploitation 3.0 credit hours COM3465 Conflict Resolution 3.0 credit hours CJE4688 Cyber Crimes 3.0 credit hours CFI4477 Computer Systems Forensic Analysis 3.0 credit hours CLP4390 Forensic Psychology 3.0 credit hours Forensic Investigations Externships or Optional Courses (4 Credit hours) CJE4940 Forensic Investigations Externship I 2.0 credit hours CJE4941 Forensic Investigations Externship II 2.0 credit hours CJE4950 Forensic Investigations Capstone Course I** 2.0 credit hours CJE4951 Forensic Investigations Capstone Course II** 2.0 credit hours **Forensic Investigations Capstone option is available on approval and recommendation of the campus Forensic Investigations Program Director. To obtain 4 credits hours, a student may take CJE4940 and CJE4951 or CJE4950 & CJE4951 or any combination thereof. Forensic Investigations (Science Concentration) Bachelor of Science Degree Program Description Keiser University’s Bachelor of Science degree in Forensic Investigations (Science Concentration) prepares students for entry level positions with forensic science analytical laboratories and for further scientific training/education. The program provides students with fundamental knowledge with respect to scientific analysis of physical material. Graduates of the program will have completed the prerequisites necessary to be successful in graduate programs in the forensic sciences. Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals: • To develop critical thinkers who are capable of being strong performers in the forensic field. • To prepare students for successful entry into professional and/or related graduate programs. • To develop students’ analytical skills and laboratory techniques routinely applied in the application of the forensic sciences. • To develop students written and verbal competencies, enabling them to formulate concise and accurate reports of the results of scientific analysis. • To develop forensic science professionals who practice within legal and ethical frameworks. Prerequisites for entering the program • Entering students must achieve a Wonderlic Score (or comparable) of 21 or above for entrance into the BS Forensic Investigations (Science Concentration) program • Undergo level 2 criminal background check; and • Personal interview with campus BS-FI Program Director. Prerequisite for Continuing in the Program All Upper and Lower Division courses must be completed with a grade of “C” better. Graduation Requirements (in addition to Degree Requirements section of the catalog) A grade point average of 2.5 or better on a 4.0 system is required to graduate. Program Outline To receive a Bachelor of Science degree in Forensic Investigations (Science Concentration), students must complete 120 credit hours as described below. The length of this program is approximately 34 months (this will vary if a student transfers in credits). Lower Division Forensic Investigation (Science Concentration) Major Courses (39.0 credit hours) CHM2045 General Chemistry 3.0 credit hours CHM2045L General Chemistry Laboratory 1.0 credit hour CHM2046 Advanced Chemistry 3.0 credit hours CHM2046L Advanced Chemistry Laboratory 1.0 credit hour CHM2210 Organic Chemistry I 3.0 credit hours CHM2210L Organic Chemistry I Laboratory 1.0 credit hour CHM2211 Organic Chemistry II 3.0 credit hours CHM2211L Organic Chemistry II Laboratory 1.0 credit hour PHY2053 General Physics I 3.0 credit hours PHY2053L General Physics I Laboratory 1.0 credit hours PHY2054 General Physics II 3.0 credit hours PHY2054L General Physics II Laboratory 1.0 credit hours CJB1712C Forensic Photography 4.0 credit hours CJE1650C Introduction to Forensic Science Technology 4.0 credit hours CJE2670C Field Investigative Procedures and Presentation of Evidence 4.0 credit hours CJT2113 Forensic Legal Concepts 3.0 credit hours Lower Division Forensic Investigation (Science Conc.) General Education Courses (35 credit hours) Credit hours in parentheses include the required number of credit hours in each discipline. Behavioral/Social Science (6.0 credit hours) PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech Communications 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (3.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (6.0 credit hours) MAC2105 College Algebra 3.0 credit hours STA2023 Statistics 3.0 credit hours MAC2311 Calculus I* 3.0 credit hours * MAC2147 Pre-Calculus and Trigonometry is a prerequisite to MAC2311 Calculus I • Present students with a comprehensive background in the history, rules, and traditions of golf. • Expose students to the proper physical and mental competencies required of golf professionals. • Develop students’ abilities in analyzing, making decisions regarding, and managing golf facilities and equipment, course operations, as well as staff. • Provide students the opportunity to demonstrate effective teaching techniques in playing golf. • Examine and synthesize golf management in relation to the hospitality industry. Natural Science (8 credit hours) BSC2010 General Biology 3.0 credit hours BSC2010L General Biology Laboratory 1.0 credit hours BSC2011 Advanced Biology 3.0 credit hours BSC2011L Advanced Biology Laboratory 1.0 credit hours Upper Division Forensic Investigation (Science Concentration) Major Courses (42 credit hours) ANT3524C Fundamentals of Forensic Anthropology 4.0 credit hours BCH4053 Biochemistry I 3.0 credit hours BCH4054 Biochemistry II 3.0 credit hours BSC3401C Forensic Biology 4.0 credit hours CJF3480C Forensic Chemistry 4.0 credit hours CJE3680C Medico-Legal Death Investigations 4.0 credit hours CJF4351C Advanced Evidence Documentation 4.0 credit hours CHS4544C Advanced Topics in Forensic Science 4.0 credit hours MCB3020 Microbiology 3.0 credit hours MCB3020L Microbiology Laboratory 1.0 credit hour PCB3063 Genetics 3.0 credit hours PCB3063L Genetics Laboratory 1.0 credit hour PCB3522 Molecular Biology I 3.0 credit hours PCB3522L Molecular Biology I Laboratory 1.0 credit hour Forensic Investigations Externships or Optional Courses (4 Credit hours) CJE4940 Forensic Investigations Externship I 2.0 credit hours CJE4941 Forensic Investigations Externship II 2.0 credit hours CJE4950 Forensic Investigations Capstone Course I** 2.0 credit hours CJE4951 Forensic Investigations Capstone Course II** 2.0 credit hours **Forensic Investigations Capstone option is available on approval and recommendation of the campus Forensic Investigations Program Director. To obtain 4 credits hours, a student may take CJE4940 and CJE4951 or CJE4950 & CJE4951 or any combination thereof. Golf Management Bachelor of Science Degree Program Description The Bachelor of Science degree in Golf Management program prepares students for careers in the golf industry. Coursework is designed to assist students in gaining the specialized knowledge required for a successful career in the golf industry. Students receive a blend of classroom instruction and hands-on experiential learning. Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals: Program Outline To receive a Bachelor of Science degree in Golf Management, students must complete 120 credit hours as described below. The length of this program is approximately 40 months (this will vary if a student transfers in credits). Lower Division Major Courses (36 credit hours) SPM1050 Traditions of Golf: History & Culture 3.0 credit hours SPM1051 Golf Swing Fundamentals 3.0 credit hours SPM1052 Short Game Fundamentals 3.0 credit hours SPM1053 The Mental Approach to Golf 3.0 credit hours SPM1054 Fundamentals of Golf Instruction 3.0 credit hours SPM1056 Golf Club Fitting and Repair 3.0 credit hours SPM 1057 Rules of Golf 3.0 credit hours SPM2440 Tournament Management 3.0 credit hours SPM2642 Golf Course Design & Maintenance 3.0 credit hours SPM2612 Club Management 3.0 credit hours SPM2058 Advanced Golf Instruction 3.0 credit hours SPM2810 The Business of Golf 3.0 credit hours Lower Division General Education Courses (36 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (6 credits) PSY1012 Introduction to Psychology* 3.0 credit hours SYG1000 Sociology* 3.0 credit hours IDS1107 Strategies for Success 3.0 credit hours POS1041 Political Science 3.0 credit hours Communications (3 credits) SPC1017 Speech Communication 3.0 credit hours Computers (3 credits) CGS1000C Introduction to Computers 3.0 credit hours English (6 credits) ENC1101 English Composition I* 3.0 credit hours ENC2102 English Composition II* 3.0 credit hours Humanities/Fine Arts (6 credits) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours FIL2031 History of Film 3.0 credit hours FIL1000 Film Appreciation 3.0 credit hours Mathematics (6 credits) MAC2105 College Algebra 3.0 credit hours MGF2106 College Mathematics 3.0 credit hours STA2023 Statistics (required) 3.0 credit hours Natural Science (6 credits) BSC1010 General Biology 3.0 credit hours BSC1011 Advanced Biology 3.0 credit hours BSC1030 Environmental Science 3.0 credit hours CHM2045 General Chemistry 3.0 credit hours CHM2046 Advanced Chemistry 3.0 credit hours OCB1010 General Marine Biology 3.0 credit hours *Must be completed with a grade of “C” or higher for Gordon Rule credit NOTE: All lower division courses should be successfully completed before upper division courses are undertaken. Upper Division Major Courses (30 credit hours) SPM3110 Golfer Development Programs 3.0 credit hours SPM3115 Principles and Science of Coaching 3.0 credit hours SPM3310 Golf Marketing 3.0 credit hours SPM4104 Venue and Event Management 3.0 credit hours SPM4128 HR Management for the Golf Profession 3.0 credit hours SPM4150 Sport Administration and the Law 3.0 credit hours PET3104 Golf Facility Operations 3.0 credit hours PEL4122 Golf Performance Development 3.0 credit hours PEL4031 Advanced Rules of Golf 3.0 credit hours PSY4830 Sport Psychology 3.0 credit hours Upper Division Elective Courses (12 credit hours) Students may choose any qualified upper division courses in Exercise Science, Sports Medicine, or Business. The program director or academic dean may approve other courses for substitution. Upper Division General Education Courses (6 credit hours) IDS3355 Critical Thinking 3.0 credit hours COM3465 Conflict Resolution 3.0 credit hours MAN4113 Managing Diversity 3.0 credit hours PSY4830 Sport Psychology 3.0 credit hours Health and Human Performance Bachelor of Science Degree Note: On August 31, 2020, this program was renamed to Health and Human Performance after previously being known as Sports Medicine and Fitness Technology. New enrollments into the program were discontinued effective January 10, 2022. See Exercise and Sport Science, Bachelor of Science degree. Program Description Keiser University’s Bachelor of Science degree in Health and Human Performance focuses on entry-level health fitness assessment, exercise and physical activity prescription, and lifestyle modification. The program provides a basic understanding of health risk factors, physiological adaptations to exercise, injury prevention, personal wellness and care, corrective strategies, and addresses all components of activity as related to sports and exercise. Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals: • Construct health and fitness-related assessments and decipher those results to develop appropriate exercise prescription for all ability levels. • Investigate health and fitness components to indoctrinate individuals regarding exercise sessions. • Correlate between exercise physiological adaptations and psychological factors of fitness and exercise programs. • Interpret biomechanical principles and their relationship to optimal movement for sport and exercise. • Analyze and evaluate real-world experiences through the appropriate legal, professional, and ethical means of care to patients, clients, and athletes. • Identify and execute specific safety protocols to use in diverse situations. • Develop communication strategies and styles that are appropriate for different facilities and subjects. Prerequisites for Major Courses At a minimum, students must successfully complete (with a minimum grade of 2.0 or “C”) the following two general education requirements before beginning major coursework: BSC2085C Human Anatomy and Physiology I BSC2086C Human Anatomy and Physiology II For course PET3056C, the following prerequisites must be completed before the course can be scheduled: APK2004C Introduction to Kinesiology PET2353C Exercise Physiology Program Outline To receive a Bachelor of Science degree in Health and Human Performance, students must complete 120 credit hours as described below. The length of this program is approximately 34 months (this will vary if a student transfers in credits). Lower Division Health and Human Performance Major Courses (26.0 credit hours) PET1084C or Health and Performance Assessment* 4.0 credit hours APK2135C PET1352C Nutrition and Weight Management 4.0 credit hours PET1384C Principles of Health and Fitness* 4.0 credit hours APK2004C Introduction to Kinesiology* 4.0 credit hours PET2353C Exercise Physiology 4.0 credit hours PET2941 Externship I 3.0 credit hours PET2942 Externship II 3.0 credit hours Lower Division Electives Courses (6.0 credit hours) Include the following or any qualified lower division course in Psychology, Business, Dietetics and Nutrition, or General Education: PET2082C Exercise Leadership I 4.0 credit hours PET2214 Sports Psychology 3.0 credit hours SPM2150 Sports Administration 3.0 credit hours Lower Division General Education Courses (32.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) AMH1010 American History Pre 1876 3.0 credit hours AMH1020 American History Since 1876 3.0 credit hours IDS1107 Strategies for Success 3.0 credit hours POS1041 Political Science 3.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech Communications 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (6.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II* 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours CRW1000 Creative Writing 3.0 credit hours Mathematics (6.0 credit hours) MAC2105 College Algebra 3.0 credit hours MGF2106 College Mathematics 3.0 credit hours MGF2107 Applications of Mathematics 3.0 credit hours STA2023 Statistics (required)* 3.0 credit hours Natural Science (8.0 credit hours) BSC2085C Human Anatomy and Physiology I* 4.0 credit hours BSC2086C Human Anatomy and Physiology II* 4.0 credit hours NOTE: All lower division major and general education courses should be successfully completed before upper division courses are undertaken. Upper Division Health and Human Performance Major Courses (36.0 credit hours) APK3114C Strength Training and Conditioning 4.0 credit hours APK4050C Research Methods in Health and Human Performance 4.0 credit hours PET3056C Motor Development and Skill Learning 4.0 credit hours PET3361C Nutrition in Health and Exercise 4.0 credit hours PET3639C Advanced Care and Prevention of Athletic Injuries 4.0 credit hours PET3104C Corrective Exercise Techniques 4.0 credit hours PET4552C Exercise Programming for Special Populations 4.0 credit hours PET4940C or Integrated Studies in Sports Medicine PET4943 Capstone OR SMFT Externship III 4.0 credit hours PET4945C or Integrated Studies in Sports Medicine II PET4946 Capstone OR SMFT Externship IV 4.0 credit hours Upper Division Electives Courses (15.0 credit hours General Education Courses (9.0 credit hours) COM3131 Interpersonal Communication for Professionals 3.0 credit hours ENC3213 Professional Writing 3.0 credit hours IDS3355 Critical Thinking 3.0 credit hours *Must be passed with a “C” or better 4.0 credit hours Performance PET3056C Motor Development and Skill Learning 4.0 credit hours PET3361C Nutrition in Health and Exercise 4.0 credit hours PET3639C Advanced Care and Prevention of Athletic Injuries 4.0 credit hours PET3104C Corrective Exercise Techniques 4.0 credit hours PET4552C Exercise Programming for Special Populations 4.0 credit hours PET4940C Integrated Studies in Sports Medicine Capstone OR SMFT Externship III 4.0 credit hours Upper Division Electives Courses (15.0 credit hours) Include the following or any qualified upper division course in Psychology, Business, Dietetics and Nutrition, or General Education HSC3172C Stress Management 4.0 credit hours PET4517C Sports Business Management 3.0 credit hours SPM4157C Exercise Leadership II 4.0 credit hours SPM4305 Sports Marketing and Promotions 3.0 credit hours General Education Courses (9.0 credit hours) COM3131 Interpersonal Communication for Professionals 3.0 credit hours ENC3213 Professional Writing 3.0 credit hours IDS3355 Critical Thinking 3.0 credit hours *Must be passed with a “C” or better Health Information Management Bachelor of Science Degree Program Description Keiser University’s Bachelor of Science degree in Health Information Management (HIM) prepares students to interact with all levels of an organization – clinical, financial, administrative, and information systems – that employ patient data in decision-making and everyday operations. HIM professionals work with information technology, systems and databases to manage and secure large amounts of complex data clinicians and healthcare organizations depend on to deliver and finance quality patient care. The program provides students with knowledge of medical, administrative, legal and ethical requirements and standards related to healthcare delivery and privacy of protected patient information. Students are trained to position themselves as the critical link between care providers, payers, and patients by possessing critical-thinking and problem-solving abilities as well as communication and interpersonal skills. The program also instills a commitment to life-long learning and important ethical values. The program fosters the acquisition of leadership abilities and systems-thinking necessary for adapting careers within a changing healthcare environment. The Bachelor of Science Degree in Health Information Management program at Keiser University, Fort Lauderdale, is accredited by the Commission on Accreditation for Health Informatics and Information Management Education (CAHIIM), 233 N. Michigan Avenue, 21st floor, Chicago, IL 60601-5800. http://cahiim.org. Certifications Graduates of Keiser University’s Bachelor of Science in Health Information Management program are eligible to sit for the Registered Health Information Administrator (RHIA) exam offered by the American Health Information Management Association (AHIMA). Wage and Career Outlook The U.S. Bureau of Labor Statistics employment projections for Health Information Management careers indicate a 17% job growth from 2014 to 2024, much faster than the average for all occupations. Registered Health Information Administrator can look forward to many expanding career opportunities due to increasing demand for medical services due to aging baby-boomers, patient privacy/data security legislation and computerization of health information. Health Information professionals work in a multitude of settings throughout the healthcare industry including hospitals, group medical practices, nursing homes, clinics, insurance companies, government agencies and home care providers. Program Mission Statement The mission of the Bachelor of Science Degree in Health Information Management (HIM) program at Keiser University is to provide didactic and professional practice instruction that will allow students to perform as competent Health Information Managers; and to fill the needs of HIM in local and regional communities. Program Goals • The program’s mission is further defined in the following goals: • Bachelor of Science in Health Information Management students will demonstrate professional written and verbal communication skills. • Bachelor of Science in Health Information Management students will demonstrate ethical, professional and legal standards of conduct appropriate for HIM profession. • Graduates are competent to fill entry-level HIM positions. • Graduates will be prepared to pass the RHIA exam. Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals. • To develop health information administrators who can function as the critical link between healthcare providers, payers, and patients. • To develop health information administrators who possess comprehensive knowledge of medical, administrative, ethical and legal requirements and standards related to healthcare delivery and the privacy of protected patient information. • To develop health information administrators who can interact with all levels of an organization –clinical, financial, administrative, and information systems– that employ patient data in decision –making and everyday operations. • To develop a student’s ability to think critically and communicate effectively. • To train students in the use of the medical language and classification systems used to code diagnoses and procedures in patient records for continuity of care, healthcare reimbursement, and medical research. • To prepare and assist graduates in obtaining entry-level employment in health information administration. • A background check and drug screening may be required by the externship site. • Minimum grade of “C” for all general education and major core courses is required. • Enhance students’ leadership abilities within the healthcare profession • Explore the political, legal and ethical issues that impact on the practice of healthcare • Foster interdisciplinary collaboration within a healthcare setting • Develop a healthcare provider’s ability to educate clients, colleagues and the general public • Enhance students’ leadership abilities within the healthcare profession • Explore the political, legal and ethical issues that impact on the practice of healthcare • Foster interdisciplinary collaboration within a healthcare setting • Develop a healthcare provider’s ability to educate clients, colleagues and the general public Program Outcomes Click here to view the Health Information Management Program Outcomes. Prerequisites for the HIM Externship Course Program Outline To receive a Bachelor of Science degree in Health Information Management, students must complete 120 credit hours as described below. The length of this program is approximately 39 months (this will vary if a student transfers in credits). Lower Division Health Information Management Major Courses (40.0 credit hours) HIM1000C Introduction to Health Information Management 3.0 credit hours HIM1110C Health Data Concepts and Standards 3.0 credit hours HIM1012C Legal Aspects of Health Information Management 3.0 credit hours HSC1531 Medical Terminology 3.0 credit hours HIM1433 Pathophysiology for Health Information Management 4.0 credit hours HIM1141C Pharmacology for Health Information Management 3.0 credit hours HIM2410C ICD-10-CM/PCS Coding I 3.0 credit hours HIM2412C ICD-10-CM/PCS Coding II 3.0 credit hours HIM2728C ICD-10-CM/PCS Coding III 3.0 credit hours HIM2080C CPT/HCPCS Coding 3.0 credit hours HIM2275C Health Insurance and Reimbursement 3.0 credit hours XXXX Open Elective 3.0 credit hours XXXX Open Elective 3.0 credit hours Lower Division General Education Courses (26.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3 credits) PSY1012 Introduction to Psychology 3.0 credit hours Computers (3 credits) CGS1000C Introduction to Computers 3.0 credit hours English (3 credits) ENC1101 English Composition I 3.0 credit hours Humanities/Fine Arts (3 credits) AML1000 American Literature or 3.0 credit hours ENL 1000 English Literature 3.0 credit hours Mathematics (6 credits) MAC2105 College Algebra or 3.0 credit hours MGF2106 College Mathematics 3.0 credit hours MGF2107 Applications of Mathematics 3.0 credit hours STA2023 Statistics (Required) 3.0 credit hours Natural Science (8 credits) BSC2085C Human Anatomy/Physiology I 4.0 credit hours BSC2086C Human Anatomy/Physiology II 4.0 credit hours Upper Division Health Information Management Major Courses (42.0 credit hours) HIM3407C Alternative Health Record Systems 3.0 credit hours ISM3112 Systems Analysis 3.0 credit hours ISM4113 Systems Design 3.0 credit hours ISM4212 Database Management Systems 3.0 credit hours HIM3106C Healthcare Informatics I 3.0 credit hours HIM3107C Healthcare Informatics II 3.0 credit hours FIN3373 Healthcare Finance 3.0 credit hours HIM4308C Revenue Management and Compliance 3.0 credit hours HIM4306C Organizational Management & Leadership 3.0 credit hours HIM4504C Data Analytics and Research Methods 3.0 credit hours HIM4508C Quality Management 3.0 credit hours ACG3024 Accounting for Non-Financial Managers 3.0 credit hours HIM3806C Professional Practice Experience & Review 3.0 credit hour HIM4942 Health Information Management Externship 3.0 credit hours Upper Division General Education Courses (12.0 credit hours) CGS3300 Management Information Systems 3.0 credit hours ENC3213 Professional Writing 3.0 credit hours IDS3355 Critical Thinking 3.0 credit hours STA3163 Intermediate Statistics 3.0 credit hours Health Science Bachelor of Science Degree Program Description The Bachelor of Science in Health Science is designed for graduates of associate of science programs in allied health fields (including KU A.S. Medical Assisting and A.S. Medical Assisting Science) to enhance their knowledge and skills as a member of the modern healthcare team. The program supports expansion of the professional role with a focus on interdisciplinary collaboration, problem-solving and leadership capabilities for meeting the ever-changing needs of today’s dynamic healthcare system. Program Objectives The following objectives are designed to meet Keiser University’s mission and goals: Program Mission: The Bachelor of Science in Health Science is designed for graduates of associate of science programs in allied health fields (including KU A.S. Medical Assisting and A.S. Medical Assisting Science) to enhance their knowledge and skills as a member of the modern healthcare team. The program supports expansion of the professional role with a focus on interdisciplinary collaboration, problem-solving and leadership capabilities for meeting the ever-changing needs of today’s dynamic healthcare system. Program Goals: Prerequisites for Major Courses Graduation from an accredited associate degree program in an allied health field The following lower division courses must be successfully completed before beginning upper division major courses (Course equivalency is established by the Dean of Academic Affairs from official transcripts received from accredited institutions): • DEP2004 Life Span Development • ECO2013 Macroeconomics • ENC2102 English Composition II • MAC2105 College Algebra OR • MGF2106 College Mathematics OR • MGF2107 Applications of Mathematics • STA2023 Statistics A minimum 24 semester credit hours of general education courses must be earned by students transferring credits from another associate degree program. Program Outline This is a degree program for graduates of associate degree programs in an allied health field. To receive a Bachelor of Science degree in Health Science, students must complete an additional 60 credit hours as described below. The length of this program is approximately 20 months (this will vary if a student transfers in credits). A combined total of 120 credit hours is required for the degree. NOTE: All lower division major and general education courses must be successfully completed before upper division courses are undertaken. Upper Division Health Science Major Courses (48.0 credit hours) FIN3373 Healthcare Financing 3.0 credit hours HSC3010 Healthcare Settings Analysis 3.0 credit hours HSA3341 Conflict Management in Healthcare 3.0 credit hours HSA3150 Public Policy in Healthcare 3.0 credit hours HSA3412 Cultural Competency in Healthcare 3.0 credit hours HSA4140 Program Planning and Evaluation 3.0 credit hours HSA4185 Leadership in Healthcare Organizations 3.0 credit hours HSA4222 Long-Term Managed Care Systems 3.0 credit hours HSA4502 Risk Management in Healthcare 3.0 credit hours HSC3231 Client Education in Healthcare 3.0 credit hours HSC3057 Research Methods in Health Care 3.0 credit hours HSC3500 Epidemiology 3.0 credit hours HSC4250 Task Analysis and Curriculum Development in the Health Professions 3.0 credit hours MAN3025 Introduction to Management/Organizational Behavior 3.0 credit hours MAR3712 Healthcare Marketing 3.0 credit hours PLA3523 Health Law and Ethics 3.0 credit hours Upper Division General Education Courses (12.0 credit hours) CGS3300 Management Information Systems 3.0 credit hours COM3131 Interpersonal Communication for Professionals 3.0 credit hours ENC3213 Professional Writing 3.0 credit hours IDS3355 Critical Thinking 3.0 credit hours Imaging Sciences Bachelor of Science Degree Program Description Keiser University’s Bachelor of Science in Imaging Sciences degree program develops the administrative and/or clinical knowledge of technologists, providing the educational foundation for advanced certifications and career growth. Students may choose from concentrations in imaging administration or clinical imaging depending upon the student’s area of interest and career pathway. The program offers technologists advanced course work toward a bachelor’s degree completion and at least partial fulfillment of post-primary certification eligibility requirements. The program curriculum provides foundational courses in current interdisciplinary and administrative aspects of an imaging department. Additionally, the program allows for a more focused study of leadership and of advanced technological or clinical aspects of the imaging sciences through a specific concentration choice. Program Mission The mission of the Keiser University Bachelor of Science in Imaging Sciences program is to meet the changing needs of the healthcare community by offering career advancement opportunities to Radiography, Magnetic Resonance Imaging, Nuclear Medicine Technology, Diagnostic Medical Sonography, or Radiation Therapy technologists. The Imaging Sciences program utilizes a multidisciplinary approach to prepare students for upward career mobility in imaging management and/or imaging technology. Program Goal Apply advanced knowledge, innovative technologies, and management skills essential to the medical imaging and therapeutic professions. Program Objectives The program’s mission and goals are further defined in the following program objectives: • Apply analytical and managerial skills for diverse healthcare settings • Communicate with internal and external healthcare stakeholders • Investigate advanced, current, and emerging diagnostic imaging technologies • Demonstrate effective leadership skills Prerequisites for Major Courses Pre-Licensure Requirements** • Completion of KU Nuclear Medicine Technology, Radiation Therapy, Radiologic Technology or Diagnostic Medical Sonography curriculum. • All applicants must satisfy general education requirements with a grade of “C” or above. Post-Licensure Requirements • Graduation from either an associate’s degree program or a diploma/certificate program. • Diploma/Certificate/International graduates and applicants who attended a non-accredited academic institution must satisfy all general education requirements before beginning upper division major courses. • Credentialing in one of the following: Radiology Technology, Magnetic Resonance Imaging, Nuclear Medicine Technology, Diagnostic Medical Sonography, or Radiation Therapy is required for admission. • Proof of current, active, and non-restricted professional licensure in the state of Florida is required for the Clinical Imaging Concentration.** • All applicants must satisfy general education requirements with a grade of “C” or above. Program Outline This is a degree completion program for graduates of associate degree or diploma/certificate programs in specific disciplines. To receive a Bachelor of Science degree in Imaging Sciences, students must complete an additional 24 credit hours and meet other requirements as described above. The length of this program is approximately eight months, which will vary based on student transfer credits. A combined total of 122-128 credit hours is required for the degree. Program requirements are as follows: NOTE: All lower division major and general education courses must be successfully completed before upper division courses are undertaken. General Education Requirements (36 - 38 credit hours) Behavioral/Social Science (3 credit hours) PSY1012 Psychology 3.0 credit hours Communications (3 credit hours) SPC1017 Speech Communication 3.0 credit hours Computers (3 credit hours) CGS1000 Introduction to Computers 3.0 credit hours English (6 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (6 credit hours) MAC2105 College Algebra 3.0 credit hours STA2023 Statistics 3.0 credit hours Natural Science (8 credit hours) BSC2085C Human Anatomy/Physiology I 4.0 credit hours BSC2086C Human Anatomy/Physiology II 4.0 credit hours General Education Electives (3-6 credits) CHM2045 General Chemistry 3.0 credit hours CHM2045L General Chemistry Lab 1.0 credit hour PHY2001 General Physics 3.0 credit hours COM3131 Interpersonal Communication 3.0 credit hours ENC3213 Professional Writing 3.0 credit hours IDS3355 Critical Thinking 3.0 credit hours STA3163 Intermediate Statistics 3.0 credit hours Lower Division Major (55-68 Credits) Graduation from either an associate’s degree program or a diploma/certificate program in Radiology Technology, Magnetic Resonance Imaging, Nuclear Medicine Technology, Diagnostic Medical Sonography, or Radiation Therapy. Upper Division Major Courses (24 credit hours) Imaging Administration Concentration (12 credit hours from the following) HSA3150 Public Policy in Healthcare 3.0 credit hours HSA4502 Risk Management in Healthcare 3.0 credit hours MAN3025 Introduction to Management/Org Behavior 3.0 credit hours MAN4113 Managing Diversity 3.0 credit hours MAN4164 Leadership 3.0 credit hours MAN4337 Performance Management 3.0 credit hours MAR3712 Healthcare Marketing 3.0 credit hours PLA3523 Health Law and Ethics 3.0 credit hours RTE4205 Radiology Operations Management 3.0 credit hours RTE4208 Economics in Medical Imaging 3.0 credit hours RTE4930 Accreditation & Regulation in Imaging Sciences 3.0 credit hours Clinical Imaging Concentration* (12 credit hours from the following) RTE3474 Quality Management 3.0 credit hours RTE3561 Special Radiographic Procedures 3.0 credit hours RTE3588 Mammography 3.0 credit hours RTE3590 Computed Tomography (required or RTE3591 Magnetic Resonance Imaging I) 3.0 credit hours RTE3591 Magnetic Resonance Imaging I (required or RTE3590 Computed Tomography) 3.0 credit hours RTE3765 Cross Sectional Anatomy (required) 3.0 credit hours RTE3940 Internships/Practicums/Clinical Practice (required) 3.0 credit hours RTE3941 Internships/Practicums/Clinical Practice 3.0 credit hours RTE4205 Radiology Operations Management 3.0 credit hours RTE4592 Magnetic Resonance Imaging II 3.0 credit hours RTE4940 Internships/Practicums/ Clinical Practice 3.0 credit hours *Available at Miami Campus only Imaging Science Electives (12 credit hours from the following) HSA3341 Conflict Management in Healthcare 3.0 credit hours HSA3412 Cultural Competency in Healthcare 3.0 credit hours HSA4185 Leadership in Healthcare Organizations 3.0 credit hours HSA4502 Risk Management in Healthcare 3.0 credit hours MAN3611 Cross-Cultural Management 3.0 credit hours MAN4164 Leadership 3.0 credit hours MNA3324 Recruitment, Selection and Staffing 3.0 credit hours MNA4404 Management Law and Employee Relations 3.0 credit hours RTE4941 Internships/Practicums/Clinical Practice 3.0 credit hours RTE3590 Computed Tomography 3.0 credit hours RTE3591 Magnetic Resonance Imaging I 3.0 credit hours RTE3765 Cross Sectional Anatomy 3.0 credit hours MAN4113 Managing Diversity 3.0 credit hours MAN3025 Introduction to Mgmt/Org Behavior 3.0 credit hours Information Technology Bachelor of Science Degree Program Description Keiser University‘s Bachelor of Science in Information Technology provides a comprehensive program of study, designed to prepare graduates for positions in network operations, cybersecurity, or application development environments. Students learn to plan, design, test, implement, and evaluate network and data communications systems. Students are provided a hands-on collaborative learning curriculum based on industry led criteria. Students can concentrate studies in Networking, Cybersecurity, or Programming. In all concentrations offered in Information Technology, the program fosters the acquisition of systems-thinking and research skills necessary within a dynamic technical environment. Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals: • Provide students with a comprehensive background in information technology procedures and techniques with emphasis on networking, programming, and cybersecurity. • Train students to properly conduct research for recommending hardware and software solutions to solve business problems. • Identify issues and strategies for designing and implementing computer-based solutions in a variety of computing and business environments. • Provide the skill sets to analyze, design, test, evaluate, and secure network infrastructures and development environments. • Develop the skills necessary for managing and leading information technology projects and teams. • Assist graduates in obtaining positions in information technology and related fields. • Develop the students’ ability to communicate effectively and think critically • To educate students in basic business principles applicable to information technology management • To increase knowledge of the business side of technology by learning and applying customer-centered problem analysis, design and implementation • To develop written and oral communication skills necessary for a successful management career Prerequisites for Major Courses None Program Outline To receive a Bachelor of Science degree in Information Technology, students must complete 120.0 credit hours as described below. The length of this program is approximately 40 months (this will vary if a student transfers in credits). Lower Division Information Technology Major Courses (24.0 credit hours) CET1171C Computer Service and Support PC Systems I 3.0 credit hours CET1172C Computer Service and Support PC Systems II 3.0 credit hours CIS2350C Principles of Information Security 3.0 credit hours CTS1156C Supporting Client Operating Systems 3.0 credit hours CTS1305C Essentials of Networking 3.0 credit hours CTS1328C Managing and Maintaining Server Operating Systems 3.0 credit hours CTS2106C Multi-User Operating Systems 3.0 credit hours COP1034C Programming for Technology Professionals 3.0 credit hours Lower Division Concentration Courses (12.0 credit hours) – Select One: Networking Concentration CGS1540C Introduction to Database Management 3.0 credit hours CTS2302C Implementing Directory Services 3.0 credit hours CTS2304C Internetworking Technologies 3.0 credit hours CTS2306C Implementing a Network Infrastructure 3.0 credit hours Programming Concentration COP1800C Java Programming I 3.0 credit hours COP1805C Java Programming II 3.0 credit hours COP1411C Data Structures & Algorithms 3.0 credit hours CEN2010 Software Engineering I 3.0 credit hours Cybersecurity Concentration CIS2208 Social, Economic, and Policy Aspects of Cybersecurity 3.0 credit hours CIS2218 Human Aspects of Cybersecurity 3.0 credit hours CIS2253 C Cybersecurity Ethics 3.0 credit hours CIS2690 Cloud Security 3.0 credit hours Lower Division General Education Courses (30.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) Any behavioral or social science offered by the university 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech Communication 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (6.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (6.0 credit hours) MAC2105 College Algebra 3.0 credit hours STA2023 Statistics 3.0 credit hours Natural Science (6.0 credit hours) Any Natural Science offered by the university 6.0 credit hours NOTE: All lower division major and general education courses should be successfully completed before upper division courses are undertaken. Upper Division Information Technology Major Courses (18.0 credit hours) CTS3370C Designing a Virtual Infrastructure 3.0 credit hours CIS3205 Cyber Laws, Frameworks, and Standards 3.0 credit hours CIS4253 Ethics in Information Technology 3.0 credit hours CTS4323C Enterprise Planning & Optimization 3.0 credit hours CTS4321C Advanced Linux Administration 3.0 credit hours ISM4212 Database Management Systems 3.0 credit hours Upper Division Concentration Courses (18.0 credit hours) – Select One Networking Concentration CIS3014C Enterprise Server Administration 3.0 credit hours CET3482C Unified Communications 3.0 credit hours CTS3364C Managing Microsoft 365 3.0 credit hours CEN4086 Cloud and Internet Computing 3.0 credit hours CTS4113C Wireless Networks and Mobile Computing 3.0 credit hours CTS4652C Advanced Routing Technologies 3.0 credit hours Programming Concentration COP2830C Web Development I 3.0 credit hours CEN3011 Software Engineering II 3.0 credit hours COP1035C Python Programming 3.0 credit hours COP3655 C Cross-Platform Mobile Application Development 3.0 credit hours COP4667 Android Development 3.0 credit hours COP4665 iOS Development 3.0 credit hours Cybersecurity Concentration CIS4250 Privacy 3.0 credit hours CIS4410 Identity Access Management 3.0 credit hours CIS4430 Contractual/Regulatory Compliance 3.0 credit hours CIS3400 Critical Infrastructure Risk Management 3.0 credit hours CIS3600 Protecting Cyber-Physical Systems 3.0 credit hours CIS4352C Ethical Hacking 3.0 credit hours Upper Division Elective Courses (9.0 credit hours) ISM3112 Systems Analysis 3.0 credit hours MAN4583 Project Management 3.0 credit hours CTS4935 IT Capstone 3.0 credit hours CTS4942 Internship I 3.0 credit hours CTS4943 Internship II 3.0 credit hours CTS4944 Internship III 3.0 credit hours Upper Division General Education Courses (9.0 credit hours) STA3163 Intermediate Statistics 3.0 credit hours CGS3300 Management Information Systems 3.0 credit hours Any 3000 or 4000 level general education courses offered by the university 3.0 credit hours Information Technology Management Bachelor of Science Degree Program Description Keiser University’s Bachelor of Science degree in Information Technology Management is a completion program for graduates of associate of science programs in computer-related fields including Information Technology, Information Technology Management, Software Development, Networking Systems Technology, and Technology Project Management. The Bachelor of Science in Information Technology Management prepares computer technicians as information technology professionals, supervisors or managers. Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals: Prerequisites for Major Courses • This is a degree completion program. Applicants must possess an associate degree from an accredited institution or complete the prerequisites and general education credits as required of the baccalaureate degree program of study. Credits may be awarded via transfer of credit, and/or through completion of designated courses within the program of study. Program Outline This is a degree completion program for graduates of associate degree programs in a computer related field. To receive a Bachelor of Science degree in Information Technology Management, students must complete an additional 60 credit hours as described below. The length of this program is approximately 20 months (this will vary if a student transfers in credits). A combined total of 120 credit hours is required for the degree. Information Technology Management Major Courses (45.0 credit hours) ACG3024 Accounting for Non-Financial Majors 3.0 credit hours BUL3130 Legal and Ethical Environments of Business 3.0 credit hours CIS4253 Ethics in Information Technology 3.0 credit hours CIS4365 Corporate Security Policy and Preparedness 3.0 credit hours ISM3112 System Analysis 3.0 credit hours ISM3483 eBusiness Infrastructure Management 3.0 credit hours ISM4113 Systems Design 3.0 credit hours ISM4130 Information Systems Implementation 3.0 credit hours ISM4153 Enterprise Information Systems 3.0 credit hours ISM4212 Database Management Systems 3.0 credit hours ISM4300 Information Technology Management 3.0 credit hours ISM4302 Information Technology Planning 3.0 credit hours MAN3025 Introduction to Management/Organizational Behavior 3.0 credit hours MAN3504 Operations Management 3.0 credit hours MAN4583 Project Management 3.0 credit hours Upper Division General Education Courses (15.0 credit hours) CGS3300 Management Information Systems 3.0 credit hours CGS3362 Organization and Technology of Information Systems 3.0 credit hours ENC3213 Professional Writing 3.0 credit hours IDS3355 Critical Thinking 3.0 credit hours STA3163 Intermediate Statistics 3.0 credit hours Information Technology Management (Track 2) Bachelor of Science Degree Program Description Keiser University’s Bachelor of Science degree in Information Technology Management prepares students with the knowledge and practical skills to function in the information technology and related industries. The program seeks to provide the theoretical fundamentals of information technology coupled with an appreciation and understanding of practical aspects and competencies required by the industry. This program is designed to foster innovation by emphasizing flexibility in the discipline of information technology management as a business problem-solving discipline. Students may select a concentration in (i) Software Engineering, (ii) Web and Mobile Development, (iii) Network Security, (iv) Multimedia Technology, or (v) General. Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals: • To provide students with a comprehensive background in information technology. • To instruct students in requirements gathering, knowledge elicitation, the validation and verification of software artifacts, and other aspects of the development life cycle • To provide the theoretical foundations of: (i) software and mobile applications development and deployment, (ii) networking security, (iii) multimedia technology. • To instruct students in security governance and to help students effectively manage enterprise computing assets • To provide students with practical experience of new and innovative technologies that will enhance the theoretical foundations covered in class. • Apply key concepts of communication theory and practice in the workplace • Understand communication and marketing concepts and how to apply these concepts within the workplace • Understand and apply management and marketing skills in connection with the evolving landscape of marketing and communications • Utilize technology required within the framework of communications and marketing to optimize potential in the workplace Program Outline To receive a Bachelor of Science degree in Information Technology Management, students must complete 120 credit hours as described below. The length of this program is approximately 40 months (this will vary if a student transfer in credits). Lower Division Information Technology Management Major Courses (18.0 credit hours) COT1405 Introduction to Algorithms/Java 3.0 credit hours CEN2010 Software Engineering I 3.0 credit hours CIS2350C Principles of Information Security 3.0 credit hours COP2104 Discrete Mathematics and Probability 3.0 credit hours CTS2304C Internetworking Technologies 3.0 credit hours MAC2105 College Algebra 3.0 credit hours Lower Division Information Technology Management Electives (6.0 credit hours) COP1810C Internet/Web-Based Program I (HTML 5, CSS) 3.0 credit hours COP1811C Internet/Web-Based Program II (PHP, JavaScript) 3.0 credit hours COP1805C Java Programming II 3.0 credit hours COP2891 Python Programming 3.0 credit hours GRA1100C Graphic Design Theory 3.0 credit hours COP2224C C++ Programming II 3.0 credit hours Lower Division General Education Requirements (36.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) PSY1012 Introduction to Psychology 3.0 credit hours Communication (3.0 credit hours) SPC1017 Speech 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (6.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Economics (6 credit hours) ECO1023 Microeconomics 3.0 credit hours ECO2013 Macroeconomics 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) HIS3319 History of Civil Rights and Civil Liberties 3.0 credit hours Mathematics (6.0 credit hours) MAC2140 Pre-calculus 3.0 credit hours STA2023 Statistics 3.0 credit hours Natural Science (6.0 credit hours) BSC1005 General Biology 3.0 credit hours BSC1006 Advanced Biology 3.0 credit hours CHM1045 General Chemistry 3.0 credit hours CHM1046 Advanced Chemistry 3.0 credit hours PHY2001 General Physics I 3.0 credit hours PHY20002 General Physics II 3.0 credit hours NOTE: All lower division major and general education courses should be successfully completed before upper division courses are undertaken. Upper Division Information Technology Management Major Courses (39.0 credit hours) ISM3116 Introduction to Business Intelligence 3 credit hours ISM4403 Advanced Business Intelligence 3 credit hours ISM3112 System Analysis 3 credit hours ISM3483 E-Business Infrastructure Management 3 credit hours CGS3269 Computer Architecture Concepts OR DIG3110 Fundamentals of Multimedia 3 credit hours ISM4130 Information Systems Implementation OR MAR4721 E-Marketing 3 credit hours CEN4086 Cloud Computing 3 credit hours ISM4212 Database Management Systems 3 credit hours CIS3050 Security Architecture and Controls OR RTV3260 Video Production 3 credit hours MAN3025 Intro to Management and Organizational Behavior 3 credit hours CIS4253 Ethics in Information Technology 3 credit hours MAN4583 Project Management 3 credit hours CIS4891 Information Technology Capstone 3 credit hours Upper Division Concentration Courses (18.0 credit hours) Software Engineering CEN3011 Software Engineering II 3 credit hours CIS4352C Ethical Hacking 3 credit hours COP3650 Mobile Application Development 3 credit hours COT3205 Theory of Computation 3 credit hours CDA4125 Concepts of Parallel & Distributed Processing 3 credit hours CEN3410 Software Testing (Quality Assurance) 3 credit hours Web and Mobile Development COP3650 Mobile Application Development 3 credit hours CEN4721 Visual Frameworks 3 credit hours CEN3725 Visual Interface Design credit hours CEN3410 Software Testing (Quality Assurance) 3 credit hours CIS4667 Android Mobile Development 3 credit hours COP4664 iOS Mobile Development (Apple Swift) 3 credit hours Network Security CIS3000 Cybersecurity in Business and Industry 3 credit hours CIS3010 Cybersecurity Processes and Technologies 3 credit hours CFI4477 Computer System Forensic Analysis 3 credit hours CIS3040 Business Continuity & Operations Security 3 credit hours CFI4479 Network Defense and Countermeasures 3 credit hours CIS3020 Advanced Network Security 3 credit hours Multimedia Technology MMC3711 Interactive Multimedia 3 credit hours CAP4028 Introduction to Game Programming 3 credit hours DIG3305C Computer Animation 3 credit hours DIG2321C 3D Modeling and Animation 3 credit hours DIG3772 Visualization, Virtual and Augmented Reality 3 credit hours DIG3105 Social Media and Social Computing 3 credit hours General Any 18.0 credits from concentrations listed above Upper Division General Education Courses (3.0 credit hours) 3.0 credits from any upper 3000/4000 general education courses offered by the university Integrated Marketing Communications Bachelor of Science Degree Spanish Bachelor of Science Degree in Integrated Marketing Communications. For program information in Spanish, please refer to the Spanish version of this catalog. For locations where program is offered in Spanish, please refer to the Programs Offered at Each Campus section. Program Description The Keiser University Bachelor of Science in Integrated Marketing Communications prepares students for careers in the fields of marketing, advertising, public relations, communications, social media technology and its applications, and management. Students are offered courses in management, marketing, public relations, social media technology/applications, and communications in order to learn key concepts for ethical decision making and other marketing/communication elements. Students will also learn to apply marketing and communication theories and practices in the workplace, both locally and globally. Program Objectives The following objectives are designed to meet Keiser University‘s mission and its goals: Prerequisites for Major Courses None Program Outline To receive a Bachelor of Science degree in Integrated Marketing Communications, students must complete 120 credit hours as described below. The length of this program is approximately 40 months (this will vary if a student transfers in credits). Lower Division Integrated Marketing Communications Major Courses (18.0 credit hours) COM1004 Introduction to Communication Studies 3.0 credit hours COM1221 Introduction to Social Media Platforms 3.0 credit hours GEB1112 Entrepreneurship 3.0 credit hours MAN1021 Principles of Management 3.0 credit hours MAR1011 Introduction to Marketing 3.0 credit hours MAN2300 Human Resource Management 3.0 credit hours Lower Division General Education Courses (33.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (6.0 credit hours) IDS1107 Strategies for Success 3.0 credit hours POS1041 Political Science (required) 3.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech Communication 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (6.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (6.0 credit hours) MAC2105 College Algebra 3.0 credit hours MGF2106 College Mathematics 3.0 credit hours MGF2107 Applications of Mathematics 3.0 credit hours STA2023 Statistics 3.0 credit hours Natural Science (6.0 credit hours) BSC1005 General Biology 3.0 credit hours BSC1006 Advanced Biology 3.0 credit hours BSC1050 Environmental Science 3.0 credit hours OCB1010 Marine Biology 3.0 credit hours NOTE: All lower division major and general education courses should be successfully completed before upper division courses are undertaken. Upper Division Integrated Marketing Communications Major Courses (42.0 credit hours) COM3132 Interpersonal Communications 3.0 credit hours COM3110 Business and Professional Communication 3.0 credit hours COM3106 Cross-Cultural Communication 3.0 credit hours COM3416 Media Theory and Effects 3.0 credit hours COM3500 Political Communication 3.0 credit hours COM4302 Introduction to Communication Research 3.0 credit hours COM4500 Communication Law and Ethics 3.0 credit hours COM4053 Public Relations Campaigns 3.0 credit hours MMC4123 Multimedia Writing 3.0 credit hours MAR4403 Sales and Sales Management 3.0 credit hours MAR4503 Consumer Behavior 3.0 credit hours MAR4334 Advertising and Promotional Management 3.0 credit hours MAR4804 Marketing Strategy 3.0 credit hours COM4940 Internship 3.0 credit hours OR COM4958 Capstone 3.0 credit hours Upper Division Integrated Marketing Communications Specialization (18.0 credits) Students may choose either the 18 credit hours that make up the Public Relations concentration and earn the concentration, take the 18 hours within the specialization, or select various courses from the concentration and the specialization. COM3465 Conflict and Resolution 3.0 credit hours MAR4841 Service Marketing 3.0 credit hours MAR4721 E-Marketing 3.0 credit hours MAN3326 Industrial/Organizational Psych 3.0 credit hours MAN4583 Project Management 3.0 credit hours MAN4602 International Business 3.0 credit hours Public Relations Concentration PUR 3117 Strategic Storytelling and Digital Content Creation 3.0 credit hours PUR 3450 Public Relations and Event Planning 3.0 credit hours PUR3463 Sports Communication 3.0 credit hours PUR4400 Crisis Communications 3.0 credit hours PUR4407 Managing Media Relations 3.0 credit hours PUR4404 International Public Relations 3.0 credit hours Upper Division General Education Courses (9.0 credit hours) CGS3300 Management Information Systems 3.0 credit hours ENC3213 Professional Writing 3.0 credit hours IDS3355 Critical Thinking 3.0 credit hours Interdisciplinary Studies Bachelor of Science Degree Program Description Keiser University’s Bachelor of Science degree in Interdisciplinary Studies provides a comprehensive curriculum that allows broad exposure to multiple disciplines. This major provides a practical alternative for baccalaureate degree-seeking students whose needs cannot be met by individual majors. Students can design a course of study that meets their personal academic objectives and furthers their professional growth and development by combining two or more disciplines into a coherent program. The degree will combine general education courses with an interdisciplinary concentration, electives and a capstone course. The proposed coursework is subject to approval by the campus dean of academic affairs. Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals. Upon completion of the program, students will: • Articulate the integration of two or more programs or disciplines into a unified degree program • Utilize skills of interdisciplinary scholarship and research to integrate multiple perspectives • Articulate critically the fundamental theories and principles underlying each discipline • Apply the knowledge and skills acquired through the program in pursuit of career goals Program Outline To receive a Bachelor of Science degree in Interdisciplinary Studies, students must complete 120 credit hours as described below. The length of this program is approximately 40 months (this will vary if a student transfers in credits). Curriculum Requirement Semester Credit Hours General Education Courses 36.0 (Lower Division courses) Interdisciplinary Concentration 30.0 (15.0 credits in minimum of 2 disciplines-Upper Division) Open Electives 51.0 (27.0 credits must be Upper Division courses) Capstone Course 3.0 Total: 120.0 Semester Credit Hours Lower Division General Education Courses (36.0 semester credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline Behavioral/Social Science (3.0 credit hours) AMH1010 American History Pre 1876 3.0 credit hours AMH1020 American History Since 1876 3.0 credit hours POS1041 Political Science 3.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours Economics (6.0 credit hours) ECO1023 Microeconomics 3.0 credit hours ECO2013 Macroeconomics 3.0 credit hours English (6.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (6.0 credit hours) MAC2105 College Algebra 3.0 credit hours MGF2106 College Mathematics 3.0 credit hours MGF2107 Applications of Mathematics 3.0 credit hours STA2023 Statistics 3.0 credit hours Natural Science (6.0 credit hours) BSC1005 General Biology 3.0 credit hours BSC1005L General Biology Laboratory 1.0 credit hour BSC1006 Advanced Biology 3.0 credit hours BSC1006L Advanced Biology Laboratory 1.0 credit hour Upper Division Interdisciplinary Concentration (30.0 semester credit hours) A selection of 15.0 credit hours in a minimum of two or more programs or disciplines from the following Eligible Disciplines list is required (other programmatic or disciplinary combinations may be used with the approval of Office of the Vice Chancellor of Academic Affairs). See Keiser University Catalog Program Outlines for Upper Division courses in each discipline. The selection of courses is subject to approval by the dean of academic affairs. Eligible Disciplines: Accounting, Biomedical Sciences, Biotechnology, Business Administration, Criminal Justice, Exercise and Sport Science, General Studies*, Health Science, Health Services Administration, Homeland Security, Information Technology Management, Legal Studies, Management Information Systems, Political Science, Psychology, Software Engineering. *General Studies Courses: CLP3314 Health Psychology 3.0 credit hours ENC3213 Professional Writing 3.0 credit hours ENC4313 Research Writing 3.0 credit hours IDS3355 Critical Thinking 3.0 credit hours INP3004 Industrial Psychology 3.0 credit hours STA3163 Intermediate Statistics 3.0 credit hours SYD4410 Sociology of the Urban Community 3.0 credit hours Open Electives (51.0 semester credit hours) A minimum of 27 semester credit hours of the program must be taken at the upper division level. A portion of these 51 elective hours also may be utilized to expand the 15 semester hour concentrations or add additional concentrations, if desired. Capstone Course (3.0 semester credit hours) IDS4934 Interdisciplinary Capstone Experience 3.0 credit hours Interdisciplinary Studies (Music Concentration) Bachelor of Science Degree Program Description Keiser University’s Bachelor of Science degree in Interdisciplinary Studies, Music Concentration provides students with a foundation in music performance, music history, and music theory. Students should select a primary instrument in one of the following categories; percussion, woodwinds, or brass. Coursework prepares students for further study in either music education or music performance. Program Objectives • Present students with a fundamental background in music history, theory, and performance. • Expose students to a variety of musical genres and styles • Develop students’ abilities in analyzing music based on common music theory and music history practices. • Apply the knowledge of music history and music theory to enhance a musical performance. • Provide students the opportunity to perform live music. • Articulate the integration of two or more programs or disciplines into a unified degree program • Utilize skills of interdisciplinary scholarship and research to integrate multiple perspectives • Articulate critically the fundamental theories and principles underlying each discipline • Apply the knowledge and skills acquired through the program in pursuit of career goals Prerequisites for Major Courses: None Program Outline To receive a Bachelor of Science degree in Interdisciplinary Studies with a concentration in Music, students must complete 120 credit hours as described below. The length of this program is approximately 40 months (this will vary if a student transfers in credits). Open Electives (24.0 credit hours) Lower Division Music Courses (15.0 credit hours) MUS 1101 Music Assembly 1.0 credit hour MUS 1101 Music Assembly 1.0 credit hour MUT 1111 Music Theory 1 2.0 credit hours MUT 1112 Music Theory 2 2.0 credit hours MUT 1241 Aural Theory 1 2.0. credit hours MV_ 141_* Applied Major Music 1 2.0. credit hours MV_ 142_** Applied Major Music 2 2.0. credit hours MUN 1110 Marching Band 1.0 credit hour MUN 1120 Concert Band 1.0 credit hour MUN 1310 Concert Choir 1.0 credit hour *MVB for Brass (1411 Trumpet; 1412 French Horn; 1413 Trombone; 1414 Euphonium; 1415 Tuba) MVW for Woodwinds (1411 Flute; 1412 Oboe; 1413 Clarinet; 1414 Bassoon; 1415 Saxophone) MVP1411 for Percussion **MVB for Brass (1421 Trumpet; 1422 French Horn; 1423 Trombone; 1424 Euphonium; 1425 Tuba) MVW for Woodwinds (1421 Flute; 1422 Oboe; 1423 Clarinet; 1424 Bassoon; 1425 Saxophone) MVP1421 for Percussion 9.0 remaining credit hours from any lower division courses offered at the university, which may include secondary applied lessons. Recommended Secondary Applied Lessons (4.0 credit hours) MVK 1211 Secondary Applied Piano 1 1.0 credit hour MVK 1221 Secondary Applied Piano 2 1.0 credit hour MVV 1211 Secondary Applied Voice 1 1.0 credit hour MVV 1221 Secondary Applied Voice 2 1.0 credit hour General Education Requirements (36.0 credit hours) Behavioral/Social Science (3.0 credit hours) 3.0 credit hours from any Behavioral/Social Science courses offered at the university. Communications (3.0 credit hours) SPC 1017 Speech Communication 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours Economics (6.0 credit hours) ECO1023 Microeconomics 3.0 credit hours ECO2013 Macroeconomics 3.0 credit hours English (6.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition I 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) 3.0 credit hours from any Humanities/Fine Arts courses offered at the university. Mathematics (6.0 credit hours) 6.0 credit hours from any Mathematics courses offered at the university above Intermediate Algebra Natural Science (6.0 credit hours) 6.0 credit hours from any Natural Science courses offered at the university. Upper Division Requirements Open Electives from eligible disciplines (27.0 credit hours) Interdisciplinary Concentration (30.0 credit hours) (15 credits in each of 2 eligible upper division disciplines) Discipline #1 Music (15 credit hours) MUH 2110 Introduction to Music History and Literature 3 credit hours MUH 3211 Music History and Literature 1 3 credit hours MUH 3212 Music History and Literature 2 3 credit hours MUG 3104 Introduction to Conducting 2 credit hours MUG 3301 Instrumental Conducting 2 credit hours MUE 3691 Introduction to Technology for Music Educators 2 credit hours Discipline #2 (15 credit hours) Eligible Disciplines: Accounting, Biomedical Sciences, Biotechnology, Business Administration, Criminal Justice, General Studies, Health Science, Health Services Administration, Homeland Security, Information Technology Management, Legal Studies, Management Information Systems, Political Science, Psychology, Software Engineering Capstone Course (3.0 credit hours) IDS 4934 Interdisciplinary Capstone Experience 3 credit hours Interdisciplinary Studies, Pre-DPT Bridge Bachelor of Science Degree Program Description Keiser University’s Bachelor of Science degree in Interdisciplinary Studies, Pre-DPT Bridge provides a pathway toward earning a Doctorate of Physical Therapy (DPT) by offering flexibility in course work to address specific needs of the Pre-DPT student. The degree’s general education courses, interdisciplinary concentrations, electives and capstone course focus on pre-requisites often required for entering a DPT program. With prerequisites in place, graduates of the BSIS Pre-DPT Bridge may apply to a DPT program, although the university makes no guarantee of acceptance in or admission to a DPT program. The proposed coursework is subject to approval by the campus dean of academic affairs. Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals. Upon completion of the program, students will: Program Outline To receive a Bachelor of Science degree in Interdisciplinary Studies, Pre-DPT Bridge, students must complete 120 credit hours as described below. The length of this program is approximately 40 months (this will vary if a student transfers in credits). Curriculum Requirement Semester Credit Hours General Education Courses 38.0 (Lower Division courses) Interdisciplinary Concentration 31.0 (15.0 Pre-DPT and 16.0 Natural Sciences) Open Electives 48.0 (including recommended electives) Capstone Course 3.0 Total: 120.0 Semester Credit Hours Lower Division General Education Courses (38.0 semester credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline Behavioral/Social Science (3.0 credit hours) PSY1012 Introduction to Psychology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech Communication 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours Economics (6.0 credit hours) ECO1023 Microeconomics 3.0 credit hours ECO2013 Macroeconomics 3.0 credit hours English (6.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) Any Humanities/Fine Arts course offered at the university Mathematics (6.0 credit hours) Any Mathematics courses above Intermediate Algebra offered at the university including STA2023 Statistics 3.0 credit hours Natural Science (8.0 credit hours) BSC1005 General Biology 3.0 credit hours BSC1005L General Biology Laboratory 1.0 credit hour BSC1006 Advanced Biology 3.0 credit hours BSC1006L Advanced Biology Laboratory 1.0 credit hour Interdisciplinary Concentration (31.0 semester credit hours) A selection of 15.0 credit hours in the Pre-DPT Interdisciplinary Concentration and 16.0 credit hours in the Interdisciplinary Concentration of Natural Sciences. The selection of courses is subject to approval by the dean of academic affairs. Open Electives (48.0 semester credit hours) A minimum of 25.0 semester credit hours of the program must be taken at the upper division level. A portion of these 48.0 elective hours also may be utilized to expand the upper division interdisciplinary concentrations or add additional concentrations, if desired. Capstone Course (3.0 semester credit hours) IDS4934 Interdisciplinary Capstone Experience 3.0 credit hours Law Enforcement Operations Bachelor of Science Degree Program Description Keiser University’s Bachelors of Science degree in Law Enforcement Operations program prepares students for career positions in various areas within the field of law enforcement. It provides students with in depth exposure into the criminal justice system and the forensic investigations field. The BSLEO is delivered through a unique hybrid format to maximize student learning and promote career development in a flexible scheduled format while also maximizing efficiency in resources. Fundamental areas critical to both public and private sector entry-level positions are included in the program such as crime scene investigation, fingerprinting, introduction to law enforcement, criminal investigation, forensic photography and police communications report writing. In addition, the program prepares students with competencies in real-world applications that emphasize identifying, locating, documenting, collecting and preserving evidence within legal frameworks. Students may select from concentrations in Law Enforcement, Forensic Investigation, or Courts and Corrections. Program Goals The degree will provide students with a set of core courses and experiences to familiarize them to the wide-ranging criminal justice system including law enforcement, forensics, and corrections. The program is set up to provide students the ability to have a range of practical, sociological and forensics information. The degree will also prepare students who choose the forensics track not only to work as a crime scene technician but to also build a career in a crime laboratory or medical examiner’s office, and provides an excellent basis for further studies in the forensic sciences at the graduate level. Program Objectives • To develop students’ ability to understand the tools and procedures used by various law enforcement and forensic agencies. • To develop students’ ability to think critically and communicate effectively, both verbally and in writing in diverse criminal justice settings. • To assist students in becoming more proficient in researching, collecting and organizing complex data, solving problems and working collaboratively. • To provide the student with basic knowledge concerning the operational, legal and ethical context in which law enforcement operations are conducted. • To provide students with a comprehensive background in forensic investigative procedures and techniques. • To instruct students as to contemporary issues facing law enforcement to include an overview of law enforcement responses to terrorism, cybercrimes and technological countermeasures. • To provide students with a comprehensive background in the legal aspect of law enforcement and forensics, including laws, statutes and procedures. • To assist graduates in obtaining multi-faceted entry level positions with various law enforcement and forensic agencies. • To assist students in understanding a business problem, analyzing it using appropriate tools and recommending an appropriate business solution • To assist students in becoming proficient in the use of computer languages, databases and other applications of information technology • To help students develop competency in both oral and written communication • To prepare students for entry-level positions in management information systems • To instruct students in the conduct of computer-assisted research • To develop the student’s ability to perform laboratory tests of all complexity levels • To develop the student’s ability to think critically and communicate effectively with members of the healthcare team and the public • To prepare students for employment as Medical Laboratory Scientists in a variety of settings • Background check and drug screen prior to Practicum courses • Graduation from a NAACLS accredited Associate of Science in Medical Laboratory Technician program • Interview with the Medical Laboratory Science program • Minimum programmatic GPA of 2.75 in the Medical Laboratory Technician associate degree program • Students must satisfy the following prerequisites (or equivalent with a “C” or higher) before beginning upper division major courses: • Provide students with a comprehensive background in Network Systems and Data Communications procedures and techniques with emphasis on networking, programming, and cybersecurity. • Train students to properly conduct research for recommending network and data communications hardware and software solutions to solve business problems. • Provide the skill sets to analyze, design, test, and evaluate network systems. • Assist graduates in obtaining positions in Network Systems and Data Communications Analysis and related fields. • Develop the students’ ability to communicate effectively and think critically. o students beginning first program of study o eight 16 week semesters o Fall/Spring only schedule or year round schedule depending on campus Prerequisites for Major Courses There are no program specific pre-requisites. Program Outline The curriculum for the Bachelor of Science in Law Enforcement Operations consists of 120.0 semester credit hours as described below. The length of this program is approximately 38 months if selecting the Law Enforcement or Courts and Corrections concentration. The program length is approximately 37 months if selecting the Courts and Corrections concentration (this will vary if a student transfers in credits). Lower Division General Education Courses (34.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline Behavioral/Social Science (9.0 credit hours) SYG1000 Sociology 3.0 credit hours PSY1012 Introduction to Psychology (required) 3.0 credit hours POS1041 Political Science 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech Communications 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (3.0 credit hours) ENC1101 English Composition I 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (6.0 credit hours) MAC2105 College Algebra 3.0 credit hours MGF2106 College Mathematics 3.0 credit hours MGF2107 Applications of Mathematics 3.0 credit hours STA2023 Statistics (Required) 3.0 credit hours Natural Science (7.0 credit hours) BSC1005 General Biology 3.0 credit hours BSC2085 Human Anatomy and Physiology I 4.0 credit hours Lower Division Core Courses (25.0 credit hours) CJB1712C Forensic Photography 4.0 credit hours CJE2670C Field Inv. Procedures and Evidence Presentation 4.0 credit hours CJT1351C Forensic Communications 3.0 credit hours CJT2240C Fingerprint ID and Development 4.0 credit hours CJB1714C Crime Scene Digital Image Processing 4.0 credit hours Add for Law Enforcement or Forensic Investigation Concentration: CJE1000 Introduction to Law Enforcement 3.0 credit hours CJE2600 Criminal Investigations 3.0 credit hours Add for Courts and Corrections Concentration: CJC2000 Introduction to Corrections 3.0 credit hours CJJ2001 Introduction to Juvenile Procedures 3.0 credit hours Upper Division Core (22.0 credit hours) CJE4688 Cyber Crimes 3.0 credit hours MAN4164 Leadership 3.0 credit hours CJL4621 Advanced Evidence Presentation 3.0 credit hours CJL3231 Constitutional Criminal Procedures 3.0 credit hours CJF3142C Forensic Science Application I 4.0 credit hours CJE3666 Victimology 3.0 credit hours CCJ4661 Terrorism 3.0 credit hours Select one concentrations from below: Law Enforcement Concentration (16.0 credit hours) CCJ4644 White Collar and Economic Crime 3.0 credit hours CCJ4641 Organized Crime 3.0 credit hours CCJ3601 Deviant Behavior 3.0 credit hours CJF3143C Forensic Science Application II 4.0 credit hours CCJ4693 Human Exploitation 3.0 credit hours Forensic Investigation Concentration (16.0 credit hours) CJB4712C Digital Image Capture and Processing 4.0 credit hours CJF3460C Introduction to Forensic Biology 4.0 credit hours CJF3141C Criminalistics II 4.0 credit hours CJF4351C Advanced Evidence Documentation 4.0 credit hours Courts and Corrections Concentration (16.0 credit hours) CJE4275 Protective Services 3.0 credit hours CJE4175 Comparative CJ Systems 3.0 credit hours CJF3141C Criminalistics II 4.0 credit hours CCJ4693 Human Exploitation 3.0 credit hours CCJ4450 Criminal Justice Management 3.0 credit hours Upper Division General Education Courses (9.0 credit hours) CGS3300 Management Information Systems 3.0 credit hours IDS3355 Critical Thinking 3.0 credit hours ENC3213 Professional Writing 3.0 credit hours Capstone Courses (5.0 credit hours) CJE4960 Law Enforcement Operations Capstone I 2.5 credit hours CJE4961 Law Enforcement Operations Capstone II 2.5 credit hours Elective Courses (9.0 credit hours) Management Information Systems Bachelor of Science Degree Program Description Keiser University’s Bachelor of Science degree in Management Information Systems is the study of the uses of computers in business. Students study business and information technology and learn how to solve business problems using hardware, operating systems, networking, programming and database management. Students learn to use technology as a key business driver to manage corporate information technology resources. During the application and management components of the program, students work in groups with community organizations to develop actual project experience. Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals: Prerequisites for Major Courses None Program Outline To receive a Bachelor of Science degree in Management Information Systems, students must complete 123 credit hours as described below. The length of this program is approximately 41 months (this will vary if a student transfers in credits). Lower Division Management Information Systems Major Courses (24.0 credit hours) ACG1001 Accounting Principles I 3.0 credit hours ACG2011 Accounting Principles II 3.0 credit hours BUL1240 Business Law 3.0 credit hours FIN2001 Financial Management 3.0 credit hours GEB1112 Entrepreneurship 3.0 credit hours MAN1021 Principles of Management 3.0 credit hours MAN2300 Human Resources Management 3.0 credit hours MAR1011 Introduction to Marketing 3.0 credit hours Lower Division General Education Courses (36.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) AMH1010 American History Pre 1876 3.0 credit hours AMH1020 American History Since 1876 3.0 credit hours POS1041 Political Science 3.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours Economics (6.0 credit hours) ECO1023 Microeconomics 3.0 credit hours ECO2013 Macroeconomics 3.0 credit hours English (6.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (6.0 credit hours) MAC2105 College Algebra 3.0 credit hours MGF2106 College Mathematics 3.0 credit hours MGF2107 Applications of Mathematics 3.0 credit hours STA2023 Statistics (required) 3.0 credit hours Natural Science (6.0 credit hours) BSC1005 General Biology 3.0 credit hours BSC1005L General Biology Laboratory 1.0 credit hour BSC1006 Advanced Biology 3.0 credit hours BSC1006L Advanced Biology Laboratory 1.0 credit hour BSC1050 Environmental Science 3.0 credit hours NOTE: All lower division major and general education courses should be successfully completed before upper division courses are undertaken. Upper Division Management Information Systems Major Courses (48.0 credit hours) BUL3130 Legal and Ethical Environment of Business 3.0 credit hours ISM3112 Systems Analysis 3.0 credit hours ISM3116 Introduction to Business Intelligence 3.0 credit hours ISM3118 Business Analytics 3.0 credit hours ISM3221 Data Communications and Networking 3.0 credit hours ISM3230 Introduction to Business Programming 3.0 credit hours ISM3232 Advanced Business Application Development 3.0 credit hours ISM4113 Systems Design 3.0 credit hours ISM4130 Information Systems Implementation 3.0 credit hours ISM4212 Database Management Systems 3.0 credit hours ISM4220 Distributed Information Systems 3.0 credit hours ISM4300 Information Technology Management 3.0 credit hours MAN3025 Introduction to Management and Organizational Behavior 3.0 credit hours MAN3504 Operations Management 3.0 credit hours MAN4583 Project Management 3.0 credit hours MAN4602 International Business 3.0 credit hours Upper Division General Education Courses (15.0 credit hours) CGS3300 Management Information Systems 3.0 credit hours CGS3362 Organization and Technology of Information Systems 3.0 credit hours ENC3213 Professional Writing 3.0 credit hours IDS3355 Critical Thinking 3.0 credit hours STA3163 Intermediate Statistics 3.0 credit hours Medical Laboratory Science Bachelor of Science Degree Program Description Keiser University’s Bachelor of Science degree in Medical Laboratory Science is a degree completion program for Medical Laboratory Technicians. The program prepares students for work as Medical Laboratory Scientists. Graduates will possess the skills to perform laboratory tests in accordance with standardized laboratory practices in clinical chemistry, hematology, urinalysis, clinical microbiology, mycology/parasitology, immunohematology, molecular diagnostics, and serology/immunology. Graduates will be eligible to sit for national certification exams at the Medical Laboratory Science/Medical Technologist levels. Program Mission Statement The mission of Keiser University’s Bachelor of Science degree program in Medical Laboratory Science is to aid the medical laboratory professions enhance its workforce by preparing competent graduates for entry-level positions as medical laboratory scientists. Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals: Prerequisites for Upper Division Courses ENC2102 English Composition II 3.0 credit hours CHM2045 General Chemistry 3.0 credit hours CHM2046 Advanced Chemistry 3.0 credit hours CHM2046L Advanced Chemistry Laboratory 1.0 credit hours MAC2105 College Algebra 3.0 credit hours CHM2210 Organic Chemistry I 3.0 credit hours CHM2210 Organic Chemistry I Laboratory 1.0 credit hours Program Outline This is a degree completion program for graduates of MLT associate degree programs accredited by NAACLS. To receive a Bachelor of Science degree in Medical Laboratory Science, students must complete an additional 60 upper division credit hours. The length of this program is approximately 20 months (this will vary if a student transfers in credits). A combined total of 120 credit hours is required for the degree. All courses must be completed with a grade of “C” or higher to proceed successfully through the program. Program requirements are as follows: Upper Division Medical Laboratory Science Major Courses (43 credit hours) MLS3100 Clinical Biochemistry 3.0 credit hours MLS3191 Molecular Diagnostics 3.0 credit hours MLS4630 Advanced Clinical Chemistry 3.0 credit hours MLS4460 Advanced Microbiology 3.0 credit hours MLS3440 Parasitology/Mycology 3.0 credit hours MLS3505 Clinical Immunology 3.0 credit hours MLS4552 Advanced Immunohematology 3.0 credit hours MLS4320 Hematology/Hemostasis 3.0 credit hours HSA3551 Ethics in Healthcare 3.0 credit hours HSC3057 Research Methods in Healthcare 3.0 credit hours MLS4830 Advanced Practicum Technique I and Lab 3.0 credit hours MLS4831 Advanced Practicum Technique II and Lab 3.0 credit hours MLS4832 Advanced Practicum Technique III and Lab 3.0 credit hours MLS4905 Contemporary Topics in Laboratory Medicine 4.0 credit hours Criteria for Graduation of MLS Students The Medical Laboratory Science student who completes Keiser University’s Medical Laboratory Science program must also meet the current criteria and regulations for licensure by the state of Florida to obtain gainful employment as a medical laboratory scientists/medical technologist. However, students are not required to sit for the certification examination or obtain a professional license as a condition of graduation from Keiser University. Network Systems and Data Communications Bachelor of Science Degree Note: The curriculum of the Bachelor of Science in Network Systems and Data Communications was updated and the name of the program changed. Effective February 28, 2023, enrollment in the version of the program ceased, and new enrollees will enroll in Bachelor of Science in Information Technology. See Program Descriptions, Information Technology, Bachelor of Science for the new curriculum. Program Description Keiser University‘s Bachelors of Science in Network Systems and Data Communications provides a comprehensive program of study, designed to prepare graduates for positions in data operations and infrastructure planning environments. Network systems and data communications analysis pertains to the planning, designing, testing, implementation, and evaluation of network and data communications systems. Students are provided a hands-on collaborative learning curriculum based on industry led criteria. The program fosters the acquisition of systems-thinking and research skills necessary within a dynamic technical environment. Program Objectives The following objectives are designed to meet Keiser University‘s Mission and goals: Prerequisites for Major Courses None Program Outline To receive a Bachelor of Science degree in Network Systems and Data Communications, students must complete 120 credit hours as described below. The length of this program is approximately 40 months (this will vary if a student transfers in credits). Lower Division Network Systems and Data Communications Major Courses (24.0 credit CET1171C Computer Service and Support PC Systems I 3.0 credit hours CET1172C Computer Service and Support PC Systems II 3.0 credit hours CIS2350C Principles of Information Security 3.0 credit hours CTS1156C Supporting Client Operating Systems 3.0 credit hours CTS1305C Essentials of Networking 3.0 credit hours CTS1328C Managing and Maintaining Server Operating Systems 3.0 credit hours CTS2106C Multi-User Operating Systems 3.0 credit hours CTS2304C Internetworking Technologies 3.0 credit hours Lower Division Concentration Courses (12.0 credit hours) – Select One Networking Concentration COP1034C Programming for Technology Professionals 3.0 credit hours CGS1540C Introduction to Database Management 3.0 credit hours CTS2302C Implementing Directory Services 3.0 credit hours CTS2306C Implementing a Network Infrastructure 3.0 credit hours Programming Concentration COP1800C Java Programming I 3.0 credit hours COP1805C Java Programming II 3.0 credit hours COP2222C C++ Programming I 3.0 credit hours COP2224C C++ Programming II 3.0 credit hours Cybersecurity Concentration COP1034C Programming for Technology Professionals 3.0 credit hours CIS2208 Social, Economic, and Policy Aspects of Cybersecurity 3.0 credit hours CIS2218 Human Aspects of Cybersecurity 3.0 credit hours CIS2253 Cybersecurity Ethics 3.0 credit hours Lower Division General Education Courses (30.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) Any behavioral or social science offered by the university 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech Communication 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours Economics (3.0 credit hours) ECO1023 Microeconomics 3.0 credit hours English (6.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (3.0 credit hours) MAC2105 College Algebra 3.0 credit hours MGF2106 College Mathematics 3.0 credit hours MGF2107 Applications of Mathematics 3.0 credit hours Natural Science (6.0 credit hours) Any Natural Science offered by the university 6.0 credit hours NOTE: All lower division major and general education courses should be successfully completed before upper division courses are undertaken. Upper Division Network Systems and Data Communications Major Courses (39.0 credit hours) CTS3370C Designing a Virtual Infrastructure 3.0 credit hours CTS3817C Web Server Administration 3.0 credit hours CTS4323C Enterprise Planning & Optimization 3.0 credit hours CTS4321C Advanced Linux Administration 3.0 credit hours ISM3112 Systems Analysis 3.0 credit hours CTS4113C Wireless Networks and Mobile Computing 3.0 credit hours ISM4212 Database Management Systems 3.0 credit hours CIS4352C Ethical Hacking 3.0 credit hours CTS4652C Advanced Routing Technology 3.0 credit hours MAN4583 Project Management 3.0 credit hours ISM4300 Information Technology Management 3.0 credit hours CTS3330C Implementing a Messaging Infrastructure 3.0 credit hours CET3482C IP Telephony 3.0 credit hours Upper Division General Education Courses (9.0 credit hours) STA3163 Intermediate Statistics 3.0 credit hours Any 3000 or 4000 level general education courses offered by the university 6.0 credit hours Nursing Bachelor of Science in Nursing Degree Program Description Keiser University offers Bachelor of Science in Nursing degrees for both pre-licensure students completing their first program of study in professional nursing, and licensed registered nurses with a previous associate’s degree in nursing (ASN or ADN), diploma degree, and international students. Applicants should discuss which BSN program is best suited for them with a nursing admissions counselor. • Traditional BSN: • FastTrack BSN: o students must complete 60 college credits before acceptance into the BSN program o NOTE: depending on coursework and GPA, it is possible not all 60 credits may be transferable to the BSN degree. These 60 credits may include the BSN prerequisites. o students with a previous bachelor’s or graduate degree o four 16 week semesters for nursing core after prerequisites, year round schedule o licensed RNs o fully online or hybrid (depending on campus) • Accelerated BSN: • RN to BSN: Graduates of these BSN programs will be prepared to provide compassionate, patient-centered, culturally competent nursing care to individuals, families, groups, communities, and populations in a variety of settings, using evidence-based knowledge and skills related to wellness, health promotion, illness, disease management, and end-of-life care to improve healthcare outcomes. They will practice in partnership with patients as members and leaders of interprofessional healthcare teams, utilizing the most current healthcare technologies. The baccalaureate degree in nursing at Keiser University is accredited by the Commission on Collegiate Nursing Education (CCNE), 655 K Street, NW, Suite 750, Washington, DC 20001, 202-887-6791, www.aacn.nche.edu/ccne-accreditation. Program Mission The College of Nursing at Keiser University utilizes a “students first” philosophy to increase access to nursing education for a diverse student body at the undergraduate and graduate level and prepares students to provide holistic nursing care to improve individual, community, and global health outcomes. Program Philosophy The philosophy and mission of the Bachelor of Science in Nursing (Pre-Licensure) Program is congruent with that of Keiser University. The Keiser University mission statement and philosophy maintain that the University is a two-year, four-year, and graduate-level institution that prepares students of diverse backgrounds for career entry, advancement, or degree completion. One of the primary goals of the University is to continually change, improve, and ensure the effectiveness of the University's programs in preparing students for successful careers. These statements are testimony to the integral relationship of the Bachelor of Science in Nursing (Pre-Licensure) Program to the mission of Keiser University and the commitment of the University to the Program's implementation and success. Educating registered nurses at the baccalaureate level and thereby enhancing their ability to achieve growth and success in their careers meets the criteria of one of the major goals of the University. This framework includes the broad competency areas of knowledge, critical thinking, skills performance, collaboration, caring, and professionalism. Each of these areas is reflected in program outcomes that build upon prior learning and incorporate competencies at the baccalaureate level as articulated in the American Nurses Association (ANA)'s Scope and Standards of Nursing Practice. Program Goals: Keiser University’s Bachelor of Science in Nursing program enables students to provide evidence-based collaborative care to diverse patient populations in varied settings. At the conclusion of the program, BSN graduates will be able to: 1. Enact leadership, clinical-decision-making, and effective communications skills to provide and evaluate safe high quality nursing services. 2. Creatively engage in rational inquiry utilizing evidence-based nursing knowledge in both well defined, relatively common clinical situations, and in complex clinical situations. 3. Employ information management and patient care technology knowledge and skills to enhance the delivery of quality patient care. 4. Maintain an understanding of system and organizational level policy in order to provide appropriate direct and indirect nursing care for ethnically, culturally, and/or spiritually diverse patients and their families within varied healthcare systems and settings. 5. Participate in and lead interprofessional healthcare efforts to design and manage the care of individuals and their families. 6. Practice nursing within ethical, legal, and humanistic frameworks, promoting nursing’s values of altruism, autonomy, human dignity, integrity, and social justice to provide quality, cost-effective care founded on health promotion and disease prevention principles to individuals, families, groups, communities, and populations across the lifespan and across the continuum of healthcare environments. Program Outcomes: Keiser University’s Bachelor of Science in Nursing program enables students to provide evidence-based collaborative care to diverse patient populations in varied settings. The Programmatic Student Learning Outcomes are a culmination of measurable competencies, consistent with the American Association of Colleges of Nursing (2008) Essentials of Baccalaureate Education for Professional Nursing Practice (2008), which enable graduates to practice within a complex healthcare system. The Programmatic Student Learning Outcomes are: 1. CARE COORDINATION: Utilizes effective leadership, communication and collaboration for shared decision making with the patient and multidisciplinary healthcare providers in the deliberate organization, design and management of safe, high quality and high value care for culturally and spiritually diverse patients across the continuum of healthcare environments. 2. RESEARCH AND TRANSLATION: Engages in scientific inquiry with a spirit of creativity, utilizes evidence-based nursing knowledge, and translates data and information into nursing practice to address common clinical scenarios. 3. INFORMATION MANAGEMENT: Utilizes patient care technology and information systems to communicate, collaborate and support clinical decision-making in the delivery of quality patient care in a variety of healthcare settings. 4. ADVOCACY AND POLICY: Integrates professional nursing values, ethical, legal, and theoretical practice frameworks fundamental to the discipline of nursing to influence health promotion, disease prevention, healthcare policy, and regulation across the lifespan and practice environments • Required health and immunization screening • Personal interview with the nursing program director • 3.0 average GPA for general education/prerequisite courses with a minimum grade of “C” • “B” grade or better in the following prerequisite courses: o BSC2085C Human Anatomy and Physiology I o BSC2086C Human Anatomy and Physiology II o CHM2045 General Chemistry o CHM2045L General Chemistry Lab o MCB2000C Microbiology I Prerequisites for Major Courses Pre-licensure BSN Programs Traditional BSN: • High school GPA of 3.0 • Acceptable background check and drug screening • TEAS score of 60 (max. 3 opportunities, 1 additional if appeal granted) FastTrack BSN: • Earned and graded 60 or more credits from one or more accredited colleges or universities, GPA of 3.0 or better in the last 60 credits • TEAS score of 67 (max. 3 opportunities, 1 additional if appeal granted) Accelerated BSN: • Bachelor's or graduate degree in a non-nursing discipline with a cumulative GPA of 3.0 on a 4.0 scale, or the 3.0 GPA in the last Earned and graded 60 credits of the degree • Additional general education classes • Acceptable background check and drug screening • TEAS score of 67 (max. 3 opportunities, 1 additional if appeal granted) RN to BSN: • Graduation from either an associate degree nursing program, a diploma nursing program, or an awarded registered nursing license in the state of residence. • Proof of current, active, and non-restricted professional licensure as a registered nurse in the United States. Students in an RN to BSN on campus hybrid program must hold a Florida RN license. • Provide a comprehensive background in computer science and software engineering concepts and techniques • Provide understanding of how to apply the Software Development Life Cycle (SDLC) • Develop abilities to create software architectural and detailed designs • Learn how to prototype and design the user experience and user interface • Develop abilities to validate and verify the user requirements in software applications • Develop proficiency in using a variety of programming languages • Develop the understanding and use of object-oriented programming concepts • Learn how to analyze, design, and implement large systems having significant complexity Program Outlines Traditional BSN (120.0 credit hours) To receive a Bachelor of Science degree in Nursing, students must complete 120 credit hours as described below. The schedule for this beginning program of professional nursing study may vary by campus and be offered either during the Fall/Spring semesters only, or year round. The length of this program is approximately 32 months (this will vary if a student transfers in credits). Students must maintain a cumulative GPA of 3.0 or higher, and Nursing Core courses must be completed with a grade of “B’ or higher to proceed successfully through the program. General Education Requirements (40.0 credit hours) ENC1101 English Composition I 3.0 credit hours CHM2045 General Chemistry 3.0 credit hours CHM2045L General Chemistry Lab 1.0 credit hours MAC2105 College Algebra 3.0 credit hours BSC2085C Human Anatomy & Physiology I 4.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours ENC2102 English Composition II 3.0 credit hours MCB2000C Microbiology I 4.0 credit hours Elective Humanities Elective 3.0 credit hours BSC2086C Human Anatomy & Physiology II 4.0 credit hours DEP2004 Lifespan Development 3.0 credit hours STA2023 Statistics 3.0 credit hours Elective General Elective 3.0 credit hours Nursing Major Requirements (80.0 credit hours) NUR1010 Professional Nursing I 1.0 credit hours NUR1011 Professional Nursing II 1.0 credit hours NUR3129 Pathophysiology for BSN 4.0 credit hours NUR2065C Physical Assessment in Healthcare 3.0 credit hours NUR2243 Clinical Decision Making in Evidence Based Practice 2.0 credit hours NUR2032C Care Management I 8.0 credit hours NUR2140C Nursing Pharmacotherapeutics 4.0 credit hours NUR2833C Nursing Quality and Safety in Healthcare 2.0 credit hours NUR3219C Care Management II 9.0 credit hours NUR3047C Health Promotion, Disease Prevention: A Community Perspective 4.0 credit hours NUR3829 Ethical and Legal Issues in Healthcare 3.0 credit hours NUR3411C Care Management III 8.0 credit hours NUR3165 Nursing Research for Evidence-Based Practice 3.0 credit hours NUR3870 Information Technology for Nursing 3.0 credit hours NUR3767C Care Management IV 7.0 credit hours NUR3525 Mental Health Concepts in Nursing 2.0 credit hours NUR4108 Public Policy and Risk Management in Nursing 3.0 credit hours NUR4764C Care Management V 8.0 credit hours NUR4828 Professional Nursing III 2.0 credit hours NUR4888 Nursing Leadership in Systems of Healthcare 3.0 credit hours FastTrack BSN (120.0 credit hours) This beginning program of professional nursing study is designed for individuals with prior college credits that may already have met the general education requirements of the program. To receive a Bachelor of Science degree in Nursing, students must complete an additional 76 credit hours of nursing coursework as described below. The length of this program is approximately 16 months (this will vary based on the amount of general education transfer credits awarded). A combined total of 120 credit hours is required for the degree. Students must maintain a cumulative GPA of 3.0 or higher, and Nursing Core courses must be completed with a grade of “B’ or higher to proceed successfully through the program. General Education Requirements (44.0 credit hours) ENC1101 English Composition I 3.0 credit hours CHM2045 General Chemistry 3.0 credit hours CHM2045L General Chemistry Lab 1.0 credit hours MAC2105 College Algebra 3.0 credit hours Elective Humanities Elective 3.0 credit hours BSC2085C Human Anatomy & Physiology I 4.0 credit hours ENC2102 English Composition II 3.0 credit hours Elective General Lower Level Elective 3.0 credit hours MCB2000C Microbiology I 4.0 credit hours BSC2086C Human Anatomy & Physiology II 4.0 credit hours DEP2004 Lifespan Development 3.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours STA2023 Statistics 3.0 credit hours Electives General Electives 4.0 credit hours Nursing Major Requirements (76.0 credit hours) NUR1010 Professional Nursing I 1.0 credit hours NUR1011 Professional Nursing II 1.0 credit hours NUR3129 Pathophysiology for BSN 4.0 credit hours NUR2065C Physical Assessment in Healthcare 3.0 credit hours NUR2243 Clinical Decision Making in Evidence Based Practice 2.0 credit hours NUR2032C Care Management I 8.0 credit hours NUR2833C Nursing Quality and Safety in Healthcare 2.0 credit hours NUR3219C Care Management II 9.0 credit hours NUR2140C Nursing Pharmacotherapeutics 4.0 credit hours NUR3829 Ethical and Legal Issues in Healthcare 3.0 credit hours NUR3870 Information Technology for Nursing 3.0 credit hours NUR3411C Care Management III 8.0 credit hours NUR3047C Health Promotion, Disease Prevention: A Community Perspective 4.0 credit hours NUR3165 Nursing Research for Evidence-Based Practice 3.0 credit hours NUR3525 Mental Health Concepts in Nursing 2.0 credit hours NUR4108 Public Policy and Risk Management in Nursing 3.0 credit hours NUR4717C Advanced Care Management 11.0 credit hours NUR4828 Professional Nursing III 2.0 credit hours NUR4888 Nursing Leadership in Systems of Healthcare 3.0 credit hours Accelerated BSN (76.0 credit hours) This beginning program of professional nursing study is designed for graduates of bachelor’s or graduate degree programs. To receive a Bachelor of Science degree in Nursing, students must complete an additional 76 credit hours of nursing coursework as described below. The length of this program is approximately 16 months (this will vary based on the amount of general education transfer credits awarded). A combined total of 120 credit hours is required for the degree. Students must maintain a cumulative GPA of 3.0 or higher, and Nursing Core courses must be completed with a grade of “B’ or higher to proceed successfully through the program. General Education Requirements (22.0 credit hours prerequisites and 22.0 block credit hours) CHM2045 General Chemistry 3.0 credit hours CHM2045L General Chemistry Lab 1.0 credit hours BSC2085C Human Anatomy & Physiology I 4.0 credit hours MCB2000C Microbiology I 4.0 credit hours BSC2086C Human Anatomy & Physiology II 4.0 credit hours DEP2004 Lifespan Development 3.0 credit hours STA2023 Statistics 3.0 credit hours Nursing Major Requirements (76.0 credit hours) NUR4825 Professional Nursing I & II for ABSN 2.0 credit hours NUR3129 Pathophysiology for BSN 4.0 credit hours NUR2065C Physical Assessment in Healthcare 3.0 credit hours NUR2243 Clinical Decision Making in Evidence Based Practice 2.0 credit hours NUR2032C Care Management I 8.0 credit hours NUR2833C Nursing Quality and Safety in Healthcare 2.0 credit hours NUR3219C Care Management II 9.0 credit hours NUR2140C Nursing Pharmacotherapeutics 4.0 credit hours NUR3829 Ethical and Legal Issues in Healthcare 3.0 credit hours NUR3870 Information Technology for Nursing 3.0 credit hours NUR3411C Care Management III 8.0 credit hours NUR3047C Health Promotion, Disease Prevention: A Community Perspective 4.0 credit hours NUR3165 Nursing Research for Evidence-Based Practice 3.0 credit hours NUR3525 Mental Health Concepts in Nursing 2.0 credit hours NUR4108 Public Policy and Risk Management in Nursing 3.0 credit hours NUR4717C Advanced Care Management 11.0 credit hours NUR4888 Nursing Leadership in Systems of Healthcare 3.0 credit hours NUR4828 Professional Nursing III 2.0 credit hours RN to BSN (120.0 credit hours) This degree completion program for registered nurses emphasizes critical thinking, leadership, management, research, physical assessment, and health prevention and promotion across a variety of healthcare settings. The curriculum accentuates cultural, political, economic, and social issues that affect patients and influence healthcare delivery through online and/or face-to-face classroom (depending on campus) and clinical components. Students must complete all courses with a grade of “C” or higher to proceed successfully through the program. This program is designed for graduates of associate degree programs in nursing, nursing diploma programs, international, or associate degrees in applied science in nursing, who have also satisfied the above prerequisites for major courses. The length of this program is approximately 12 months (this will vary if a student transfers in credits). A combined total of 120 credit hours is required for the degree. Students applying to the MSN program should take NUR510 Health Promotion and Disease Prevention as an elective course in their last term of the RN to BSN Program. This will result in a total of 123 credit hours earned for the degree. Previous General Education Courses (33.0 credit hours) Advanced Placement Credit for RN Licensure (42.0 credit courses) Elective General Education Courses (9.0 credit hours) STA2023 Statistics 3.0 credit hours ENC 3213 Professional Writing 3.0 credit hours General Education Elective 3.0 credit hours Upper Division Nursing Major Courses (36.0 credit hours) NUR3068 Health Assessment, Promotion and Prevention 3.0 credit hours NUR3129 Pathophysiology for BSN 4.0 credit hours NUR3805 Nursing Role and Scope 3.0 credit hours NUR 4107 Global Trends in Nursing Practice 4.0 credit hours NUR 4108 Public Policy and Risk Management 3.0 credit hours NUR4166 Nursing Research 3.0 credit hours NUR4636 Community Nursing 4.0 credit hours NUR4870 Nursing Informatics 3.0 credit hours NUR4888 Nursing Leadership in Systems of Healthcare 3.0 credit hours NUR4930 Special Topics in Professional Nursing Practice l 3.0 credit hours NUR4935 Special Topics in Professional Nursing Practice ll 3.0 credit hours Elective Course for Students Applying to the MSN Program (3.0 credit hours) NUR510 Health Promotion and Disease Prevention 3.0 credit hours Information about clinical course: NUR 4636 requires 45 clinical hours. Students are responsible for securing the appropriate preceptors for this clinical courses. Additional information regarding the clinical course requirements can be found in the RN to BSN Clinical Course Manual. Software Engineering Bachelor of Science Degree Program Description Keiser University’s Bachelor of Science in Software Engineering prepares students with the knowledge and practical skills to function in entry-level positions within the profession. The degree program starts out with Computer Science courses as the foundation and then continues with a curriculum that concentrates specifically on Software Engineering for the higher-level courses. The curriculum emphasizes software requirements analysis, design, implementation, testing and deployment. At its core, the program seeks to provide the knowledge and skills for multi-platform software development to include Desktop, Mobile and Web computing. The program is designed to foster innovation through the application of software engineering as a business problem-solving discipline. Program Objectives The following objectives are designed to meet Keiser University’s mission and goals: Prerequisites for Major Courses None Program Outline To receive a Bachelor of Science degree in Software Engineering, students must earn 120.0 semester credit hours. Program requirements are as follows: Lower Division Software Engineering Major Courses (45.0 credit hours) COP1035C Python Programming 4.0 credit hours COP1411C Data Structures & Algorithms 4.0 credit hours COP1500C Intro to Computing 4.0 credit hours COP1800C Java Programming 4.0 credit hours COP2360C C# (Sharp) Programming I 4.0 credit hours COP2830C Web Development I 3.0 credit hours CAP2612C Intro to Machine Learning 4.0 credit hours CEN2010C Software Engineering I 4.0 credit hours CEN2724C UX/UI Design 4.0 credit hours COT2104C Discrete Mathematics and Probability 4.0 credit hours CIS2350C Principles of Information Security 3.0 credit hours CTS1305C Essentials of Networking 3.0 credit hours Lower Division General Education Courses (30.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) POS1041 Political Science 3.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computer 3.0 credit hours English (6.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (6.0 credit hours) MAC2105 College Algebra 3.0 credit hours STA2023 Statistics 3.0 credit hours Natural Science (6.0 credit hours) BSC1005 General Biology 3.0 credit hours BSC1006 Advanced Biology 3.0 credit hours CHM2045 General Chemistry 3.0 credit hours CHM2046 Advanced Chemistry 3.0 credit hours PHY2001 General Physics I 3.0 credit hours PHY2002 General Physics II 3.0 credit hours Upper Division Software Engineering Major Courses (39.0 credit hours) COP3610 Operating Systems 3.0 credit hours COP3655 Cross-Platform Mobile Application Development 3.0 credit hours COP3851 Web Development II 3.0 credit hours COP4020 Programming Languages 3.0 credit hours COP4620 Compiler Construction 3.0 credit hours COP4665 iOS Development 3.0 credit hours COP4667 Android Development 3.0 credit hours CDA4125 Parallel and Distributed Systems 3.0 credit hours ISM4212 Database Management Systems 3.0 credit hours MAN4583 Project Management 3.0 credit hours CEN3011 Software Engineering II 3.0 credit hours CEN4086 Cloud and Internet Computing 3.0 credit hours CEN4090 Software Engineering Capstone Project 3.0 credit hours Upper Division General Education Courses (6.0 credit hours) STA3163 Intermediate Statistics 3.0 credit hours ENC3213 Professional Writing 3.0 credit hours IDS3355 Critical Thinking 3.0 credit hours Sport Management Bachelor of Science Degree Program Description Keiser University’s Bachelor of Science in Sport Management is designed to provide students with the knowledge and skills required for a career in the sport industry. The sport industry is one of the largest segments of the economy, and opportunities for careers exist in international, professional, amateur, and collegiate sport, as well as in tourism, recreation, and private sport enterprise. The Keiser curriculum focuses on the business aspects of the sport industry, including marketing, management, law, sales, economics, and finance. The program is offered as a 120-credit program and a 60-credit degree completion program. Students enrolling in the degree completion program must have an approved Associate’s degree. Program Objectives Upon completion of this program, students are able to: • Effectively market sport, its products and services, for consumer consumption • Limit liability in sport organizations through application of both risk management and best legal practices in sport • Design, implement, and manage sport events and facilities • Identify and utilize trends in sport consumption to manage market strategies for the improved consumption of a sport product or service • Apply best practices in sales to improve sales performance in a sport organization • Apply ethical principles and critical thinking in the management and leadership of diverse sport organizations • Assess current issues in sport management – in light of technology – and their likely impact on varying sport organizations • Discuss how the economics and finance of sport influence the business decisions of sport organizations • Manage the day-to-day business aspects of a sport organization toward the fulfillment of that organization’s mission and objectives • Communicate effectively in speech, writing, other methods, and through technology to diverse stakeholders Prerequisites for Major Courses Successful completion of lower division SPM courses Program Outline To receive a Bachelor of Science degree in Sport Management, students must complete 120 credit hours as described below. The length of this program is approximately 40 months (this will vary if a student transfers in credits). Lower Division Sport Management Courses (21.0 credit hours) ACG1001 Accounting Principles I 3.0 credit hours BUL1240 Business Law 3.0 credit hours SPM1000 Introduction to Sport Management 3.0 credit hours SPM 1204 Ethical Issues in Sport 3.0 credit hours SPM2001 Introduction to Sport Marketing 3.0 credit hours SPM2403 Sport Public Relations 3.0 credit hours STA2023 Statistics 3.0 credit hours Lower Division Elective Courses (9.0 credit hours) Students may choose 9.0 lower division credit hours in any field(s) to complete this requirement. Lower Division General Education Courses (30.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech Communication 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours Economics (3.0 credit hours) ECO1023 Microeconomics 3.0 credit hours English (6.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (3.0 credit hours) MAC2105 College Algebra 3.0 credit hours MGF2106 College Mathematics 3.0 credit hours MGF2107 Applications of Mathematics 3.0 credit hours Natural Science (6.0 credit hours) BSC1005 General Biology 3.0 credit hours BSC1006 Advanced Biology 3.0 credit hours BSC1050 Environmental Science 3.0 credit hours BSC2085C Human Anatomy and Physiology I 4.0 credit hours BSC2086C Human Anatomy and Physiology II 4.0 credit hours CHM2045 General Chemistry 3.0 credit hours CHM2046 Advanced Chemistry 3.0 credit hours OCB1010 General Marine Biology 3.0 credit hours NOTE: All lower division major and general education courses should be successfully completed before upper division courses are undertaken. Upper Division Sport Management Courses (36.0 credit hours) SPM3010 Sport in American Life 3.0 credit hours SPM3040 Governance & Policy in Sport Organizations 3.0 credit hours SPM3321 Selling in Sport Management 3.0 credit hours SPM3721 Risk Management 3.0 credit hours SPM4104 Venue and Event Management 3.0 credit hours SPM4300 Sponsorship & Fund-Raising 3.0 credit hours SPM4402 Technology & Social Media in Sport 3.0 credit hours SPM4501 Sport Economics 3.0 credit hours SPM4505 Sport Finance 3.0 credit hours SPM4116 Strategic Management for Sport Organizations 3.0 credit hours SPM4940 Sport Management Internship IV 6.0 – 12.0 credit hours Upper Division Elective Courses (15.0 credit hours) Students may choose 15.0 upper division credit hours in any field(s) to complete this requirement. Upper Division General Education Courses (9.0 credit hours) ENC3213 Professional Writing 3.0 credit hours IDS3355 Critical Thinking 3.0 credit hours STA3163 Intermediate Statistics 3.0 credit hours Degree Completion - This program is designed for graduates of associate degree programs from accredited institutions. To receive a Bachelor of Science degree in Sport Management, students must complete an additional 60 upper division credit hours as described above. The length of this program is approximately 20 months (this will vary if a student transfers in credits). A combined total of 120 credit hours is required for the degree. The following lower level division courses must be successfully completed. (Course equivalency is established by the Dean of Academic Affairs from official transcripts received from accredited institutions.) ENC2102 English Composition II (prerequisite ENC1101) MAC2105 College Algebra or MGF2106 College Math, or STA2023 Statistics Sport Management (Leadership Track) Bachelor of Science Degree Program Description Keiser University’s Bachelor of Science in Sport Management (Leadership Track) is designed to provide students with the knowledge and skills required for leadership positions in the sport industry. The sport industry is one of the largest segments of the economy, and opportunities for careers exist in international, professional, amateur, and collegiate sport, as well as in tourism, recreation, and private sport enterprise. The Keiser curriculum focuses on developing leadership skills applicable to the sport industry, and offers flexibility in selecting courses in such areas as coaching, marketing, management, law, psychology, economics, and finance. Program Objectives Upon completion of this program, students are able to: • Apply leadership principles to the sport industry • Describe effective coaching interventions to enhance athlete motivation and performance • Effectively market sport, its products and services, for consumer consumption • Limit liability in sport organizations through application of both risk management and best legal practices in sport • Design, implement, and manage sport events • Identify and utilize trends in sport consumption to manage market strategies for the improved consumption of a sport product or service • Apply best practices in sales to improve sales performance in a sport organization • Apply ethical principles in the management of sport organizations • Analyze human behavior, mental processes and theories associated with group communication, team building, interpersonal conflict, and persuasion • Assess current issues in sport management and their likely impact on varying sport organizations • Discuss how the economics of sport influence the business decisions of sport organizations • Manage the day-to-day business aspects of a sport organization toward the fulfillment of that organization’s mission and objectives Prerequisites for Major Courses Successful completion of lower division SPM courses Program Outline To receive a Bachelor of Science degree in Sport Management (Leadership Track), students must complete 120 credit hours as described below. The length of this program is approximately 40 months (this will vary if a student transfers in credits). Lower Division Sport Management Courses (21.0 credit hours) SPM1000 Introduction to Sport Management 3.0 credit hours SPM 1204 Ethical Issues in Sport 3.0 credit hours SPM2001 Introduction to Sport Marketing 3.0 credit hours SPM2403 Sport Public Relations 3.0 credit hours STA2023 Statistics 3.0 credit hours Select two courses from the following: ACG1001 Accounting Principles I 3.0 credit hours BUL1240 Business Law 3.0 credit hours MAN1021 Principles of Management 3.0 credit hours PSY2206 Social Psychology 3.0 credit hours SPM2150 Sports Administration and Law 3.0 credit hours SPM2022 Current Issues in Sport Management 3.0 credit hours PSY2450 Constructs of Interpersonal Conflict 3.0 credit hours DEP2004 Lifespan Development 3.0 credit hours Lower Division Elective Courses (6.0 credit hours) Students may choose 6.0 lower division credit hours in any field(s) to complete this requirement. Lower Division General Education Courses (33.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (6.0 credit hours) PSY1012 Introduction to Psychology (required) 3.0 credit hours Any Behavioral/Social Science course offered by KU 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech Communication 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours Economics (3.0 credit hours) ECO1023 Microeconomics 3.0 credit hours ECO2013 Macroeconomics 3.0 credit hours English (6.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) Any Humanities/Fine Arts course offered by KU 3.0 credit hours Mathematics (3.0 credit hours) MAC2105 College Algebra 3.0 credit hours MGF2106 College Mathematics 3.0 credit hours MGF2107 Applications of Mathematics 3.0 credit hours Natural Science (6.0 credit hours) Any Natural Science course offered by KU 3.0 credit hours Any Natural Science course offered by KU 3.0 credit hours NOTE: All lower division major and general education courses should be successfully completed before upper division courses are undertaken. Upper Division Sport Management Courses (36.0 credit hours) SPM3010 Sport in American Life 3.0 credit hours SPM3040 Governance & Policy in Sport Organizations 3.0 credit hours SPM3721 Risk Management 3.0 credit hours SPM4104 Venue and Event Management 3.0 credit hours SPM4300 Sponsorship & Fund-Raising 3.0 credit hours SPM4402 Technology & Social Media in Sport 3.0 credit hours SPM4505 Sport Finance 3.0 credit hours SPM4116 Strategic Management for Sport Organizations 3.0 credit hours Select two courses from the following: MAN4164 Leadership 3.0 credit hours PSY4830 Sport Psychology 3.0 credit hours PSY4836 Psychology of Coaching and Team Building 3.0 credit hours SPM3115 Principles and Science of Coaching 3.0 credit hours SPM3321 Selling in Sport Management 3.0 credit hours SPM4501 Sport Economics 3.0 credit hours COM3033 Persuasion 3.0 credit hours COM3441 Group Communication and Team Interaction 3.0 credit hours COM3465 Conflict Resolution 3.0 credit hours Internships [minimum six (6) credits required] SPM1940 Sport Management Internship I 3.0 credit hours SPM2940 Sport Management Internship II 3.0 credit hours SPM3940 Sport Management Internship III 3.0 credit hours SPM4940 Sport Management Internship IV 3.0 – 12.0 credit hours Upper Division Elective Courses (15.0 credit hours) Students may choose 15.0 upper division credit hours in any field(s) to complete this requirement. Upper Division General Education Courses (9.0 credit hours) ENC3213 Professional Writing 3.0 credit hours IDS3355 Critical Thinking 3.0 credit hours STA3163 Intermediate Statistics 3.0 credit hours ASSOCIATE OF ARTS DEGREES Accounting Associate of Arts Degree Program Mission The mission of the Keiser University Associates of Arts in Accounting degree program is to prepare students for entry-level careers as accounting clerks, assistants and bookkeepers. Program Goal The goal of the Keiser University Associates of Arts in Accounting degree program is to introduce accounting concepts and skills needed for entry-level accounting positions. Program Description Keiser University’s Associate of Arts degree in Accounting focuses on entry-level accounting skills including communication and ethics needed in today’s professional environment. The program provides a fundamental understanding of not only essential practitioner skills but also addresses the unique skills needed by an entry-level accountant. Accounting topics include: financial accounting, federal taxation, and the use of business applications and accounting software. Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals: • Identify fundamental accounting/tax concepts and standards • Prepare fundamental financial statements/tax documents • Obtain proficiency in the use of business and accounting/tax software applications • Use professional communication skills in the preparation of documents and presentations • Identify components of regulatory and ethical practices Prerequisites for Major Courses None Technology Requirements This program uses a number of business and accounting related software programs in the courses, including Microsoft Office. Students must have access to a PC with a Windows based operating system, internet connection, and the ability to download software programs and data files. Students also need to be able to listen to student presentations and present material to the class (headset preferred). Program Outline To receive an Associate of Arts degree in Accounting, students must complete 60 credit hours as described below. The length of this program is approximately 20 months (this will vary if a student transfers in credits). Accounting Major Courses (24.0 credit hours) ACG1001* Accounting Principles I 3.0 credit hours ACG2011* Accounting Principles II 3.0 credit hours ACG2062* Accounting Information for Business Decisions 3.0 credit hours ACG2091* Integrated Accounting 3.0 credit hours BUL1240 Business Law 3.0 credit hours FIN2001 Financial Management 3.0 credit hours MAR1011 Introduction to Marketing 3.0 credit hours TAX2004* Principles of Taxation 3.0 credit hours *Courses must be completed with a grade of “C” or higher Lower Division General Education Courses (36.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) AMH1010 American History Pre 1876 3.0 credit hours AMH1020 American History Since 1876 3.0 credit hours POS1041 Political Science 3.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech Communications 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours Economics (6.0 credit hours) ECO1023* Microeconomics 3.0 credit hours ECO2013* Macroeconomics 3.0 credit hours English (6.0 credit hours) ENC1101* English Composition I 3.0 credit hours ENC2102* English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours CWL1000 Contemporary World Literature 3.0 credit hours Mathematics (6.0 credit hours) MAC2105* College Algebra 3.0 credit hours MGF2106* College Mathematics 3.0 credit hours MGF2107* Applications of Mathematics 3.0 credit hours STA2023* Statistics (required) 3.0 credit hours Natural Science (6.0 credit hours) BSC1005 General Biology 3.0 credit hours BSC1005L General Biology Laboratory 1.0 credit hour BSC1006 Advanced Biology 3.0 credit hours BSC1006L Advanced Biology Laboratory 1.0 credit hour BSC1050 Environmental Science 3.0 credit hours *Courses must be completed with a grade of “C” or higher Business Administration Associate of Arts Degree (ACBSP Accredited) Program Description Keiser University’s Associate of Arts degree in Business focuses on a basic understanding of business skills needed for entry level business professionals. The program introduces students to the functional areas of business, the business environment including ethical business practices, and technical and communication skills needed in today’s business environment. Mission Keiser University’s Associate of Arts degree in Business Administration is intended to provide career-focused students the ability to gain the fundamental, communication, administration, and career advancement skills necessary to prosper in a diverse business environment. Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals: 1. Describe basic concepts of the functional areas of business, such as marketing, finance, accounting, and management. 2. Explain the basic concepts of the business environment including legal and ethical business practices, including diversity and inclusion. 3. Demonstrate the use of basic technical and quantitative skills. 4. Develop professional oral and written communication skills through basic research techniques. Prerequisites for Major Courses None Program Outline To receive an Associate of Arts degree in Business Administration, students must complete 60 credit hours as described below. The length of this program is approximately 20 months (this will vary if a student transfers in credits). Business Administration Major Courses (24.0 credit hours) ACG1001 Accounting Principles I 3.0 credit hours ACG2011 Accounting Principles II 3.0 credit hours BUL1240 Business Law 3.0 credit hours FIN2001 Financial Management 3.0 credit hours GEB1112 Entrepreneurship 3.0 credit hours MAN1021 Principles of Management 3.0 credit hours MAN2300 Human Resource Management 3.0 credit hours MAR1011 Introduction to Marketing 3.0 credit hours Lower Division General Education Courses (36.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) AMH1010 American History Pre 1876 3.0 credit hours AMH1020 American History Since 1876 3.0 credit hours POS1041 Political Science 3.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech Communications 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours Economics (6.0 credit hours) ECO1023 Microeconomics 3.0 credit hours ECO2013 Macroeconomics 3.0 credit hours English (6.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (6.0 credit hours) MAC2105 College Algebra 3.0 credit hours MGF2106 College Mathematics 3.0 credit hours MGF2107 Applications of Mathematics 3.0 credit hours STA2023 Statistics (required) 3.0 credit hours Natural Science (6.0 credit hours) BSC1005 General Biology 3.0 credit hours BSC1005L General Biology Laboratory 1.0 credit hour BSC1006 Advanced Biology 3.0 credit hours BSC1006L Advanced Biology Laboratory 1.0 credit hour BSC1050 Environmental Science 3.0 credit hours Business Analytics Associates of Arts Degree Program Description Keiser University’s Associate of Arts in Business Analytics degree represents the first half of the Bachelor of Arts degree. In a similar fashion to the BA, this program provides students with the foundation and introductory courses in Business Analytics, also known as Business Intelligence. Students are offered a series of introductory integrated business and information technology courses. This program is designed to introduce and provide a foundation for assisting students in analyzing introductory level business issues. Graduates will be able to assist in the collection, analysis, and utilization of business data, as well as contribute to the making of business decisions and communicating with commercial entities. The focus of this program is on developing students’ business, technological, analytical, and communication skills. During the application components of this program, students work independently, in groups, and with external or third-party entities to further develop the necessary skills needed for a business analyst. Program Objectives • Prepare students’ abilities to understand fundamental business concepts, terms, and theories. • Start the process by which students will become proficient at the introductory level in the use of computer languages, databases, and other applications of information technology for business functions. • Introduce and enhance students’ understanding of business problems and issues. • Introduce students to the analytical skills used in the making of business decisions. • Develops students’ ability to solve problems through the use of critical thinking techniques. • Develop students’ communication skills as required to meet the needs of business organizations. • Prepare students for employment in professional working environments as a business analyst. • Analyze the manner that filmmakers tell stories on screen • Explain the structure and organization of the media and entertainment industries, as well as the roles and responsibilities of key departments and personnel • Trace the evolution of motion pictures, including early developments in cinema to the present time • Understand and be able to analyze how filmmakers adapt a script to film or video • Demonstrate the techniques and methodologies associated with video and film camera work and lighting, including field and studio applications at an introductory level • Evaluate the work of famous directors in order to identify patterns used in film development • Demonstrate knowledge of various platforms and techniques for video and film post- production editing • To develop students’ understanding of the American criminal justice system. • To present students with an in-depth review of institutions, laws, theories and the players that make up the system. • To assist graduates in obtaining entry-level criminal justice positions • To prepare students for employment or advancement in criminal justice related fields • Understand a broad range of concepts, terms, and theories • Be able to think critically and communicate effectively • Be prepared to obtain entry-level employment in various fields The program is offered at the Flagship Campus and Shanghai, China Campus. The Chinese program consists of three (3) years of study at the Keiser University Shanghai Campus, followed by one (1) year of study at the Keiser University Flagship Campus. Some of the transferred courses are not included in this Associates of Arts program listing as they are upper division courses leading to a Bachelor of Arts degree. For American domestic students, the program consists of the traditional two-year model. For information on how this program fits with the BA program, please see the portion of the catalog that lists the Bachelor of Arts in Business Analytics. Program Outline To receive an Associate of Arts degree in Business Analytics, students must complete 61.0 credit hours as described below. The length of this program is approximately 20 months (this will vary if a student transfers in credits). Lower Division General Education Courses (37.0 credit hours) Behavioral/Social Science (3.0 credit hours) PSY1012 Introduction to Psychology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech Communication 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours Economics (6.0 credit hours) ECO1023 Microeconomics 3.0 credit hours ECO2013 Macroeconomics 3.0 credit hours English (6.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) ENL1000 English Literature 3.0 credit hours Mathematics (10.0 credit hours) STA2023 Statistics (required) 3.0 credit hours MAD2104 Discrete Mathematics and Probability (required) 4.0 credit hours MAC2233 Survey of Calculus (China Program) 3.0 credit hours MAC2105 College Algebra 3.0 credit hours Natural Science (3.0 credit hours) BSC1010 General Biology 3.0 credit hours Business Analytics Major Courses (24.0 credit hours MAN1021 Principles of Management 3.0 credit hours ACG1001 Accounting Principles I 3.0 credit hours ACG2011 Accounting Principles II 3.0 credit hours MAR1011 Introduction to Marketing 3.0 credit hours FIN2001 Financial Management 3.0 credit hours CGS2531 Problem Solving with Computer Software 3.0 credit hours Restricted Electives CTS1305C Essentials of Networking 3.0 credit hours COP2843C Web Systems 3.0 credit hours Cinematic Arts Associate of Arts Degree Program Description The Keiser University Associate of Arts in Cinematic Arts program introduces students to cinematic principles and techniques of filmmaking and video production. The curriculum provides students with an understanding of the film and video history and production, including foundations of story, script analysis, editing, directing and cinematography. Students will be prepared to enter the industry and advance their education in the baccalaureate degree program. Program Objectives To develop students’ abilities to: Prerequisites for Major Courses None Program Outline To receive an Associate of Arts degree in Cinematic Arts, students must complete 60 credit hours as described below. The length of this program is approximately 20 months (this will vary if a student transfers in credits). General Education Courses (39.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (6.0 credit hours) AMH1010 American History Pre 1876 (required) 3.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech Communications 3.0 credit hours Computers (3.0 credit hours) CGS1000C* Introduction to Computers 3.0 credit hours Economics (3.0 credit hours) ECO2013 Macroeconomics 3.0 credit hours English (6.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (6.0 credit hours) AML1000 American Literature 3.0 credit hours FIL1006 Film Appreciation (required) 3.0 credit hours Mathematics (6.0 credit hours) MAC2105 College Algebra 3.0 credit hours STA2023 Statistics (required) 3.0 credit hours Natural Science (6.0 credit hours) BSC1005 General Biology 3.0 credit hours BSC1050 Environmental Science 3.0 credit hours Cinematic Arts Major Courses (21.0 credit hours) FIL1007 Foundations of Story 3.0 credit hours FIL1008 Film Production I 3.0 credit hours FIL2030 Film History I 3.0 credit hours FIL2107 Script Analysis I 3.0 credit hours FIL2461 Cinematography I 3.0 credit hours FIL2480 Directing I 3.0 credit hours FIL2552 Editing I 3.0 credit hours Criminal Justice Bachelor of Science Degree Associate of Arts Degree Program Description Keiser University’s Associate of Arts degree in Criminal Justice presents the major components of the American criminal justice system. It includes criminal behavior patterns, law enforcement organizations, juvenile systems, legal principles and doctrines and fundamentals of criminal investigations. Courses utilize hands-on activities and analytical exercises. Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals: Prerequisites for Major Courses None Program Outline To receive an Associate of Arts degree in Criminal Justice, students must complete 60 credit hours as described below. The length of this program is approximately 20 months (this will vary if a student transfers in credits). Criminal Justice Major Courses (24.0 credit hours) CCJ1010 Criminology 3.0 credit hours CCJ1020 Introduction to Criminal Justice 3.0 credit hours CJC2000 Introduction to Corrections 3.0 credit hours CJE1000 Introduction to Law Enforcement 3.0 credit hours CJE1130 Communications and Writing for CJ 3.0 credit hours Professionals CJE 2600 Criminal Investigations 3.0 credit hours CJJ 2001 Introduction to Juvenile Procedures 3.0 credit hours CJL2100 Criminal Law 3.0 credit hours General Education Courses (36.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (6.0 credit hours) AMH1010 American History Pre 1876 3.0 credit hours AMH1020 American History Since 1876 3.0 credit hours POS1041 Political Science 3.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours Economics (3.0 credit hours) ECO1023 Microeconomics 3.0 credit hours ECO2013 Macroeconomics 3.0 credit hours English (6.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours CWL 1000 Contemporary World Literature 3.0 credit hours Mathematics (6.0 credit hours) MAC2105 College Algebra 3.0 credit hours MGF2106 College Mathematics 3.0 credit hours MGF2107 Applications of Mathematics 3.0 credit hours STA2023 Statistics (required) 3.0 credit hours Natural Science (6.0 credit hours) BSC1005 General Biology 3.0 credit hours BSC1005L General Biology Laboratory 1.0 credit hour BSC1006 Advanced Biology 3.0 credit hours BSC1006L Advanced Biology Laboratory 1.0 credit hour BSC1050 Environmental Science 3.0 credit hours CHM1045 General Chemistry 3.0 credit hours CHM1045L General Chemistry Laboratory 1.0 credit hour CHM1046 Advanced Chemistry 3.0 credit hours CHM1046L Advanced Chemistry Laboratory 1.0 credit hour General Studies Associate of Arts Degree Program Description Keiser University’s Associate of Arts degree in General Studies provides a curriculum that allows broad exposure to multiple disciplines. This major provides a practical alternative for associate degree-seeking students whose needs cannot be met by individual majors. Students can design a course of study that meets their personal academic objectives and furthers their professional growth and development by combining courses from eligible disciplines into a coherent program. The degree combines general education courses with interdisciplinary electives. The proposed coursework is subject to approval by the dean of academic affairs. Program Objectives The following objectives are designed to meet Keiser University‘s mission and its goals. Upon completion of the program, students will: Prerequisites for Major Courses None Program Outline To receive an Associate of Arts degree in General Studies, students must complete 60 credit hours as described below. The length of this program is approximately 20 months (this will vary if a student transfers in credits). General Studies Major Courses (24.0 credit hours) A minimum total of 24 semester credit hours may be selected from (a) General Education courses not used to satisfy the 36 semester credit-hour program General Education requirement for the degree; (b) lower division courses (100-200 course numbers) contained in any of the following suggested disciplinary program; or (c) selected courses from other university programs utilized to construct a focused general studies degree program (AAGS). Focused degree programs will contain a minimum of 15 semester credit hours of the 24 hours available in a specific discipline or from a particular program of study. The remainder of the courses may be electives selected to satisfy the program goals of the student. The selection of courses is subject to the approval by the Campus Dean of Academic Affairs. General Education Courses (36.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (6.0 credit hours) 6.0 credit hours from any lower division Behavioral/Social Science courses offered at the university Communications (3.0 credit hours) SPC1017 Speech Communications 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours Economics (3.0 credit hours) 3.0 credit hours from any lower division Economics courses offered at the university English (6.0 credit hours) ENC1101* English Composition I 3.0 credit hours ENC2102* English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) 3.0 credit hours from any lower division Humanities/Fine Arts courses offered at the university Mathematics (6.0 credit hours) 6.0 credit hours from any lower division Mathematics courses offered at the university above Intermediate Algebra Natural Science (6.0 credit hours) 6.0 credit hours from any lower division Natural Science courses offered at the university *Courses must be completed with a grade of “C” or higher. Health Services Administration Associate of Arts Degree Program Description Keiser University’s Associate of Arts degree in Health Services Administration provides instruction in basic health services administration skills. Students learn computer skills and software applications necessary in a healthcare environment. The program prepares students in both business and health service administration, providing courses on business law, management and marketing principles, medical anatomy, physiology and terminology and front office management. Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals: • To develop students’ understanding of software systems used in administrative healthcare • To familiarize students with medical terminology, anatomy and physiology • To train students in the application of business principles to healthcare administration • To assist graduates in obtaining entry-level employment in health services administration • To provide students with a comprehensive review of the major components of the Department of Homeland Security • To develop students’ abilities to effectively communicate in verbal and written formats • To provide students with an understanding of domestic and international terrorism, including the agencies, responses and actions used to deal with it • To assist graduates in obtaining entry-level employment in Homeland Security areas • Understand the basic functions, objectives, and operational skills that are common to the hospitality industry • Demonstrate content knowledge in the field of hotel, resort, and hospitality management • Research and analyze information in the field • Translate theory into practical applications in the resort, hospitality, recreation and tourism industry • Demonstrate satisfactory oral and written presentation skills • Demonstrate industry competency and skills during field experiences/ externships • Evaluate information in order to understand the dynamics of changing work environments, problem solve, make decisions, and provide leadership skills necessary to succeed in the hotel, resort, hospitality, and tourism profession • Analyze, synthesize, and evaluate real-world work experiences and apply textbook theory • Use accounting and financial skills necessary to demonstrate competence in dealing with changing economic conditions in the hotel, resort and hospitality industry • To develop students’ written and verbal competencies, enabling them to think critically and communicate effectively • To instruct students in analytical and technical skills • To provide students with a sound understanding of legal practice in the United States • To prepare graduates to work as paralegals for lawyers in both civil and criminal practices in firms, businesses, and corporations Prerequisites for Major Courses None Program Outline To receive an Associate of Arts degree in Health Services Administration, students must complete 60 credit hours as described below. The length of this program is approximately 20 months (this will vary if a student transfers in credits). Health Services Administration Major Courses (24.0 credit hours) APA2265 Accounting for Healthcare 3.0 credit hours HSA1117 Principles of Health Service Administration 3.0 credit hours HSA1192C Healthcare Computer Applications 3.0 credit hours HSA1253 Medical Office Administration and Billing 3.0 credit hours HSA2250 CPT Coding for Health Service Administration 3.0 credit hours HSC1531 Healthcare Medical Terminology 3.0 credit hours MAN1021 Principles of Management 3.0 credit hours MAN2300 Human Resource Management 3.0 credit hours General Education Courses (36.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) AMH1010 American History Pre 1876 3.0 credit hours AMH1020 American History Since 1876 3.0 credit hours POS1041 Political Science 3.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours Economics (6.0 credit hours) ECO1023 Microeconomics 3.0 credit hours ECO2013 Macroeconomics 3.0 credit hours English (6.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (6.0 credit hours) MAC2105 College Algebra 3.0 credit hours MGF2106 College Mathematics 3.0 credit hours MGF2107 Applications of Mathematics 3.0 credit hours STA2023 Statistics 3.0 credit hours Natural Science (6.0 credit hours) BSC1005 General Biology 3.0 credit hours BSC1005L General Biology Laboratory 1.0 credit hour BSC1050 Environmental Science 3.0 credit hours BSC1006 Advanced Biology 3.0 credit hours BSC1006L Advanced Biology Laboratory 1.0 credit hour Homeland Security Associate of Arts Degree Program Description Keiser University’s Associate of Arts degree in Homeland Security provides a comprehensive review of the major components of the Department of Homeland Security, the agencies that comprise the Department and the laws, authorities and actions of the Department. Hazardous materials identification and handling, acts of terrorism and the response and recovery actions of Homeland Security agencies are detailed, including laws and legislative actions that give authority to the multiple agencies involved. Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals: Prerequisites for Major Courses None Program Outline To receive an Associate of Arts degree in Homeland Security, students must complete 60 credit hours as described below. The length of this program is approximately 20 months (this will vary if a student transfers in credits). Homeland Security Major Courses (24.0 credit hours) CCJ1020 Introduction to Criminal Justice 3.0 credit hours CJL2180 Constitutional Law for the Homeland Security Professional 3.0 credit hours DSC1006 Introduction to Homeland Security 3.0 credit hours DSC1011 Domestic and International Terrorism 3.0 credit hours DSC1570 Introduction to Cyber-Terrorism 3.0 credit hours DSC2033 Bio-Terrorism: Hazardous Materials and Weapons of Mass Destruction 3.0 credit hours DSC2036 Organizing the War on Terrorism 3.0 credit hours DSC2210 Emergency Planning and Security Measures I 3.0 credit hours General Education Courses (36.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (6.0 credit hours) AMH1010 American History Pre 1876 3.0 credit hours AMH1020 American History Since 1876 3.0 credit hours POS1041 Political Science 3.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours Economics (3.0 credit hours) ECO1023 Microeconomics 3.0 credit hours ECO2013 Macroeconomics 3.0 credit hours English (6.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (6.0 credit hours) MAC2105 College Algebra 3.0 credit hours MGF2106 College Mathematics 3.0 credit hours MGF2107 Applications of Mathematics 3.0 credit hours STA2023 Statistics (required) 3.0 credit hours Natural Science (6.0 credit hours) BSC1005 General Biology 3.0 credit hours BSC1005L General Biology Laboratory 1.0 credit hour BSC1006 Advanced Biology 3.0 credit hours BSC1006L Advanced Biology Laboratory 1.0 credit hour BSC1050 Environmental Science 3.0 credit hours Hospitality Associate of Arts Degree Program Description Keiser University’s Associate of Arts degree in Hospitality will prepare students with competencies in the areas of sales, financial management, food and beverage sales and safety, facilities maintenance and housekeeping, as well as general accounting tailored to the hotel and resort industry. Course work will focus on the business aspects of hospitality operations and incorporates externships to solidify skills. Program Objectives The following program objectives are designed to meet Keiser University mission and goals. Graduates will be able to: Pre Requisites for Major Courses None Program Outline To receive an Associate of Arts degree in Hospitality, students must complete 60 credit hours as described below. The length of this program is approximately 20 months (this will vary if a student transfers in credits). Hospitality Major Courses (24 credit hours required) HFT1000 Introduction to Hospitality Industry 3.0 credit hours HFT1265 Food and Beverage Management 3.0 credit hours HFT2930 Selected Topics in Hospitality Industry 3.0 credit hours HFT2500 Hospitality Marketing, Sales & Promotion 3.0 credit hours HFT1210 Supervision in Hospitality Industry 3.0 credit hours HFT2430 Hotel Financial Accounting- Night Auditing 3.0 credit hours HFT2945 Hospitality Externship I 3.0 credit hours HFT2946 Hospitality Externship II 3.0 credit hours General Education Courses (36 credit hours required) Credit hours in parentheses indicate the required number of credits in each discipline. Behavioral/Social Science (3 credits required) AMH1010 American History Pre 1877 3.0 credit hours AMH1020 American History Post 1876 3.0 credit hours POS1041 Political Science 3.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3 credits required) SPC1017 Speech Communication 3.0 credit hours Computers (3 credits required) CGS1000C Introduction to Computers 3.0 credit hours Economics (6 credits required) ECO1023 Microeconomics 3.0 credit hours ECO2013 Macroeconomics 3.0 credit hours English (6 credits required) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3 credits required) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (6 credits required) MAC2105 College Algebra 3.0 credit hours MGF2106 College Mathematics 3.0 credit hours MGF2107 Applications of Mathematics 3.0 credit hours STA2023 Statistics (required) 3.0 credit hours Natural Science (6 credits required) BSC1005 General Biology 3.0 credit hours BSC1005L General Biology Laboratory 1.0 credit hours BSC1006 Advanced Biology 3.0 credit hours BSC1006L Advanced Biology Laboratory 1.0 credit hours BSC1050 Environmental Science 3.0 credit hours *Must be completed with a grade of “C” or higher for Gordon Rule credit Paralegal Studies Associate of Arts Degree Program Description Keiser University’s Associate of Arts degree in Paralegal Studies prepares students to support attorneys in transactional and litigation fields through legal research, document drafting, casemanagement, evidence gathering, and all aspects of criminal and civil procedure. Paralegals are often involved in trial preparation, investigations, and other dispute resolution processes. Paralegals may also help draft legal instruments, such as wills, contracts, and real estate documents. Additionally, the Associates of Arts degree in Paralegal Studies prepares students to identify and properly respond to ethical issues associated with the practice of law. Program Objectives The following objectives are designed to meet Keiser University’s mission and goals: Prerequisites for Major Courses None Program Outline To receive an Associate of Arts degree in Paralegal Studies, students must complete 60 credit hours as described below. The length of this program is approximately 20 months (this will vary if a student transfers in credits). Paralegal Studies Major Courses (24.0 credits) PLA1103 Legal Research and Writing I 3.0 credit hours PLA1304 Criminal Law 3.0 credit hours PLA1423 Contracts 3.0 credit hours PLA1600 Wills, Trusts and Estates 3.0 credit hours PLA2203 Civil Litigation 3.0 credit hours PLA2272 Torts 3.0 credit hours PLA2610 Real Property 3.0 credit hours PLA2800 Family Law 3.0 credit hours General Education Courses (36.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (6.0 credit hours) POS1041 Political Science (required) 3.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech Communications 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours Economics (3.0 credit hours) ECO1023 Microeconomics 3.0 credit hours ECO2013 Macroeconomics 3.0 credit hours English (6.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours CWL1000 Contemporary World Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (6.0 credit hours) MAC2105 College Algebra 3.0 credit hours MGF2106 College Mathematics 3.0 credit hours MGF2107 Applications of Mathematics 3.0 credit hours STA2023 Statistics 3.0 credit hours Natural Science (6.0 credit hours) BSC1005 General Biology 3.0 credit hours BSC1005L General Biology Laboratory 1.0 credit hour BSC1006 Advanced Biology 3.0 credit hours BSC1006L Advanced Biology Laboratory 1.0 credit hour BSC1050 Environmental Science 3.0 credit hours ASSOCIATE OF SCIENCE DEGREES Applied Engineering Associate of Science Degree Program Description Keiser University’s Associate of Science degree in Applied Engineering prepares students for entering the work force as entry level technicians and problem solvers with an understanding of basic engineering principles and technical skills in support of engineers and other professionals engaged in developing, installing, calibrating, modifying and maintaining electrical, mechanical, aerospace, agricultural, transportation, and biomedical systems. This includes instruction in computer systems; electronics and instrumentation; programmable logic controllers (PLCs); electric, hydraulic and pneumatic control systems; actuator and sensor systems; process control; robotics; applications to specific industrial tasks; and report preparation. Program Goals The Applied Engineering program prepares students to be successful professionals recognized for their: • Critical thinking and problem solving skills based on a fundamental knowledge of humanities, social sciences, mathematics, physics, chemistry, engineering science and a broad range of applied engineering technical areas; • Knowledge of global and societal concerns, ethics, and sustainability when making engineering decisions; • Leadership and effective communication; • Civic engagement and contributions to society; and • Lifelong learning and professional development. Program Educational Objectives The educational objectives of the Associate of Science in Applied Engineering program are to produce engineering graduates whom: • Diagnose failures at the device, component, assembly, sub-system and system levels in hardware and software. • Repair failures including documentation of completed analysis. • Demonstrate skills using industry-level tools and equipment used for test, measurement, diagnostics, and repair. • Dissect how systems work based on how said systems fail. Student Learning Outcomes Graduates of the Associate of Science in Applied Engineering program will be able to: • Setup, calibrate, operate, and interpret results from industry-level tools and equipment. • Apply knowledge of math, physics, chemistry, and engineering to diagnosing and repairing systems. • Collect, organize, analyze, and interpret data to produce meaningful conclusions and recommendations. • Present test results and repair recommendations while demonstrating leadership with confidence as part of multidisciplinary teams. • Build in multi-level solution contingencies considering time, cost, safety, reliability, compatibility, and quality. • Behave professionally and ethically with colleagues, the customer, and the public. • Reference technology magazines, periodicals, news articles, patents, and publications to stay current with contemporary and future technologies and issues. • Completion of all general education coursework with a minimum cumulative grade average of 2.0 (exceptions only by approval of Program Director) • To prepare students for positions as entry-level bakers and pastry cooks • To create an environment that nurtures the ability to become successful in the food service industry • To provide students with the knowledge to produce various breads, desserts and pastries as prepared by bakers and pastry chefs in the foodservice industry. • Follow a daily production schedule, identify purchasing specification and follow a baking formula to obtain consistent results in quality and quantity. • Receive, store and issue food in a cost effective manner as to reduce waste and minimize contamination. • Demonstrate critical thinking skills and fine motor skills to prepare hot and cold foods in conjunction with bakery products for presentation. • Provide guest satisfaction that strives to meet and exceed instructor and guest expectations. • Work in a safe and sanitary manner in accordance with the Florida Food Code. • Create a professional atmosphere that is in harmony with the ACF’s Culinarians’ Code. • Provide students with a comprehensive background in Service Desk procedures and techniques including wireless concepts and configurations. • Provide students with a comprehensive background in Technology Support techniques including wireless concepts and configurations. • Show students how to properly conduct research for troubleshooting hardware and software solutions to provide higher levels of business continuity. • Develop the student’s ability to communicate effectively and think critically. • To develop students’ abilities to administer, manage, and troubleshoot hardware, software, and services for single, mixed and multi-user environments. • To develop students’ skills with network maintenance, support, security, and troubleshooting applications. • To assist students in becoming more adept in knowledge, theory, and practice of network and security support and management. • To assist graduates in obtaining entry-level cloud, networking, security, and related positions. • To provide students with comprehensive background knowledge of the American judicial system, its Constitutional foundation, key components and participants. • To instruct students in the skills associated with basic field investigative procedures with primary emphasis on principles, concepts, and fundamental techniques utilized in forensic field (crime scene) investigations. • To instruct students in the specialized procedures used to effectively and safely process and document the results of forensic field investigations. • To introduce students to basic procedures, witness demeanor, and protocols associated with providing evidence in legal proceedings. Prerequisites for Major Courses Program Outline To receive an Associate of Science degree in Applied Engineering, students must complete 62 credit hours as described below. The length of this program is approximately 18 months (this will vary if a student transfers in credits). Applied Engineering Major Courses (27.0 credit hours) EGN1001 Introduction to Engineering 3.0 credit hours EET1082C Introduction to Electronics 4.0 credit hours ETI1185C Reliability and Failure Analysis 4.0 credit hours ETM1010C Mech Measurements & Instrumentation 4.0 credit hours ETI1420C Engineering Materials and Processes 4.0 credit hours ETS1700C Hydraulics and Pneumatics 4.0 credit hours EML2017C Mechanical Systems 4.0 credit hours Note: All major courses must be completed with a grade of “C” or higher to advance to the next course. General Education Courses (35.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) AMH1010 American History Pre 1877 3.0 credit hours AMH1020 American History Post 1876 3.0 credit hours POS1041 Political Science 3.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (6.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours PHI1010 Introduction to Philosophy 3.0 credit hours Mathematics (6.0 credit hours) MAC2105 College Algebra 3.0 credit hours MAC2114 Trigonometry 3.0 credit hours Natural Science (11.0 credit hours) PHY2001C General Physics I/Lab 4.0 credit hours PHY2002C General Physics II/Lab 4.0 credit hours CHM2045 General Chemistry 3.0 credit hours Baking and Pastry Arts Associate of Science Degree Program Description Keiser University’s Associate of Science degree in Baking and Pastry Arts provides instruction in the art and science of baking and pastry preparation. Students use a variety of tools and equipment to produce items such as quick breads, yeast breads, cakes, frozen desserts, centerpieces, candies, cookies and various pastries. Students also study proper foodservice sanitation, supervisory procedures and nutrition. Program Goals The following goals are designed to meet Keiser University’s mission: Program Objectives The student will be able to: Prerequisites for Major Courses None Program Outline To receive an Associate of Science degree in Baking and Pastry Arts, students must complete 72 credit hours as described below. The length of this program is approximately 24 months (this will vary if a student transfers in credits). Baking and Pastry Arts Major Courses (48.0 credit hours) FSS1228C Mis En Place 3.0 credit hours FSS1013C Farm to Fork 3.0 credit hours FSS1246C Baking 3.0 credit hours FSS2383C Supervision and Cost Controls 3.0 credit hours BPA1146C Pastry Basics 3.0 credit hours BPA1943C Yeast Breads & Laminated Dough 3.0 credit hours BPA2121C Advanced Pastry Techniques 3.0 credit hours BPA2234C Specialty Yeast Breads 3.0 credit hours BPA2241C Chocolates, Confections & Centerpieces 3.0 credit hours BPA2262C European Tortes & Contemporary Plated Desserts 3.0 credit hours BPA2271C Cake Baking Design & Decoration 3.0 credit hours BPA2292C Wedding Cakes, Amenities and Showpieces 3.0 credit hours BPA2299 Baking and Pastry Arts Externship 12.0 credit hours General Education Courses (24.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) AMH1010 American History Pre 1876 3.0 credit hours AMH1020 American History Since 1876 3.0 credit hours IDS1107 Strategies for Success 3.0 credit hours POS1041 Political Science 3.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (3.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (3.0 credit hours) MAT1033 Intermediate Algebra 3.0 credit hours Natural Science (6.0 credit hours) BSC1005 General Biology 3.0 credit hours BSC1005L General Biology Laboratory 1.0 credit hour BSC1006 Advanced Biology 3.0 credit hours BSC1006L Advanced Biology Laboratory 1.0 credit hour BSC1050 Environmental Science 3.0 credit hours CHM2045 General Chemistry 3.0 credit hours CHM2045L General Chemistry Laboratory 1.0 credit hour CHM2046 Advanced Chemistry 3.0 credit hours CHM2046L Advanced Chemistry Laboratory 1.0 credit hour Biotechnology Associate of Science Degree Program Description Keiser University’s Associate of Science degree in Biotechnology trains students in many disciplines including genetics, biochemistry and molecular biology. Graduates possess the skills to perform laboratory tests using standardized laboratory procedures. Program Objectives The following objectives are designed to meet Keiser University’s mission and its objectives: To develop a student’s ability to perform proficiently on laboratory and testing procedures To develop a student’s abilities in critical thinking and documentation To develop students for entry-level position in the biotechnology field Prerequisites for Major Courses General education courses must be completed with an overall grade average of 2.50 or higher Program Outline To receive an Associate of Science degree in Biotechnology, students must complete 62.5 credit hours as described below. The length of this program is approximately 26 months (this will vary if a student transfers in credits). Biotechnology Major Courses (38.5 credit hours) BCH1020C Fundamentals of Biochemistry 4.0 credit hours BCH1417C Molecular and Cell Biology 4.0 credit hours BSC1421C Introduction to Biotechnology 4.0 credit hours MCB1930C Cell Culturing 4.0 credit hours PCB1258C Diagnostic Microbiology 4.0 credit hours MLS1500C Clinical Immunology 4.0 credit hours PCB2061C Genetics 4.0 credit hours PCB2940 Biotechnology Externship I 3.5 credit hours PCB2941 Biotechnology Externship II 3.5 credit hours PCB2942 Biotechnology Externship III 3.5 credit hours General Education Courses (24.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) AMH1010 American History Pre 1876 3.0 credit hours AMH1020 American History Since 1876 3.0 credit hours IDS1107 Strategies for Success 3.0 credit hours POS1041 Political Science 3.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (3.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (3.0 credit hours) MAC2105 College Algebra 3.0 credit hours MAT1033 Intermediate Algebra 3.0 credit hours STA2023 Statistics 3.0 credit hours Natural Science (6.0 credit hours) Cloud and Computing Technology Associate of Science Degree Program Description Keiser University’s Associate of Science Cloud & Computing Technology Program provides students with the skills needed to enter the industry. The program curriculum focuses on providing candidates with the knowledge necessary to adapt to and thrive in any technology related environment with attention to critical thinking, troubleshooting, installation, administration, and maintenance of computer infrastructures across a variety of industries. Program Objectives The following objectives are designed to meet Keiser University’s mission and goals: Prerequisites for Major Courses None Program Outline To receive an Associate of Science degree in Cloud & Computing Technology, students must complete 60 credit hours as described below. The length of this program is approximately 20 months (this will vary if a student transfers in credits). Cloud and Computing Technology Major Courses (36.0 credit hours) CTS1150C Hardware Support 3.0 credit hours CTS1565C Operating System Support 3.0 credit hours CTS1090C Introduction to Networks 3.0 credit hours CTS1155C IT Service Support 3.0 credit hours CTS1103C Introduction to Virtualization 3.0 credit hours CTS1120C Introduction to Security 3.0 credit hours CTS2134C Network Support 3.0 credit hours CTS2123C Security Support 3.0 credit hours CTS2853C Web Fundamentals 3.0 credit hours CTS2165C Linux Essentials 3.0 credit hours CTS2155C IT Scripting 3.0 credit hours CTS2145C Cloud Essentials 3.0 credit hours General Education Courses (24.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) AMH1010 American History Pre 1876 3.0 credit hours AMH1020 American History Since 1876 3.0 credit hours IDS1107 Strategies for Success 3.0 credit hours POS1041 Political Science 3.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech 3.0 credit hours Computers (3.0 credit hours) CGS1005C Introduction to Computer Information Systems 3.0 credit hours English (3.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (3.0 credit hours) MAT1033 Intermediate Algebra 3.0 credit hours Natural Science (6.0 credit hours) BSC1005 General Biology 3.0 credit hours BSC1006 Advanced Biology 3.0 credit hours CHM2045 General Chemistry 3.0 credit hours CHM2046 Advanced Chemistry 3.0 credit hours PHY2001 General Physics I 3.0 credit hours PHY2002 General Physics II 3.0 credit hours Crime Scene Technology Associate of Science Degree Program Description Keiser University’s Associate of Science degree in Crime Scene Technology prepares students with fundamental competencies in the areas of recognizing, documenting, collecting, preserving and presenting physical material for use as evidence in legal proceedings. Program Objectives • To assist graduates in obtaining entry-level positions as crime scene investigators or forensic identification specialists. Prerequisite for entering the program • Entering students must achieve a Wonderlic score (or comparable) of 18 or above for entrance to the program; • Undergo level 2 criminal background check; and • Personal interview with campus AS-CST Program Director. Prerequisites for Entering Major Courses • A Successful completion of all lower division General Education courses with a grade of “C” or better. Prerequisites for Continuing in the Program All Upper and Lower Division courses must be completed with a grade of “C” better. Graduation Requirements (In addition to Degree Requirements section of the catalog.) • A minimum grade point average of 2.5 on a 4.0 system. Program Outline To receive an Associate of Science degree in Crime Scene Technology, students must complete 60 credit hours as described below. The length of this program is approximately 17 months (this will vary if a student transfers in credits). Crime Scene Technology Major Courses (31.0 credit hours) CJB1712C Forensic Photography 4.0 credit hours CJB1714C Forensic Imaging and Processing 4.0 credit hours CJE1650C Introduction to Forensic Science Technology 4.0 credit hours CJE2670C Field Investigative Procedures and Presentation of Evidence 4.0 credit hours CJT1351C Forensic Communications 4.0 credit hours CJT2113 Forensic Legal Concepts 3.0 credit hours CJT2240C Fingerprint Identification and Development 4.0 credit hours CJT2260C Introduction to Biological Evidence 4.0 credit hours General Education Courses (29.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) PSY1012 Introduction to Psychology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech Communications 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (3.0 credit hours) ENC1101 English Composition I 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (6.0 credit hours) MAC2105 College Algebra 3.0 credit hours STA2023 Statistics 3.0 credit hours Natural Science (8.0 credit hours) BSC2010 Biology I 3.0 credit hours BSC2010L Biology I Laboratory 1.0 credit hour BSC2011 Biology II 3.0 credit hours BSC2011L Biology II Laboratory 1.0 credit hours Criminal Justice with Law Enforcement Concentration Associate of Science Degree Program Description Keiser University’s Associate of Science degree in Criminal Justice with Law Enforcement concentration is designed to provide the student with the skills, abilities, and education for a successful law enforcement career. This dual-track program will expose the student to a strong educational foundation in collegiate-level general education and major field criminal justice courses while receiving training in law enforcement structure and discipline. It includes criminal behavior patterns, law enforcement organizations, juvenile systems, legal principles and doctrines and fundamentals of criminal investigations. Courses utilize hands-on activities and analytical exercises. Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals: • To develop students’ understanding of the American criminal justice system. • To present students with an in-depth review of institutions, laws, theories, and the players that make up the criminal justice system. • To assist graduates in obtaining entry-level law enforcement positions. • To promote law enforcement careers in the state of Florida utilizing a partnership with local police academies and public safety institutes. • To provide students with skills needed for cooking wholesome, attractive, food preparations • To create an environment that nurtures the ability to become successful in the food service industry • To prepare students for entry-level employment in the food foodservice industry Prerequisites for Major Courses None Program Outline To receive an Associate of Science degree in Criminal Justice w/ Law Enforcement Concentration, students must complete 66 credit hours as described below. The length of this program is approximately 22 months (this will vary if a student transfers in credits). Criminal Justice Major Courses (24.0 credit hours) CCJ1010 Criminology 3.0 credit hours CCJ1020 Introduction to Criminal Justice 3.0 credit hours CJC2000 Introduction to Corrections 3.0 credit hours CJE1000 Introduction to Law Enforcement 3.0 credit hours CJE1130 Communications and Writing for Professionals 3.0 credit hours CJE 2600 Criminal Investigations 3.0 credit hours CJJ 2001 Introduction to Juvenile Procedures 3.0 credit hours CJL2100 Criminal Law 3.0 credit hours General Education Courses (24.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) AMH1010 American History Pre 1876 3.0 credit hours AMH1020 American History Since 1876 3.0 credit hours POS1041 Political Science 3.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications(3.0 credit hours) SPC1017 Speech 3.0 credit hours Computers(3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (3.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts(3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours CWL 1000 Contemporary World Literature 3.0 credit hours CRW 1000 Creative Writing 3.0 credit hours Mathematics(3.0 credit hours) MAT 1033 Intermediate Algebra 3.0 credit hours Natural Science (6.0 credit hours) BSC1005 General Biology 3.0 credit hours BSC1005L General Biology Laboratory 1.0 credit hour BSC1006 Advanced Biology 3.0 credit hours BSC1006L Advanced Biology Laboratory 1.0 credit hour BSC1050 Environmental Science 3.0 credit hours CHM1045 General Chemistry 3.0 credit hours CHM1045L General Chemistry Laboratory 1.0 credit hour CHM1046 Advanced Chemistry 3.0 credit hours CHM1046L Advanced Chemistry Laboratory 1.0 credit hour Culinary Arts Associate of Science Degree Program Description The Associate of Science degree in Culinary Arts presents a comprehensive curriculum that includes laboratory sessions, academic preparation and hands-on experience. Students acquire professional knowledge of food, its preparation and handling and cooking from basic to advanced. The curriculum includes an externship to prepare students for entry-level positions in the foodservice industry. Program Goals The following goals are designed to meet Keiser University’s mission: Program Objectives The student will be able to: • Follow a daily production schedule, identify purchasing specification and follow a baking formula to obtain consistent results in quality and quantity. • Receive, store, and issue food in a cost effective manner as to reduce waste and minimize contamination. • Demonstrate critical thinking skills and fine motor skills to prepare hot and cold foods in conjunction with bakery products for presentation. • Provide guest satisfaction that strives to meet and exceed instructor and guest expectations. • Work in a safe and sanitary manner in accordance with the Florida Food Code. • Create a professional atmosphere that is in harmony with the ACF’s Culinarians’ Code. Prerequisites for Major Courses None Program Outline To receive an Associate of Science degree in Culinary Arts, students must complete 72 credit hours as described below. The length of this program is approximately 24 months (this will vary if a student transfers in credits). Culinary Arts Major Courses (48.0 credit hours) FSS1013C Farm to Fork 3.0 credit hours FSS1246C Baking 3.0 credit hours FSS 1228C Mis En Place 3.0 credit hours FSS1203C Principles of Food 3.0 credit hours FSS1743C The Craft 3.0 credit hours FSS1240C American Regional Cuisine 3.0 credit hours FSS1244C Classical French Cuisine 3.0 credit hours FSS2242C International Cuisine 3.0 credit hours FSS2247C Pastries and Desserts 3.0 credit hours FSS2248C Garde Manger 3.0 credit hours FSS2383C Supervision and Cost Controls 3.0 credit hours HFT1841C Dining Room Service 3.0 credit hours HFT2941 Culinary Arts Externship 12.0 credit hours General Education Courses (24.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) AMH1010 American History Pre 1876 3.0 credit hours AMH1020 American History Since 1876 3.0 credit hours IDS1107 Strategies for Success 3.0 credit hours POS1041 Political Science 3.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (3.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (3.0 credit hours) MAT1033 Intermediate Algebra 3.0 credit hours Natural Science (6.0 credit hours) BSC1005 General Biology 3.0 credit hours BSC1005L General Biology Laboratory 1.0 credit hour BSC1006 Advanced Biology 3.0 credit hours BSC1006L Advanced Biology Laboratory 1.0 credit hour BSC1050 Environmental Science 3.0 credit hours CHM2045 General Chemistry 3.0 credit hours CHM2045L General Chemistry Laboratory 1.0 credit hour CHM2046 Advanced Chemistry 3.0 credit hours CHM2046L Advanced Chemistry Laboratory 1.0 credit hour Diagnostic Medical Sonography Associate of Science Degree Program Description Keiser University’s Associate of Science degree in Diagnostic Medical Sonography presents an integration of didactic, laboratory and clinical experiences. The program prepares students to function as entry-level diagnostic medical sonographers. Sonographers are highly skilled professionals qualified to provide patient services using diagnostic techniques under the supervision of a licensed doctor of medicine or osteopathy and assist physicians in gathering data necessary to reach diagnostic decisions. Program Mission Statement Keiser University’s Associate of Science degree in Diagnostic Medical Sonography prepares competent graduates who are eligible for entry-level positions in the ultrasound field. The program facilitates the development of learned knowledge and skills of a graduate sonographer. The Diagnostic Medical Sonography program strives to instill the values and concepts of life-long learning to its graduates Program Goals Track 1 Abdominal – Extended, Obstetrics/Gynecology Concentration To prepare competent entry-level sonographers in the cognitive (knowledge), psychomotor (skills), and affective (behavior) learning domains for the abdominal-extended sonography and the obstetrics and gynecology sonography concentrations. The program’s mission and goal is further defined in the following program objectives: 1. Demonstrate knowledge, skills and attitudes reflective of an entry level sonographer. 2. Perform routine sonographic exams while providing quality patient care as an entry level sonographer. 3. Exhibit professional and ethical behaviors consistent within the scope of practice of an entry level sonographer. Track 2 – Abdominal – Extended, Obstetrics/Gynecology, and Vascular Concentration To prepare competent entry-level general sonographers in the cognitive (knowledge), psychomotor (skills), and affective (behavior) learning domains for the following concentration(s): • Abdominal Sonography – Extended • Obstetrics and gynecology sonography • Vascular sonography The program’s mission and goal is further defined in the following program objectives: 1. Demonstrate knowledge, skills, and attitudes reflective of an entry level general sonographer and vascular technologist. 2. Display professional and ethical behaviors when communicating in the healthcare setting. 3. Demonstrate clinical competency by performing appropriate physiologic, two- dimensional, Doppler and other sonographic and noninvasive procedures. 4. Demonstrate the necessary knowledge in general sonography/vascular technology. • Background check and drug screening • Completion of lower division general education courses with a minimum grade of “C” in each course. Successful completion of the following prerequisite courses: BSC2085C, BSC2086C, PHY2001, ENC1101 and MAT1033 • Cumulative grade average of 3.0 on a 4.0 scale for general education courses Prerequisites for Major Courses Program Outline To receive an Associate of Science degree in Diagnostic Medical Sonography (Track 1: Abdominal – Extended/Obstetrics and Gynecology concentration), students must complete 81 credit hours as described below. The length of this program is approximately 24 months (this will vary if a student transfers in credits). To receive an Associate of Science degree in Diagnostic Medical Sonography (Track 2: Abdominal – Extended, Obstetrics/Gynecology, and Vascular Concentration), students must complete 91 credit hours as described below. The length of this program is approximately 28 months (this will vary if a student transfers in credits). Courses must be completed with a grade of “C” or higher to progress to the next course in the program. Diagnostic Medical Sonography Major Courses Track 1:Abdominal Extended/Obstetrics and Gynecology Concentration (55.0 credit hours) SON1000C Introduction to Diagnostic Medical Sonography 3.0 credit hours SON1100C Practical Aspects of Sonography 3.0 credit hours SON1113C Cross-Sectional Anatomy 4.0 credit hours SON1614C Acoustic Physics and Instrumentation 4.0 credit hours SON1804 Clinical Rotation I 3.0 credit hours SON1814 Clinical Rotation II 3.0 credit hours SON1824 Clinical Rotation III 3.0 credit hours SON2009C Diagnostic Medical Sonography Review 3.0 credit hours SON2111C Abdominal Sonography I 4.0 credit hours SON2120C OB/GYN Sonography I 4.0 credit hours SON2122C OB/GYN Sonography II 4.0 credit hours SON2150C Abdominal Sonography II 4.0 credit hours SON2171C Introduction to Vascular Sonography 3.0 credit hours SON2834 Clinical Rotation IV 3.0 credit hours SON2844 Clinical Rotation V 3.0 credit hours SON2854 Clinical Rotation VI 3.0 credit hours Track 2: Abdominal – Extended, Obstetrics/Gynecology, and Vascular Concentration (65 credit hours) SON1000C Introduction to Diagnostic Medical Sonography 4.0 credit hours SON1100C Practical Aspects of Sonography 3.0 credit hours SON1113C Cross-Sectional Anatomy 4.0 credit hours SON1614C Acoustic Physics and Instrumentation 4.0 credit hours SON1804 Clinical Rotation I 3.0 credit hours SON1814 Clinical Rotation II 3.0 credit hours SON1824 Clinical Rotation III 3.0 credit hours SON2111C Abdominal Sonography I 4.0 credit hours SON2120C OB/GYN Sonography I 4.0 credit hours SON2122C OB/GYN Sonography II 4.0 credit hours SON2150C Abdominal Sonography II 4.0 credit hours SON2170C Hemodynamics and Cerebrovascular Sonography 3.0 credit hours SON2177C Peripheral and Abdominal Venous Sonography 3.0 credit hours SON2178C Peripheral and Abdominal Arterial Sonography 3.0 credit hours SON2834 Clinical Rotation IV 3.0 credit hours SON2844 Clinical Rotation V 3.0 credit hours SON2855 Clinical Rotation VI 2.0 credit hours SON2865 Clinical Rotation VII 2.0 credit hours SON2875 Clinical Rotation VIII 2.0 credit hours SON2930 Abdominal Sonography Review 1.0 credit hour SON2931 OB/GYN Sonography Review 1.0 credit hour SON2932 Vascular Sonography Review 1.0 credit hour SON2933C Sonography Graduate Seminar 1.0 credit hour General Education Courses (26.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) PSY1012 Introduction to Psychology 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (3.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours CWL1000 Contemporary World Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (3.0 credit hours) MAT1033 Intermediate Algebra 3.0 credit hours Natural Science (11.0 credit hours) BSC2085C Human Anatomy and Physiology I 4.0 credit hours BSC2086C Human Anatomy and Physiology II 4.0 credit hours PHY2001 General Physics I 3.0 credit hours Exercise Science Associate of Science Degree Note: New enrollments into this program were discontinued effective January 10, 2022. See Exercise and Sport Science, Associate of Science degree. Program Description Keiser University’s Associate of Science degree in Exercise Science combines both didactic instruction (integrated with supervised practice) and externships necessary to provide the student with the essential tools for success in this field of study. The focus of this program is to prepare the student to take two nationally recognized and accredited field certifications. In addition, the coursework focuses on providing the student with a solid foundation in science-based general education and patient assessment core courses. Following graduation from the ASES program, students will have the necessary requirements to pursue a bachelor’s degree in a variety of medical related fields. Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals: • Develop a student’s ability to apply health and fitness assessments in the development, monitoring and motivation of individuals with exercise prescriptions. • Effectively prepare students to properly conduct and monitor exercise sessions in both healthy and special populations. • Apply learned principles to properly conduct assessments and measurements in sports performance assessments in both healthy and special populations and interpret the results. • Prepare graduates for bachelor’s degrees in Exercise Science, Nursing, and/or other educational programs. Prerequisites for Major Courses At a minimum, students must successfully complete (with a minimum of a 2.0 or “C” grade in each of these courses) the following two general education requirements before beginning any core coursework. The 2.0 or “C” grade in BSC2085C is the minimum grade a student can earn before a student entering BSC2086C. • BSC2085C Human Anatomy and Physiology I • BSC2086C Human Anatomy and Physiology II Program Outline To receive an Associate of Science in Exercise Science Pre-Professional degree, students must earn 61.0 credit hours. The length of this program is approximately 17 months (this may vary based on transfer credits). Program requirements are as follows: Associate of Science Exercise Science Major Courses (20 credit hours) PET1084C *Health & Performance Assessment 4.0 credit hours APK2004C *Intro to Kinesiology 4.0 credit hours PET1384C *Principles of Health and Fitness OR 4.0 credit hours *APK 2135C Integrated Fitness Programming PET2353C Exercise Physiology 4.0 credit hours CHM1045 General Chemistry 3.0 credit hours CHM1045L General Chemistry Laboratory 1.0 credit hours *Students must successfully pass this class with a minimum of a 2.0, or “C”. Lower Division General Education Courses (36 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (6.0 credit hours) PSY1012 Introduction to Psychology 3.0 credit hours DEP2004 Lifespan Development 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours English (6.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Mathematics (6.0 credit hours) MAC2105 College Algebra (required) 3.0 credit hours STA2023 Statistics (required) 3.0 credit hours Physics (4.0 credit hours) PHY2053 Physics I 3.0 credit hours PHY2053L Physics I Laboratory 1.0 credit hours Natural Science (8.0 credit hours) BSC2085C Human Anatomy and Physiology I 4.0 credit hours BSC2086C Human Anatomy and Physiology II 4.0 credit hours NOTE: All general education courses should be successfully completed before upper division courses are undertaken. Lower Division Elective Courses (4.0 credits) Include the following or any qualified lower division core course in Exercise Science, Health and Human Performance or Medical Assisting or qualified lower division course in Psychology, Business, Dietetics and Nutrition, or General Education MCB2000C Microbiology 3.0 credit hours MCB200L Microbiology Lab 1.0 credit hours BSC1005 General Biology 3.0 credit hours BSC1005L General Biology Laboratory 1.0 credit hours CHM1046 Advanced Chemistry 3.0 credit hours CHM1046L Advanced Chemistry Laboratory 1.0 credit hours PHY2054 Physics II 3.0 credit hours PHY2054L Physics II Laboratory 1.0 credit hours Exercise and Sport Science Associate of Science Degree Program Description Keiser University’s Exercise and Sport Science degree is an Associate of Science program designed to prepare each student for a successful career as an Exercise Specialist. The curriculum places emphasis on general health, fitness, and nutrition in conjunction with professional behaviors and technical skills. Program Objectives The following objectives are designed to meet Keiser University’s mission and its objectives. Upon completion of the program, students will be able to: • Construct health- and fitness-related assessments and decipher those results to develop appropriate exercise prescription for all ability levels. • Investigate health and fitness components to indoctrinate individuals regarding exercise sessions. • Correlate between exerciser physiological adaptations and psychological factors of fitness and exercise programs. • Interpret biomechanical principles and their relationship to optimal movement for sport and exercise. • Analyze and evaluate real-world experiences through the appropriate legal, professional, and ethical means of care to patients, clients, and athletes. • Identify and execute specific safety protocols to use in diverse situations. • Develop communication strategies and styles that are appropriate for different facilities and subjects. Prerequisites for Major Courses At a minimum, students must successfully complete the following two general education courses before beginning major coursework. A “C” or greater must be awarded in both for continuance into the core curriculum. • BSC2085C Human Anatomy and Physiology I • BSC2086C Human Anatomy and Physiology II • To provide students with an understanding of crisis management, fire suppression and extinguishment methods • To prepare students to conduct a proper fire scene investigation • To prepare students for employment with the Fire Service, including management positions • To develop students’ abilities to perform community service for protection of life and property Program Outline To receive an Associate of Science degree in Exercise and Sport Science, students must complete 61 credit hours as described below. The length of this program is approximately 18 months (this will vary if a student transfers in credits). Lower Division Exercise and Sport Science Major Courses (15.0 credit hours) APK2004C Structural Kinesiology 4.0 credit hours* PET1084C Health and Performance Assessment 4.0 credit hours* PET1352C Nutrition in Health and Wellness 4.0 credit hours PET1384C or Principles of Health and Fitness 4.0 credit hours* APK2135C Integrated Fitness Programming 4.0 credit hours* PET2353C Exercise Physiology 4.0 credit hours PET2941 Externship I 3.0 credit hours PET2942 Externship II 3.0 credit hours Exercise and Sport Science Electives Courses (9.0 credit hours) Include the following or any qualified lower division course in Psychology, Business, Dietetics and Nutrition, or General Education: PET2082C Foundations of Personal Fitness Training 4.0 credit hours PET2214 Psychology of Exercise and Sport 3.0 credit hours SPM2150 Health and Fitness Facility Administration 3.0 credit hours ENC2102 English Composition II* 3.0 credit hours OR any qualified lower-divisions course in Psychology, Business, Dietetics and Nutrition, or General Education General Education Courses (26.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech Communications 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (6.0 credit hours) ENC1101 English Composition I 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours CRW1000 Creative Writing 3.0 credit hours Mathematics (6.0 credit hours) MGF2106 College Mathematics 3.0 credit hours Natural Science (8.0 credit hours) BSC2085C Human Anatomy and Physiology I 4.0 credit hours* BSC2086C Human Anatomy and Physiology II 4.0 credit hours* NOTE: All lower division major and general education courses should be successfully completed before upper division courses are undertaken. In Behavioral/Social Science and Humanities/Fine Arts, an equivalent course may be substituted based on availability. Fire Science Associate of Science Degree Online Program Description Keiser University’s Associate of Science degree in Fire Science provides instruction in fire prevention methods, fire detection systems, fire codes, fire investigation, tactics and strategy, fire office, fire instructor, fire behavior, plans reading and extinguishment. This program enhances a firefighters probabilities for promotion and employment. Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals: Prerequisites for Major Courses None Program Outline To receive an Associate of Science degree in Fire Science, students must complete 60 credit hours as described below. The length of this program is approximately 20 months (this will vary if a student transfers in credits). Fire Science Major Courses (36.0 credit hours) FFP1505 Fire Prevention Practices 3.0 credit hours FFP1510 Codes and Standards 3.0 credit hours FFP1540 Private Fire Protection Systems I 3.0 credit hours FFP1740 Fire Service: Course Delivery 3.0 credit hours FFP1810 Firefighting Tactics and Strategy I 3.0 credit hours FFP2120 Building Construction for the Fire Service 3.0 credit hours FFP2521 Blueprint Reading and Plans Review 3.0 credit hours FFP2610 Fire Investigation: Cause and Origin 3.0 credit hours FFP2720 Company Officer 3.0 credit hours FFP2741 Fire Service Course Design 3.0 credit hours FFP1702 Principles of Emergency Services 3.0 credit hours FFP2811 Firefighting Tactics and Strategy II 3.0 credit hours General Education Courses (24.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) AMH1010 American History Pre 1876 3.0 credit hours AMH1020 American History Since 1876 3.0 credit hours IDS1107 Strategies for Success 3.0 credit hours POS1041 Political Science 3.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (3.0 credit hours) ENC1101 English Composition I 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AM 1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (3.0 credit hours) MAT1033 Intermediate Algebra 3.0 credit hours Natural Science (6.0 credit hours) BSC1005 General Biology 3.0 credit hours BSC1006 Advanced Biology 3.0 credit hours BSC1050 Environmental Science 3.0 credit hours Golf Management Associate of Science Degree Program Description Keiser University’s Associate of Science degree in Golf Management prepares students for a variety of positions in the golf industry. In this program, students are prepared to provide golf instruction, manage golf course operations, ensure appropriate maintenance of golf facilities and equipment, as well as integrate the play of golf into the broader hospitality and recreation domain. Through a competency-based education format and state-of-the art golf training equipment, students are given opportunities for success in their academic, professional, and personal lives. Program Objectives The following objectives are designed to meet Keiser University’s mission and goals: • Present students with a comprehensive background in the history, rules, and traditions of golf. • Expose students to the proper physical and mental competencies required of golf professionals. • Develop students’ abilities in analyzing, making decisions regarding, and managing golf facilities and equipment, course operations, as well as staff. • Provide students the opportunity to demonstrate effective teaching techniques in playing golf. • Examine and synthesize golf management in relation to the hospitality industry. Prerequisites for Major Courses None Program Outline To receive an Associate of Science degree in Golf Management, students must complete 60 credit hours as described below. The length of this program is approximately 20 months (this will vary if a student transfers in credits). Golf Management Major Courses (36.0 credit hours) SPM1050 Traditions of Golf: History and Culture 3.0 credit hours SPM1051 Golf Swing Fundamentals 3.0 credit hours SPM1052 Short Game Fundamentals 3.0 credit hours SPM1053 The Mental Approach to Golf 3.0 credit hours SPM1054 Fundamentals of Golf Instruction 3.0 credit hours SPM1056 Golf Club Fitting and Repair 3.0 credit hours SPM1057 Rules of Golf 3.0 credit hours SPM2440 Tournament Management 3.0 credit hours SPM2642 Golf Course Design & Maintenance 3.0 credit hours SPM2612 Club Management 3.0 credit hours SPM2058 Advanced Golf Instruction 3.0 credit hours SPM2810 The Business of Golf 3.0 credit hours General Education Courses (24.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) IDS1107 Strategies for Success 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (3.0 credit hours) ENC1101 English Composition I 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours Mathematics (3.0 credit hours )MAT1033 Intermediate Algebra 3.0 credit hours Natural Science (6.0 credit hours) BSC1005 General Biology 3.0 credit hours BSC1005L General Biology Lab 1.0 credit hour BSC1006 Advanced Biology 3.0 credit hours BSC1006L Advanced Biology Lab 1.0 credit hour BSC1050 Environmental Science 3.0 credit hours OCB1010 General Marine Biology 3.0 credit hours BSC2085C Anatomy & Physiology I 4.0 credit hours BSC2086C Anatomy & Physiology II 4.0 credit hours Graphic Arts and Design Associate of Science Degree Program Description The Graphic Arts and Design program at Keiser University builds upon interest in the visual arts, design, and communication to help students learn a variety of software applications and design principles in order to create successful design solutions. Graphic artists and designers influence how people see the world, where people shop, how people vote, how people learn, and what people remember. Pre-requisites for the Graphic Arts and Design program include a desire to learn, a willingness to work, and an open mind. Whether you have no art experience, no computer experience, or use state of the industry software and hardware, our graphic art and design program teaches you more than how to make a great image, video, or web site. The Graphic Arts and Design program teaches you the skills to build a career out of doing what you love. Graphic artists and designers may be employed by a wide variety of employers that could include: the US Government, the US Military, the FBI or CIA, state and local tourism councils, graphic design and web design companies, non-profit organizations, hospitals, pharmacies, drug manufacturers, advertising agencies, manufacturing firms, photography studios, video production houses, video game companies, motion picture studios, television stations, sports teams, print shops, tee-shirt shops, web design firms, churches, publishing firms, educational organizations design, political campaigns, newspapers, magazines, printers, and more. Program Mission It is the mission of the Graphics Arts and Design Program at Keiser University to prepare students for successful careers in Graphic Arts, Graphic Design, and related fields, to help students acquire the necessary knowledge and practical application of design theory and processes to grow professionally and academically throughout their careers, and to become lifetime learners of their craft and contributing members of the design community. Program Goals • To prepare the student to enter the workforce prepared to perform the various roles called upon in the fields of graphic design, graphic arts, and related fields including page layout, advertising, video editing, web design, illustration, image editing, and other visual communication technologies. • To teach the student to develop, coordinate, and execute successful design strategies through the use of best practices, applied theory, real world projects, and critique. • To instruct and prepare the student to use a variety of software and hardware tools to create meaningful and marketable design solutions, to expand his or her creative vision, and to find a balance between individual expression and building a career. • To provide the foundations in design theory and application that will allow the student to continually build upon his or her skill set and knowledge throughout his or her career. Program Objectives Upon completion of the AS in Graphic Arts and Design, students will be able to: • Demonstrate knowledge of the processes needed for the development, coordination, and execution of design strategies • Apply a knowledge of history, theory, and criticism to create audience-based, print and digital communications • Produce design solutions in a variety of state of the industry mediums: print, online, and video • Critique the work of others in terms of technical, social, and historical value • Use typography as both a design element and a communication tool • Apply an understanding of the importance of self-promotion in the development of his or her own career. • Communicate visually, orally, and in writing at a professional level. Prerequisites for Major Courses None Graduation Requirements To graduate with an Associate of Science degree in Graphic Arts and Design, a student must compile and present a comprehensive print and electronic portfolio of designs representative of all major courses in the program and further, must maintain a professional blog with weekly posts. Program Outline To receive an Associate of Science degree in Graphic Arts and Design, students must complete 60 credit hours as described below. The length of this program is approximately 20 months (this will vary if a student transfers in credits). Graphic Arts and Design Major Courses (36 credit hours) GRA1100C Graphic Design Theory 3.0 credit hours GRA1044C Intro to Marketing and Self-Promotion 3.0 credit hours GRA2151C Digital Illustration 3.0 credit hours GRA2150C Digital Image Editing 3.0 credit hours DIG2109C Digital Publishing 3.0 credit hours DIG2034C Social Media and Digital Marketing 3.0 credit hours DIG 2280C Digital Video and Audio Editing 3.0 credit hours DIG2292C Post Production 3.0 credit hours GRA2142C Web Programming 3.0 credit hours GRA2867C Digital Photography 3.0 credit hours DIG2300C Animation 3.0 credit hours GRA2590C Graphic Design Portfolio 3.0 credit hours General Education Courses (24.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) AMH1010 American History Pre 1877 3.0 credit hours AMH1020 American History Post 1876 3.0 credit hours IDS1107 Strategies for Success 3.0 credit hours POS1041 Political Science 3.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit Hours Communications (3 credit hours) SPC1010 Speech 3.0 credit hours Computers (3 credit hours) CGS1000C Introduction to Computers 3.0 credit hours CGS1003C Introduction to Computer Information Systems 3.0 credit hours English (3 credit hours) ENC1101 English Composition 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours CWL1000 Contemporary World Literature 3.0 credit hours Mathematics (3 credit hours) MAT1033 Intermediate Algebra 3.0 credit hours Natural Science (6 credit hours) BSC1005 General Biology 3.0 credit hours BSC1005L General Biology Laboratory 3.0 credit hours BSC1006 Advanced Biology 3.0 credit hours BSC1006L Advanced Biology Laboratory 3.0 credit hours BSC1050 Environmental Science 3.0 credit hours CHM1045 General Chemistry 3.0 credit hours CHM1045L General Chemistry Lab 3.0 credit hours CHM1046 Advanced Chemistry 3.0 credit hours CHM1046L Advanced Chemistry Lab 3.0 credit hours Health and Human Performance Associate of Science Degree Note: On August 31, 2020, this program was renamed to Health and Human Performance after previously being known as Sports Medicine and Fitness Technology. New enrollments into the program were discontinued effective January 10, 2022. See Exercise and Sport Science, Associate of Science degree. Program Description The Health and Human Performance Program offers an Associate of Science degree designed to facilitate the development of each student into an ethical, competent, entry-level Fitness Practitioner or Exercise Specialist. The program emphasizes a general health, fitness, and nutrition knowledge base, in conjunction with professional behaviors and technical skills required for this career path. Program Objectives The following objectives are designed to meet Keiser University’s mission and its objectives. Upon completion of the program, students will be able to: • Construct health- and fitness-related assessments and decipher those results to develop appropriate exercise prescription for all ability levels. • Investigate health and fitness components to indoctrinate individuals regarding exercise sessions. • Correlate between exerciser physiological adaptations and psychological factors of fitness and exercise programs. • Interpret biomechanical principles and their relationship to optimal movement for sport and exercise. • Analyze and evaluate real-world experiences through the appropriate legal, professional, and ethical means of care to patients, clients, and athletes. • Identify and execute specific safety protocols to use in diverse situations. • Develop communication strategies and styles that are appropriate for different facilities and subjects. • BSC2085C Human Anatomy and Physiology I • BSC2086C Human Anatomy and Physiology II • Students will acquire the knowledge and skills required of entry level histotechnicians. • Students will develop effective verbal and written communication skills. • Students will gain problem solving skills through the application of critical thinking. • Students will demonstrate an understanding of the importance of ongoing professional development. • Background check and drug screening (where applicable) • Completion of all general education coursework with a minimum cumulative grade average of 2.5 (exceptions only by approval of Program Director) Prerequisites for Major Courses At a minimum, students must successfully complete the following two general education courses before beginning major coursework. A “C” or greater must be awarded in both for continuance into the core curriculum. Program Outline To receive an Associate of Science degree in Health and Human Performance, students must complete 61 credit hours as described below. The length of this program is approximately 18 months (this will vary if a student transfers in credits). Health and Human Performance Major Courses (26.0 credit hours) PET1084C Health Fitness Appraisal and Wellness 4.0 credit hours* OR APK2135C Health and Performance Assessment 4.0 credit hours* PET1352C Nutrition and Weight Management 4.0 credit hours PET1384C Principles of Health and Fitness 4.0 credit hours* APK2004C Introduction to Kinesiology 4.0 credit hours* PET2353C Exercise Physiology 4.0 credit hours PET2941 Externship I 3.0 credit hours PET2942 Externship II 3.0 credit hours Health and Human Performance Elective Courses (9.0 credit hours) PET2082C Exercise Leadership I 4.0 credit hours PET2214 Sports Psychology 3.0 credit hours SPM2150 Sports Administration 3.0 credit hours ENC2102 English Composition II 3.0 credit hours** General Education Courses (26.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech Communications 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (3.0 credit hours) ENC1101 English Composition I 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours CRW1000 Creative Writing 3.0 credit hours Mathematics (3.0 credit hours) MGF2106 College Mathematics 3.0 credit hours Natural Science (8.0 credit hours) BSC2085C Human Anatomy and Physiology I 4.0 credit hours BSC2086C Human Anatomy and Physiology II 4.0 credit hours Histotechnology Associate of Science Degree Program Description Keiser University’s Associate of Science degree in Histotechnology prepares students to work as Histotechnicians in a variety of anatomic pathology laboratory settings. The Histotechnology program is designed to develop technical and intellectual skills as well as developing individuals with a commitment to quality patient care, a passion for the profession, and continued growth within the field. Students learn the core requirements of histotechnology including processing and embedding of surgically removed anatomic specimen0s and microtomy. Students will master routine and special staining techniques that make it possible to distinguish tissue components through microscopic examination. Program Mission Statement The Histotechnology Program offers an Associate of Science Degree designed to facilitate the development of ethical, competent entry-level Histotechnicians. The Program emphasizes general histology disciplines, professional behaviors, technical skills training and life-long learning. Graduates are prepared to sit for the national certification examination administered by the American Society for Clinical Pathology and are eligible to be licensed by the State of Florida to practice Histology. Program Goals The program’s mission is further defined in the following goals: Prerequisites for Major Courses Program Outline To receive an Associate of Science degree in Histotechnology, students must complete 67 credit hours as described below. The length of this program is approximately 19 months (this will vary if a student transfers in credits). Histotechnology Major Courses (38.0 credit hours) MLT1190C Introduction to Histology 4.0 credit hours MLT2195C Tissue Identification 4.0 credit hours MLT1191C Principles of Fixation 4.0 credit hours MLT2199C Microtomy 4.0 credit hours MLT1192C Cellular Biological Staining 4.0 credit hours MLT1250C Diagnostic Histology I 4.0 credit hours MLT2198C Diagnostic Histology II 4.0 credit hours MLT2194C Immunohistochemistry Staining 4.0 credit hours MLT2801 Histology Externship I 3.0 credit hours MLT2802 Histology Externship II 3.0 credit hours Note: All major courses are sequential and must be completed with a grade of “C” or higher to advance to the next course. General Education Courses (29.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (3.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (3.0 credit hours) MAT1033 Intermediate Algebra 3.0 credit hours Natural Science (11.0 credit hours) BSC2085C Human Anatomy and Physiology I 4.0 credit hours BSC2086C Human Anatomy and Physiology II 4.0 credit hours CHM2045 General Chemistry 3.0 credit hours Information Technology Associate of Science Degree Curriculum effective January 2021 Program Description Keiser University’s Associate of Science degree in Information Technology prepares students for an entry-level position in the field of Networking Administration, Programming, or Cybersecurity. Courses in each of the three concentrations prepare students to sit for industry-accepted competency examinations. Program Objectives The following objectives are designed to meet Keiser University’s mission and goals: • To develop students’ abilities to administer, manage and troubleshoot hardware, software and services for single, mixed and multi-user environments; • To assist students in becoming more adept in knowledge, theory and practice of network management, cybersecurity, and programming; • To prepare students for positions as technical support specialists, help-desk technicians, systems administrators, computer security professionals, or entry level programmers; • To develop students’ skills in inspection of security measures to protect data and the conduct of personnel in relation to protection of data; • To develop students’ abilities to think critically and communicate effectively. • To develop students’ abilities to administer, manage and troubleshoot hardware, software and services for single, mixed and multi-user environments • To develop students’ skills in inspection of security measures to protect data and the conduct of personnel in relation to protection of data • To assist students in becoming more adept in knowledge, theory and practice of network management • To prepare students for positions as technical support specialists, help-desk technicians, systems administrators or computer security professionals • To develop students’ abilities to think critically and communicate effectively • Develop the skills necessary to connect key concepts and secure the use of software, hardware, and system integration. • Develop technically proficient students to provide appropriate computing solutions as well as exhibit a strong foundation in the area of computer systems. • Expose students to a variety of essential skills needed in an entry-level computer networking or programming environment. • Provide students with the most current networking practices, computer policies and resources that are critical to real-world applications. • Develop and apply technical knowledge and skills to implement computer solutions that accomplish goals important to the industry, government and explore integration of new emerging technologies. • Expose students to key ethical concepts and issues affecting computer science and their responsibilities as computer industry professionals. • Expose students to the basic steps and processes of object-oriented programming (OOP). • Develop a student’s ability to use medical language and classification systems to code procedures and diagnoses • Develop a student’s ability to perform various clerical & administrative duties • Prepare students for entry- level employment in billing & coding • Prepare students to take the American Academy of Professional Coders (AAPC) credentialing examination as an apprentice Program Outline To receive an Associate of Science degree in Information Technology, students must complete 60 credit hours as described below. The length of this program is approximately 20 months (this will vary if a student transfers in credits). Information Technology Major Courses (24.0 credit hours) CET1171C Computer Service and Support PC Systems I 3.0 credit hours CET1172C Computer Service and Support PC Systems II 3.0 credit hours CIS2350C Principles of Information Security 3.0 credit hours CTS1156C Supporting Client Operating Systems 3.0 credit hours CTS1305C Essentials of Networking 3.0 credit hours CTS1328C Managing and Maintaining Server Operating Systems 3.0 credit hours CTS2106C Multi-User Operating Systems 3.0 credit hours CTS2304C Internetworking Technologies 3.0 credit hours Concentration Courses (12.0 credit hours) Select one concentration from below: Networking Concentration (12.0 credit hours) COP1034C Programming for Technology Professionals 3.0 credit hours CGS1540C Database Management 3.0 credit hours CTS2302C Implementing Directory Services 3.0 credit hours CTS2306C Implementing a Network Infrastructure 3.0 credit hours Programming Concentration (12.0 credit hours) COP1800C Java Programming I 3.0 credit hours COP1805C Java Programming II 3.0 credit hours COP2222C C++ Programming I 3.0 credit hours COP2224C C++ Programming II 3.0 credit hours Cybersecurity Concentration (12.0 credit hours) COP1034C Programming for Technology Professionals 3.0 credit hours CIS2208 Social, Economic, and Policy Aspects of Cybersecurity 3.0 credit hours CIS2218 Human Aspects of Cybersecurity 3.0 credit hours CIS2253 Cybersecurity Ethics 3.0 credit hours General Education Courses (24.0 credit hours) Credit hours in parentheses indicate the required number of credits in each discipline. Behavioral/Social Science (3.0 credit hours) AMH1010 American History Pre 1876 3.0 credit hours AMH1020 American History Since 1876 3.0 credit hours IDS1107 Strategies for Success 3.0 credit hours POS1041 Political Science 3.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech Communication 3.0 credit hours English (3.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (3.0 credit hours) MAT1033 Intermediate Algebra 3.0 credit hours MAC2105 College Algebra 3.0 credit hours Natural Science (6.0 credit hours) BSC1005 General Biology 3.0 credit hours BSC1005L General Biology Laboratory 1.0 credit hour BSC1006 Advanced Biology 3.0 credit hours BSC1006L Advanced Biology Laboratory 1.0 credit hour BSC1050 Environmental Science 3.0 credit hours Information Technology Associate of Science Degree Curriculum prior to January 2021 Program Description Keiser University’s Associate of Science degree in Information Technology prepares students for an entry-level position in the field of network administration with an emphasis on security support. Courses prepare students to sit for industry-accepted competency examinations. Program Objectives The following objectives are designed to meet Keiser University’s mission and goals: Prerequisites for Major Courses None Program Outline To receive an Associate of Science degree in Information Technology, students must complete 60 credit hours as described below. The length of this program is approximately 20 months (this will vary if a student transfers in credits). Information Technology Major Courses (36.0 credit hours) CET1171C Computer Service and Support PC Systems I 3.0 credit hours CET1172C Computer Service and Support PC Systems II 3.0 credit hours CIS2350C Principles of Information Security 3.0 credit hours CTS1156C Supporting Client Operating Systems 3.0 credit hours CTS1305C Essentials of Networking 3.0 credit hours CTS1328C Managing and Maintaining Server Operating Systems 3.0 credit hours CTS2106C Multi-User Operating Systems 3.0 credit hours CTS2153C Application Support 3.0 credit hours CTS2302C Implementing Directory Services 3.0 credit hours CTS2304C Internetworking Technologies 3.0 credit hours CTS2306C Implementing a Network Infrastructure 3.0 credit hours COP2843C Web Systems 3.0 credit hours General Education Courses (24.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) AMH1010 American History Pre 1876 3.0 credit hours AMH1020 American History Since 1876 3.0 credit hours IDS1107 Strategies for Success 3.0 credit hours POS1041 Political Science 3.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (3.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (3.0 credit hours) MAT1033 Intermediate Algebra 3.0 credit hours Natural Science (6.0 credit hours) BSC1005 General Biology 3.0 credit hours BSC1005L General Biology Laboratory 1.0 credit hour BSC1006 Advanced Biology 3.0 credit hours BSC1006L Advanced Biology Laboratory 1.0 credit hour BSC1050 Environmental Science 3.0 credit hours Information Technology and Programming Associate of Science Degree Program Description The Information Technology and Programming (ITP) Program is a cross between Information Technology (IT) and Programming. The program will focus on multiple computer-based systems and programming languages. The program will also introduce students to cloud technology, mobile technology integration, programming, computer hacking concepts, and datacenter level operating systems. Courses prepare students to sit for industry-accepted competency examinations. Program Objectives The following objectives are designed to meet Keiser University’s mission and goals: Prerequisites for Major Courses None Program Outline To receive an Associate of Science degree in Information Technology and Programming, students must complete 72 credit hours as described below. The length of this program is approximately 24 months (this will vary if a student transfers in credits). Information Technology and Programming Major Courses (48.0 credits required) CET1171C Service/Support PC Systems I 3.0 credit hours CET1172CS Service/Support PC Systems II 3.0 credit hours CEN2086 Essentials of Cloud Technology 3.0 credit hours CTS1156C Supporting Client Operating Systems 3.0 credit hours CTS1305C Essentials of Networking 3.0 credit hours CTS1328C Managing/Maintaining Server Op/Sys 3.0 credit hours CTS2106C Multi-User Operating Systems 3.0 credit hours CTS2650 Mobile Technology Integration 3.0 credit hours CIS1352 Ethical Hacking 3.0 credit hours CTS2304C Internetworking Technologies 3.0 credit hours COP1005 Introduction to Programming 3.0 credit hours COP2005 IT Scripting 3.0 credit hours COP2222C C++ Programming I 3.0 credit hours COP2224C C++ Programming II 3.0 credit hours COP1800C Java Programming I 3.0 credit hours COP1805C Java Programming II 3.0 credit hours General Education Courses (24.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) AMH1010 American History Pre 1876 3.0 credit hours AMH1020 American History Since 1876 3.0 credit hours IDS1107 Strategies for Success 3.0 credit hours POS1041 Political Science 3.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech Communication 3.0 credit hours English (6.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (3.0 credit hours) MAT1033 Intermediate Algebra 3.0 credit hours Natural Science (6.0 credit hours) BSC1010 General Biology 3.0 credit hours BSC1010L General Biology Laboratory 1.0 credit hour BSC1011 Advanced Biology 3.0 credit hours BSC1011L Advanced Biology Laboratory 1.0 credit hour BSC1030 Environmental Science 3.0 credit hours Medical Administrative Billing and Coding Associate of Science Degree Spanish Associate of Science in Medical Administrative Billing and Coding For program information in Spanish, please refer to the Spanish edition of this catalog. Program Description Keiser University’s Associate of Science degree in Medical Administrative Billing & Coding prepares students to assign accurate medical codes for diagnostic procedures and other services offered by healthcare practitioners. Students will learn various clerical and administrative functions that relate to insurance claims, compliance, & reimbursement. Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals: Program Outline To receive an Associate of Science degree in Medical Administrative Billing and Coding, students must complete 60 credit hours as described below. The length of this program is approximately 18 months (this will vary if a student transfers in credits). Medical Administrative Billing & Coding Common Core Courses (20 credit hours) HSA1102 Introduction to Healthcare 3.0 credit hours MEA2235 Anatomy & Physiology with Terminology & Disease Process* 4.0 credit hours MEA2244 Pharmacology 3.0 credit hours MEA1382 Medical Law & Ethics 3.0 credit hours MEA1270 Medical Office Procedures with Insurance 3.0 credit hours MEA2346C Computerized Medical Office Management 4.0 credit hours Medical Administrative Billing & Coding Courses (16 credit hours) HIM1433 Pathophysiology* 4.0 credit hours HIM2250C CPT-4/HCPCS Coding* 4.0 credit hours HIM2724C Basic ICD-10 Coding* 4.0 credit hours MEA2347C Coding Cases Practice Experience 4.0 credit hours *Must be completed with a grade of “C” or higher before students can begin Coding Cases Practice Experience. General Education Courses (24.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) AMH1010 American History Pre 1876 3.0 credit hours AMH1020 American History Since 1876 3.0 credit hours IDS1107 Strategies for Success 3.0 credit hours POS1041 Political Science 3.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech 3.0 credit hours COM2460 Intercultural Communication 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (3.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours CWL1000 Contemporary World Literature 3.0 credit hours PHI1010 Introduction to Philosophy 3.0 credit hours Mathematics (3.0 credit hours) MAT1033 Intermediate Algebra 3.0 credit hours MAT2105 College Algebra 3.0 credit hours MGF2106 College Mathematics 3.0 credit hours MGF2107 Applications of Mathematics 3.0 credit hours Natural Science (6.0 credit hours) BSC1005 General Biology 3.0 credit hours BSC1006 Advanced Biology 3.0 credit hours BSC1050 Environmental Science 3.0 credit hours BSC2085C Anatomy & Physiology I 4.0 credit hours BSC2086C Anatomy & Physiology Ii 4.0 credit hours Medical Assisting Associate of Science Degree Program Description Keiser University’s Associate of Science degree in Medical Assisting prepares students to perform medical assisting duties under the direct supervision of a physician, including preparing examination rooms, taking vital signs, assisting in minor surgical procedures, giving injections, performing venipuncture, assisting in laboratory operations, performing urinalysis, pregnancy testing, blood sugar, and various other waived laboratory tests, taking x-rays and administering electrocardiograms. Medical assistants also learn to function in an administrative capacity, including patient communications, maintaining patient records, billing, scheduling appointments, ordering supplies and processing insurance claims. Program Mission Statement The Keiser University Medical Assisting Program’s mission is to provide high quality and challenging education to prepare competent entry-level medical assistants in the cognitive (knowledge), psychomotor (skills), and affective (behavior) learning domains. Program Goals The program’s mission is further defined in the following goals: • Develop a student’s ability to perform various clinical duties • Prepare students for jobs in the medical assisting profession • Develop a student’s ability to perform various administrative duties • Prepare students to take a variety of credentialing examinations related to medical assisting • To prepare competent entry level medical assistants in the cognitive (knowledge), psychomotor (skills), and affective (behavior) learning domain • Develop a student’s ability to perform various clinical, clerical, & administrative duties Prerequisites for Major Courses Must take the Program Assessment Examination when scheduled, prior to Externship II Program Outline To receive an Associate of Science degree in Medical Assisting, students must complete 60.5 credit hours as described below. The length of this program is approximately 16 months (this will vary if a student transfers in credits). Medical Assisting Major Courses (36.5 credit hours) MEA1206C* Clinical Procedures 3.5 credit hours MEA1238 Medical Terminology 1.5 credit hours MEA1236 Anatomy and Physiology 6.0 credit hours MEA1290 Radiography 6.0 credit hours MEA1267C* Laboratory Procedures I 4.0 credit hours MEA1303C Medical Office Management 4.5 credit hours MEA2268C* Laboratory Procedures II 4.0 credit hours MEA2806 Externship I 3.5 credit hours MEA2807 Externship II 3.5 credit hours *Must be completed with a grade of “C” or higher before students are assigned to externship sites. General Education Courses (24.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) AMH1010 American History Pre 1876 3.0 credit hours AMH1020 American History Since 1876 3.0 credit hours IDS1107 Strategies for Success 3.0 credit hours POS1041 Political Science 3.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (3.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (3.0 credit hours) MAT1033 Intermediate Algebra 3.0 credit hours Natural Science (6.0 credit hours) BSC1005 General Biology 3.0 credit hours BSC1005L General Biology Laboratory 1.0 credit hour BSC1006 Advanced Biology 3.0 credit hours BSC1006L Advanced Biology Laboratory 1.0 credit hour BSC1050 Environmental Science 3.0 credit hours Medical Assisting Science Associate of Science Degree Spanish Associate of Science in Medical Assisting Science For program information in Spanish, please refer to the Spanish edition of this catalog. Program Description Keiser University’s Associate of Science degree in Medical Assisting Science prepares students to perform various clinical duties including taking patient histories, measuring vital signs, assisting physicians with examinations, giving injections as directed by the physician, venipuncture, performing CLIA waived laboratory tests, and performing electrocardiograms (ECG). In addition, students will learn clerical and administrative tasks such as scheduling appointments, maintaining patient records, and preparing insurance claims. Program Goals The following objectives are designed to meet Keiser University’s mission and its goals: • Prepare students with the professional skills needed for employment in Medical Assisting • Prepare students to take the Registered Medical Assistant (RMA) credentialing examination given by American Medical Technologists (AMT). Program Outline To receive an Associate of Science degree in Medical Assisting Science, students must complete 60 credit hours as described below. The length of this program is approximately 18 months (this will vary if a student transfers in credits). Medical Assisting Common Core Courses (20 credit hours) HSA1102 Introduction to Healthcare 3.0 credit hours MEA2235 Anatomy & Physiology with Terminology & Disease Process* 4.0 credit hours MEA2244 Pharmacology 3.0 credit hours MEA1382 Medical Law & Ethics 3.0 credit hours MEA1270 Medical Office Procedures with Insurance 3.0 credit hours MEA2346C Computerized Medical Office Management 4.0 credit hours Medical Assisting Clinical Courses (16 credit hours) MEA1209 Clinical Lecture* 3.0 credit hours MEA1204C Clinical Procedures* 4.0 credit hours MEA1260C Laboratory Procedures* 4.0 credit hours MEA2802 Externship in Medical Assisting 5.0 credit hours *Must be completed with a grade of “C” or higher before students can begin externship. General Education Courses (24.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) AMH1010 American History Pre 1876 3.0 credit hours AMH1020 American History Since 1876 3.0 credit hours IDS1107 Strategies for Success 3.0 credit hours POS1041 Political Science 3.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech 3.0 credit hours COM2460 Intercultural Communication 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (3.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours CWL1000 Contemporary World Literature 3.0 credit hours PHI1010 Introduction to Philosophy 3.0 credit hours Mathematics (3.0 credit hours) MAT1033 Intermediate Algebra 3.0 credit hours MAT2105 College Algebra 3.0 credit hours MGF2106 College Mathematics 3.0 credit hours MGF2107 Applications of Mathematics 3.0 credit hours Natural Science (6.0 credit hours) BSC1005 General Biology 3.0 credit hours BSC1006 Advanced Biology 3.0 credit hours BSC1050 Environmental Science 3.0 credit hours BSC2085C Anatomy & Physiology I 4.0 credit hours BSC2086C Anatomy & Physiology II 4.0 credit hours Medical Laboratory Technician Associate of Science Degree Program Mission Keiser University’s Associate of Science degree in Medical Laboratory Technician educates and prepares students to function effectively and collaboratively as a member of a medical laboratory team. The program provides exposure to various laboratory tests in accordance with nationally standardized laboratory practices as defined within the scope of the profession. Program Description Keiser University’s Associate of Science degree in Medical Laboratory Technician trains students to function effectively as a member of a medical laboratory team. Graduates possess skills to perform laboratory tests in accordance with standardized laboratory practices in clinical chemistry, hematology, urinalysis, clinical microbiology, immunohematology and serology/immunology. Program Objectives The program’s mission is further defined in the following goals: • Students will acquire the knowledge and skill development to competently perform standardized laboratory test procedures. • Students will acquire critical thinking and problem-solving skills to effectively practice in the profession. • Students will model behaviors of professionalism in the pursuit of excellence. • Students will possess the necessary breadth of knowledge and skills for obtaining entry-level employment as a professional medical laboratory technician. Program Student Learning Outcomes: • The student will demonstrate professionalism required for an entry-level position as a medical laboratory technician. • The student will demonstrate the ability to perform laboratory tests according to standardized laboratory practices and procedures. • The student will be able to identify appropriate specimens for testing and determine if results are appropriate for the patient. • The student will be able to demonstrate proficiency in the laboratory setting as a medical laboratory technician. • Students will develop verbal and written communication skills to effectively interact within a healthcare setting; • Students will demonstrate knowledge of ALARA practices and regulatory practices relevant to all aspects of radiation safety in Nuclear Medicine Technology; • Students will demonstrate knowledge of professional ethical practices and appropriate patient care in a team centered healthcare setting; • Students will demonstrate proficiency in related math and physics content; • Students will demonstrate successful performance in nuclear medicine procedures. • Background check and drug screening when applicable • Minimum grade of “C” for general education courses. Successful completion of the following prerequisite courses: BSC2085C, BSC2086C, PHY2001, MAC2105 and CHEM2045/L. • Cumulative grade average of 3.0 on a scale of 4.0 • Observation, assessment, nursing diagnosis, planning, intervention and evaluation of care • Health teaching and counseling of individuals who may be ill, injured or infirm • Promotion of wellness, maintenance of health, and prevention of illness in others • Administration of treatments and medications as prescribed in accordance with standards of nursing practice Prerequisites for Major Courses MLT Program adheres to the policies as defined in the Specific Standard for Allied Health Programs section of the current KU Catalog Background checks and drug screens will be required prior to externship General education courses must be completed with a grade average of 3.0 on a scale of 4.0 Program Outline To receive an Associate of Science degree in Medical Laboratory Technician, students must complete 63 credit hours as described below. The length of this program is approximately 20 months (this will vary if a student transfers in credits). Medical Laboratory Technician Major Courses (37 credit hours) MLT1610C* Clinical Chemistry I 3.0 credit hours MLT1620C Clinical Chemistry II 3.0 credit hours MLT1802* Clinical Practicum Part I 3.5 credit hours MLT1804 Clinical Practicum Part II 3.5 credit hours MLT2210C Urinalysis 3.0 credit hours MLT2300C* Hematology I 3.0 credit hours MLT2365C Hematology II 3.0 credit hours MLT2402C* Microbiology I 3.0 credit hours MLT2403C Microbiology II 3.0 credit hours MLT2500C Serology/Immunology 3.0 credit hours MLT2525C* Immunohematology I 3.0 credit hours MLT2528C Immunohematology II 3.0 credit hours *Must be completed with a grade of “C” or higher before students are enrolled in the “II” portion of the subjects. General Education Courses (26.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. NOTE: Medical Laboratory Technician graduates who wish to seek certification other than the American Society of Clinical Pathology Board of Certification MLT level may need to complete additional courses. Behavioral/Social Science (3.0 credit hours) AMH1010 American History Pre 1876 3.0 credit hours AMH1020 American History Since 1876 3.0 credit hours IDS1107 Strategies for Success 3.0 credit hours POS1041 Political Science 3.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (3.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (3.0 credit hours) MAC2105 College Algebra 3.0 credit hours MAT1033 Intermediate Algebra 3.0 credit hours MGF2106 College Mathematics 3.0 credit hours MGF2107 Applications of Mathematics 3.0 credit hours STA2023 Statistics 3.0 credit hours Natural Science (8.0 credit hours) BSC2085C Human Anatomy and Physiology I 4.0 credit hours BSC2086C Human Anatomy and Physiology II 4.0 credit hours Nuclear Medicine Technology Associate of Science Degree Program Description Keiser University’s Associate of Science degree in Nuclear Medicine Technology instructs students in the use of radioactive material to visualize diagnose and treat pathology through proper utilization of specialized equipment and techniques. The program provides entry-level lectures in positron imaging tomography (PET) and computerized axial tomography (CT). Graduates are eligible to sit for certification examinations given by the American Registry of Radiologic Technologists (ARRT-N) and the Nuclear Medicine Technology Certification Board (NMTCB). Program Mission Statement The Mission of the Keiser University Nuclear Medicine Associate of Science degree program is to prepare competent graduates for a rewarding career as a nuclear medicine technologist. The program emphasizes the professional and technical skills necessary in the performance of nuclear medicine procedures; while instilling a commitment to life-long learning. The program facilitates the learning opportunities essential to the development of a skilled and empathetic imaging professional in a collaborative, team-centered health care environment. The program’s graduates are eligible to take national certification examinations administered by the Nuclear Medicine Technology Certification Board and the American Registry of Radiologic Technologists. Program Goals The program’s mission is further defined in the following goals: Prerequisites for Major Courses Program Outline To receive an Associate of Science degree in Nuclear Medicine Technology, students must complete 93 credit hours as described below. The length of this program is approximately 24 months (this will vary if a student transfers in credits). Each course in Nuclear Medicine Technology is a prerequisite for the subsequent course and must be completed with a grade of “C” or higher to proceed successfully through the program. Nuclear Medicine Technology Major Courses (63.0 credit hours) NMT 1061 Nuclear Medicine Seminar 5.0 credit hours NMT 1312 Radiation Safety and Health Physics 5.0 credit hours NMT 1713C Nuclear Medicine Methodology I 5.0 credit hours NMT 2804 NMT Clinical Rotation I 3.0 credit hours NMT 2814 NMT Clinical Rotation II 3.0 credit hours NMT 2534C Nuclear Medicine Instrumentation 5.0 credit hours NMT 2613 Nuclear Medicine Physics 5.0 credit hours NMT 2824 NMT Clinical Rotation III 3.0 credit hours NMT 2834 NMT Clinical Rotation IV 3.0 credit hours NMT 2723C Nuclear Medicine Methodology II 5.0 credit hours NMT 2710 PET/CT Procedures & Radiopharmacy 5.0 credit hours NMT 2844 NMT Clinical Rotation V 3.0 credit hours NMT 2854 NMT Clinical Rotation VI 3.0 credit hours NMT 2733 Methodology III 5.0 credit hours NMT 2960 Nuclear Medicine Capstone Course 5.0 credit hours General Education Courses (30.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) PSY1012 Introduction to Psychology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech 3.0 credit hours English (3.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (3.0 credit hours) MAC2105 College Algebra 3.0 credit hours Natural Science (15.0 credit hours) BSC2085C Human Anatomy and Physiology I 4.0 credit hours BSC2086C Human Anatomy and Physiology II 4.0 credit hours CHM1045 General Chemistry 3.0 credit hours CHM1045L General Chemistry Lab 1.0 credit hours PHY 2001 General Physics 3.0 credit hours Nursing Associate of Science Degree Program Description Keiser University’s Associate of Science degree in Nursing prepares students to practice professional nursing. Professional nursing involves the performance of those acts requiring substantial specialized knowledge, judgment and nursing skill based upon applied principles of biological, physical, psychological and social sciences. The nursing practice of a professional nurse includes but is not limited to: Prospective students interested in pursuing an ASN degree at Keiser University should consult the degree accreditation statement in the Accreditation section of this catalog, p. 20. Program Mission Statement The College of Nursing at Keiser University utilizes a “students first” philosophy to increase access to nursing education for a diverse student body at the undergraduate and graduate level and prepares students to provide holistic nursing care to improve individual, community, and global health outcomes. Program Goals The program’s mission is further defined in the following goals: • Students will utilize effective interdisciplinary collaboration within a health care environment. • Students will integrate evidence based technologies to support clinical decision making. • Students will utilize clinical judgment and reasoning to promote optimal patient care. • Students will model behaviors of professionalism in the pursuit of excellence. • Students will possess the necessary breadth of knowledge and skills for obtaining entry- level employment as a professional registered nurse. End of Program Student Learning Outcomes: The culmination of measurable student learning outcomes is linked to the program's three learning domains (cognitive, affective, and psychomotor) and are consistent with current standards of contemporary practice, guidelines, and competencies for entry-level within the nursing profession. • Inter/lntradisciplinary Collaboration - Utilize effective communication and shared decision making within a health care team to assist patient and family's achievement of health goals. • Technology Integration - Apply evidence-based information technology to support clinical decision-making, error prevention and care coordination. • Judgment/Reasoning - Apply knowledge and experience in identifying patient needs that direct clinical judgments and actions resulting in optimal patient outcomes. • Professionalism - Model behaviors of integrity, accountability, responsibility, caring, advocacy, moral and ethical practices in the pursuit of excellence. Program Requirements • Receive a satisfactory background check (upon enrollment and again prior to the start of nursing major) • Interview with the nursing program director or designee Advancement to the nursing major of the ASN program is contingent the following: • A composite score of 60 or higher on (current version) the Test of Essential Academic Skills (TEAS) nursing entrance examination within a maximum of 3 attempts in a 12-month period. The student who is unsuccessful after 3 attempts may file an appeal for a 4th attempt that is reviewed by the Nursing Program Director and the Academic Dean. (See TEAS appeal process below) • Minimum grade of “B” for prerequisite courses: Human Anatomy/Physiology I and II (BSC2085C and BSC2086C) • Minimum grade of “C” for pre-requisite courses: Microbiology (MBC2000C), Intermediate Algebra (MAT1033), Life Span Development (DEP2004), and general education courses) • Good academic and non-academic standing • Satisfactory drug screening and completion of ALL required health screening (immunizations) • Students will demonstrate critical thinking, communication skills, and a commitment to lifelong learning. • Students will possess employable entry-level skills required for the profession. • Students will demonstrate ethical behavior that promotes client participation within a social/cultural context. • Background check • Completion of all general education coursework with a minimum grade of “C” for each course. Successful completion of the following prerequisite courses: BSC2085C, BSC2086C, MAT1033 and PSY1012. • Cumulative grade average of 3.0 on a scale of 4.0 • Communicate and collaborate within the healthcare environment and with members of the community. • Demonstrate knowledge, skills and attitudes reflective of an entry level Physical Therapist Assistant. • Exhibit professional and ethical behaviors consistent with the scope of practice of a PTA. • Explore contemporary practice to develop commitment to lifelong learning. • Background check and drug screening when applicable • Completion of prerequisites BSC2085C, BSC2086C, and BSC2084 Human Anatomy and Physiology I, Human Anatomy and Physiology II, and Human Functional Anatomy with a minimum of a "B" in each course. Completion of general education coursework with a minimum grade of “C” for each course and cumulative grade average of 3.0 on a 4.0 scale TEAS Appeal Process Students who are unsuccessful after 3 attempts on the current version of the TEAS may complete an appeal for a 4th attempt to take the current version of the TEAS. The appeal will be reviewed by the campus Nursing Program Director and the Academic Dean for approval. The appeal should include the reasons the student was unsuccessful at their prior attempts and how they plan to get a different result. Students are encouraged to work with their Admissions Counselor if they reside far enough from a Keiser University location that multiple trips to campus during the admissions process are burdensome. Arrangements for remote administration of the test can be considered under extenuating circumstances. Program Outline To receive an Associate of Science degree in Nursing, students must complete 72 credit hours as described below. The length of this program is approximately 25 months (this will vary if a student transfers in credits). Each course in the Nursing major is a prerequisite for a subsequent course and therefore must be completed with a letter grade of “C” with a minimum of 76% in order to proceed successfully through the program. Nursing Major Courses (42.0 credit hours) NUR1022C Fundamentals of Nursing 8.0 credit hours NUR1140C Nursing Pharmacology 4.0 credit hours NUR1211C Basic Adult Healthcare 8.0 credit hours NUR2230C Advanced Adult Healthcare 8.0 credit hours NUR2421C Maternity Nursing Care 4.0 credit hours NUR2310C Pediatric Nursing 4.0 credit hours NUR2817C Nursing Roles Practicum 6.0 credit hours General Education Courses (30.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline Behavioral/Social Science (6.0 credit hours) DEP2004 Life Span Development 3.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (3.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (3.0 credit hours) MAT1033 Intermediate Algebra 3.0 credit hours Natural Science (12.0 credit hours) BSC2085C Human Anatomy and Physiology I 4.0 credit hours BSC2086C Human Anatomy and Physiology II 4.0 credit hours MCB2000C Microbiology I 4.0 credit hours Occupational Therapy Assistant Associate of Science Degree Program Description Keiser University’s Associate of Science degree in Occupational Therapy Assistant prepares students to work as an occupational therapy assistant under direct supervision of a licensed occupational therapist. Occupational therapy is the art and science of helping people gain skills needed to become independent in daily living activities. Students learn the therapeutic use of occupations which include self-care, work, and play/leisure activities in order to maximize independent function, enhance development, prevent disability, and maintain health. Intervention strategies may include task adaptations, environmental modifications or compensatory approaches in order to facilitate clients’ achievement of maximum independence. Program Mission Statement The mission of the occupational therapy assistant program is to prepare the occupational therapy assistant student for an ever-changing healthcare environment by emphasizing the acquisition of a foundational knowledge base in occupational therapy, building skills in clinical reasoning, professionalism, and competencies for specific clinical applications. Program Goals The program’s mission is further defined in the following goals: Prerequisites for Major Courses Program Outline To receive an Associate of Science degree in Occupational Therapy Assistant, students must complete 83 credit hours as described below. The length of this program is approximately 24 months (this will vary if a student transfers in credits). Each course in the Occupational Therapy Assistant major is a prerequisite for the subsequent course and therefore must be passed with a minimum “C” grade in order to proceed successfully through the program. Occupational Therapy Assistant Major Courses (57.0 credit hours) OTH 1007 Introduction to Occupational Therapy 4.0 credit hours OTH 1203 Human Occupation and Development Across the Lifespan 4.0 credit hours OTH 1014C Kinesiology for Occupational Therapy Assistants 4.0 credit hours OTH 1433C Musculoskeletal Disorders/Assessment and Intervention Strategies 4.0 credit hours OTH 1432C Neurological Disorders/Assessment and Intervention Strategies 4.0 credit hours OTH 2300C Psychiatric Disorders/Assessment and Intervention Strategies 4.0 credit hours OTH 2121C Therapeutic Media 2.0 credit hours OTH2130C Therapeutic Interventions for Individuals, Groups and Populations 4.0 credit hours OTH 2800L Fieldwork I 2.0 credit hours OTH 2420C Occupational Therapy for Physically Disabled 4.0 credit hours OTH 2602C Aging and Performance Skills 4.0 credit hours OTH 2013C OT Pre-clinical Practicum 3.0 credit hours OTH 2840L Fieldwork II (A, B, C, D) 12.0 credit hours General Education Courses (26.0 credit hours) To be eligible for admission into the OTA major, students must obtain a 3.0 GPA in their general education requirements and pass each course with a minimum “C” grade. Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) PSY 1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC 1017 Speech 3.0 credit hours Computers (3.0 credit hours) CGS 1000C Introduction to Computers 3.0 credit hours English (3.0 credit hours) ENC 1101 English Composition I 3.0 credit hours ENC 2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML 1000 American Literature 3.0 credit hours ENL 1000 English Literature 3.0 credit hours CWL 1000 Contemporary World Literature 3.0 credit hours Mathematics (3.0 credit hours) MAC 2105 College Algebra 3.0 credit hours MAT 1033 Intermediate Algebra 3.0 credit hours Natural Science (8.0 credit hours) BSC 2085C Human Anatomy and Physiology I 4.0 credit hours BSC 2086C Human Anatomy and Physiology II 4.0 credit hours Physical Therapist Assistant Associate of Science Degree Program Description Keiser University’s Associate of Science degree in Physical Therapist Assistant prepares students for employment as a skilled licensed health care worker under the supervision of a licensed Physical Therapist. A Physical Therapist Assistant assists in the management of conditions such as arthritis, amputation, fractures, cerebrovascular accident (stroke), spinal cord injuries, traumatic brain injuries, wounds, developmental delays, cerebral palsy, cardiac and pulmonary pathology, sport injuries, work injuries and other types of injuries and/or pathologies. Program Mission Statement The Physical Therapist Assistant Program at Keiser University offers an Associate of Science Degree that is designed to prepare students to become effective, knowledgeable, safe and competent entry-level Physical Therapist Assistants who will practice under the supervision and direction of a Physical Therapist. Program Goals The program’s mission is further defined in the following goals: Prerequisites for Major Courses • Complete a minimum of 10 hours of physical therapy observation or work experience during the last 12 months before entering core. The 10 hours observation must consist of 5 hours in a Physical Therapy Inpatient Facility (Skilled Nursing Facility, Acute Care Hospital, Long-Term Acute Care Facility, or Inpatient Rehabilitation Hospital) and 5 hours in a Physical Therapy Outpatient Clinic within 1 year of beginning the PTA core. • Meet with PTA Program Director a minimum of one (1) month prior to starting the technical phase of the program. Program Outline To receive an Associate of Science degree in Physical Therapist Assistant, students must complete 74 credit hours as described below. The length of this program is approximately 20 months (this will vary if a student transfers in credits). Each course in the Physical Therapist Assistant major is a prerequisite for the subsequent course and therefore must be completed with a grade of “C” or higher in order to proceed successfully through the program. Physical Therapist Assistant Major Courses (48.0 credit hours) PHT1000C Introduction to Physical Therapist Assistant 5.0 credit hours PHT1121C Kinesiology 4.0 credit hours PHT1216C Functional Modalities 4.0 credit hours PHT1227C Therapeutic Exercise I 4.0 credit hours PHT1228C Therapeutic Exercise II 2.0 credit hours PHT1251C Patient Care Procedures 4.0 credit hours PHT1261C Tests and Measurements 4.0 credit hours PHT1300C Pathophysiology 5.0 credit hours PHT2143C Rehabilitation 4.0 credit hour PHT2810 Clinical Experience I 5.0 credit hours PHT2820 Clinical Experience II 7.0 credit hours General Education Courses (26.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) PSY1012 Introduction to Psychology 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (3.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours CWL1000 Contemporary World Literature 3.0 credit hours Mathematics (3.0 credit hours) MAT1033 Intermediate Algebra 3.0 credit hours Natural Science (11.0 credit hours) *BSC2084 Human Functional Anatomy 3.0 credit hours BSC2085C Human Anatomy and Physiology I 4.0 credit hours BSC2086C Human Anatomy and Physiology II 4.0 credit hours * Should be the last general education course before starting courses in the major. Radiation Therapy Associate of Science Degree Program Description Keiser University’s Associate of Science degree in Radiation Therapy prepares students for entry- level positions in the profession, using ionizing-radiation producing equipment to administer therapeutic doses of radiation as prescribed by physicians for treatment of disease — generally cancer. The program provides radiation therapy instruction which includes medical terminology, patient care, radiation physics, treatment planning, dosimetry, and clinical education experience. Program Mission Statement Keiser University’s Associate of Science degree program in Radiation Therapy provides an academic and clinical environment to educate and graduate competent, entry-level radiation therapists who provide quality patient care in the community. The program’s graduates are eligible to take the national certification examination administered by the American Registry of Radiologic Technologists and are eligible for licensure by the State of Florida to practice Radiation Therapy. The Radiation Therapy program strives to instill the values and concepts of life-long learning in its graduates. Program Goals The program’s mission is further defined in the following goals: • Students will acquire the knowledge and skill development to competently perform radiation treatment procedures; • Students will develop verbal and written communication skills to effectively interact within a healthcare setting; • Students will acquire critical thinking and problem solving skills to effectively practice in the profession; • Students will demonstrate professional development and growth and set goals for life-long learning; • Students will possess employable entry-level skills to meet the needs of the radiation therapeutic community upon program completion. Prerequisites for Major Courses • Background check and drug screening when applicable • Minimum grade of “C” for general education courses. Successful completion of the following prerequisite courses: BSC2085C, BSC2086C, MAT1033 and PHY2001. • Cumulative grade average of 3.0 on a scale of 4.0 Program Outline To receive an Associate of Science degree in Radiation Therapy, students must complete 93 credit hours as described below. The length of this program is approximately 24 months (this will vary if a student transfers in credits). Each major course is a prerequisite for the subsequent course and therefore must be completed with a minimum grade of “C” and a minimum cumulative core GPA of 2.75 (on a 4.0 scale) or higher in order to proceed successfully through the program. Radiation Therapy Major Courses (67.0 credit hours) RAT1001 Introduction to Radiation Therapy 5.0 credit hours RAT1123 Patient Care in Radiation Therapist 5.0 credit hours RAT2021 Principles and Practice of Radiation Therapy I 5.0 credit hours RAT2617 Radiation Therapy Physics I 5.0 credit hours RAT2652 Treatment Planning and Dosimetry 5.0 credit hours RAT1804 Radiation Therapy Clinical Education I 3.0 credit hours RAT1814 Radiation Therapy Clinical Education II 3.0 credit hours RAT2241 Radiobiology and Pathology 5.0 credit hours RAT2022 Principles and Practice of Radiation Therapy II 5.0 credit hours RAT2805 Radiation Therapy Clinical Education III 3.0 credit hours RAT2814 Radiation Therapy Clinical Education IV 3.0 credit hours RAT2618 Radiation Therapy Physics II 5.0 credit hours RAT2657 Quality Management 5.0 credit hours RAT2824 Radiation Therapy Clinical Education V 3.0 credit hours RAT2834 Radiation Therapy Clinical Education VI 3.0 credit hours RAT2061 Radiation Therapy Seminar 4.0 credit hours General Education Courses (26.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) PSY1012 Introduction to Psychology 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (3.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (6.0 credit hours) MAT1033 Intermediate Algebra 3.0 credit hours PHY2001 General Physics 3.0 credit hours Natural Science (8.0 credit hours) BSC2085C Human Anatomy and Physiology I 4.0 credit hours BSC2086C Human Anatomy and Physiology II 4.0 credit hours Radiologic Technology Associate of Science Degree Program Description Keiser University’s Associate of Science degree in Radiologic Technology prepares students for entry-level positions in the profession, producing radiographic images in accordance with standardized practices and procedures. The program provides radiologic information including medical terminology, patient care, radiographic procedures, radiation protection, equipment operations and image production and evaluation. The program’s graduates are eligible to take the national certification examination administered by the American Registry of Radiologic Technologists and are eligible to be licensed by the State of Florida to practice Radiologic Technology. Program Mission Statement Keiser University’s Associate of Science degree program in Radiologic Technology provides both an educational and clinical foundation to produce competent graduates for entry-level positions in radiologic technology and instill the values and concepts of life-long learning in its graduates. Through community clinical partnerships, graduates integrate clinical competence, radiation safety, professional and ethical behavior and communication skills in keeping with the radiologic technologist’s scope of practice. Program Goals The program’s mission is further defined in the following goals: • Students will communicate within a healthcare setting; • Students will apply critical thinking skills; • Students will demonstrate professional and ethical behavior; • Students will demonstrate clinical competency. Student learning outcomes associated with these goals are an important and integral part of the program. The specific learning outcomes for each goal can be found on the university’s web site http://www.keiseruniversity.edu/radiologic-technology-as/ Prerequisites for Major Courses • Background check and drug screening when applicable • Minimum grade of “C” for general education courses. Successful completion of the following prerequisite courses: BSC2085C, BSC2086C, ENC1101 and MAT1033. • Cumulative grade average of 3.0 on a scale of 4.0 • Identifying lung and breathing disorders and recommending treatment methods • Interviewing patients and doing chest physical exams to determine what kind of therapy is best for their condition • Consulting with physicians to recommend a change in therapy, based on patient evaluation • Analyzing breath, tissue, and blood specimens to determine levels of oxygen and other gases • Managing ventilators and artificial airway devices for patients who can’t breathe normally on their own • Responding to Code Blue or other urgent calls for care • Educating patients and families about lung disease so they can maximize their recovery • To prepare graduates with demonstrated competence in cognitive (knowledge), psychomotor (skills), and affective (behavior) learning domains of respiratory care practice as performed by registered respiratory therapists (RRT's). • The program’s mission and goal is further defined in the following program objectives: • To provide an environment in which students demonstrate ethical behaviors, critical thinking skills and a commitment to lifelong learning • Development of clinical skills, treatment techniques, understanding of methodology, and rationale for implementation and interpretation of diagnostics and cardio-respiratory care • To provide the students with an academic foundation to adequately fulfill the role of a respiratory care practitioner in a clinical setting • Background check and drug screening • Completion of prerequisites BSC2085C and BSC2086C, Human Anatomy and Physiology I and II with a minimum of a "B" in each course. • Completion of the following prerequisite courses: MCB2000C and CHEM2045/L and all general education coursework with a minimum grade of “C” for each course. • Cumulative grade average of 3.0 on a scale of 4.0 Program Outline To receive an Associate of Science degree in Radiologic Technology, students must complete 94 credit hours as described below. The length of this program is approximately 24 months (this will vary if a student transfers in credits). Each major course is a prerequisite for the subsequent course and therefore must be completed with a minimum grade of “C”. Radiologic Technology Major Courses (68.0 credit hours) RTE 1000 Intro to Radiologic Technology 5.5 credit hours RTE 1401 Radiologic Imaging 5.5 credit hours RTE 1418C Radiologic Science I 5.5 credit hours RTE 1458C Radiologic Science II 5.5 credit hours RTE 1503C Radiologic Procedures I 4.25 credit hours RTE 1513C Radiologic Procedures II 4.25 credit hours RTE 1523C Radiologic Procedures III 4.25 credit hours RTE 1533C Radiologic Procedures IV 4.25 credit hours RTE 1804 Clinical Rotation I 6.0 credit hours RTE 1814 Clinical Rotation II 6.0 credit hours RTE 2563 Advanced Radiologic Imaging 5.5 credit hours RTE 2785 Advanced Pathophysiologic Imaging 5.5 credit hours RTE 2824 Clinical Rotation III 6.0 credit hours General Education Courses (26.0 credit hours) Semester I and II: Students accepted into the Radiologic Technology Program are required to complete 26 hours of general education with the minimum hour requirement for each category listed in parentheses beside the category. Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) PSY1012 Introduction to Psychology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (3.0 credit hours) ENC1101 English Composition I 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (3.0 credit hours) MAT1033 Intermediate Algebra 3.0 credit hours Natural Science (8.0 credit hours) BSC2085C Human Anatomy and Physiology I 4.0 credit hours BSC2086C Human Anatomy and Physiology II 4.0 credit hours Respiratory Therapy Associate of Science Degree Program Description Keiser University’s Associate of Science degree in Respiratory Therapy prepares students for employment as respiratory therapists under the supervision of licensed physicians. Therapist provides education, diagnostic testing and respiratory therapy in the management of conditions such as chronic obstructive pulmonary disease, acute cardio-respiratory failure, asthma, and other pulmonary pathologies. Successful completion of the program qualifies graduates to receive an Associate of Science degree, and become eligible to sit for the national accreditation exams for the designation of the Registered Respiratory Therapist (RRT) and apply for state license as a respiratory therapist. The national examinations consist of the Therapist Multiple-Choice Examination (TCM) and the Clinical Simulation Examination (CSE) offered by the National Board of Respiratory Care (NBRC). Information on the exam process is available through the NBRC at www.nbrc.org. Responsibilities of a respiratory therapist include: Program Mission Statement Keiser University’s Associate of Science degree program in Respiratory Therapy prepares students to become effective, knowledgeable, safe and competent respiratory therapy practitioners who will practice under the supervision and direction of a licensed physician. Program Goal Program Objectives Prerequisites for Major Courses Program Outline To receive an Associate of Science degree in Respiratory Therapy, students must complete 76 credit hours as described below. The length of this program is approximately 24 months (this will vary if a student transfers in credits). Each major course is a prerequisite for the subsequent course and therefore must be completed with a minimum grade of “C”. or higher in order to proceed successfully through the program. Students must complete all courses in the program core. Respiratory Therapy Major Courses (42.0 credit hours) RET1024C Respiratory Therapy Fundamentals 3.0 credit hours RET1485C Respiratory Therapy Theory 3.0 credit hours RET1291C Clinical Respiratory Medicine 3.0 credit hours RET1007C Pharmacology for Respiratory Care 3.0 credit hours RET1940 Clinical Practicum I 3.0 credit hours RET1405C Diagnostic Procedures in Respiratory Care 3.0 credit hours RET2283C Intensive Respiratory Care 3.0 credit hours RET2941 Clinical Practicum II 3.0 credit hours RET2710C Pediatric and Neonatal Respiratory Therapy 3.0 credit hours RET2944 Clinical Practicum III 3.0 credit hours RET2934C Special Topics in Respiratory Therapy 3.0 credit hours RET2946 Clinical Practicum IV 3.0 credit hours RET2948 Clinical Practicum V 3.0 credit hours RET2935C Respiratory Therapy Management 3.0 credit hours General Education Courses (34.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) PSY1012 Introduction to Psychology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (3.0 credit hours) ENC1101 English Composition I 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (3.0 credit hours) MAC2105 College Algebra 3.0 credit hours Natural Science (16.0 credit hours) BSC2085C Human Anatomy and Physiology I 4.0 credit hours BSC2086C Human Anatomy and Physiology II 4.0 credit hours MCB2000C Microbiology I 4.0 credit hours CHM2045 General Chemistry 3.0 credit hours CHM2045L General Chemistry Laboratory 1.0 credit hours Surgical Technology Associate of Science Degree Program Description Keiser University’s Associate of Science degree in Surgical Technology provides students with the technical ability, knowledge, and skills required for entry-level employment as a member of the healthcare team in hospital or surgery centers. Students receive instruction in essentials of healthcare, aseptic technique with infection control, surgical instrumentation, anatomy, physiology, medical terminology, microbiology, and pharmacology applied to specific surgical cases to prepare them to assist surgeons in operating room environments. Program Mission Statement The mission of the Surgical Technology program at Keiser University is to provide didactic and clinical instruction that will prepare students to achieve success on the national board examination and demonstrate competency as an entry-level surgical technologist who will serve the needs of the healthcare community and enhance the quality of care for surgical patients. Program Goals The program’s mission is further defined in the following goals: 1. Students will apply basic scientific principles related to anatomy, physiology, and pathophysiology for safe transfer, positioning, prepping, and draping of surgical patients. 2. Students will utilize effective, professional interdisciplinary collaboration as a member of a healthcare team. 3. Students will integrate their surgical technology knowledge base in cognitive, affective, and psychomotor domains, thus demonstrating skill in following established criteria, protocols and objectives for an entry level surgical technologist. 1. Background check and drug screening when applicable 2. Immunization record signed by physician 3. Successful completion general education requirements with a grade point average of 3.0 or higher 4. To develop a student’s ability to demonstrate knowledge of computer-based 3D modeling, animation theory and techniques, level design and architecture, texturing and lighting 5. To prepare graduates for jobs as entry-level game modelers, animators, level designers, texture mappers and story developers 6. To assist students with mastering industry-standard software and game engines 7. To develop a student’s ability to think critically and communicate effectively Prerequisites for Major Courses Program Outline To receive an Associate of Science degree in Surgical Technology, students must complete 74 credit hours as described below. The length of this program is approximately 20 months (this will vary if a student transfers in credits). Each major course is a prerequisite for the subsequent course and therefore must be completed successfully to move forward in the program. Surgical Technology Major Courses (48.0 credit hours) STS1177C Surgical Techniques and Procedures I 4.0 credit hours STS1178C Surgical Techniques and Procedures II 4.0 credit hours STS1179C Surgical Techniques and Procedures III 4.0 credit hours STS1131C Surgical Specialties I with Anatomy and Physiology 4.0 credit hours STS1132C Surgical Specialties II with Anatomy and Physiology 4.0 credit hours STS1133C Surgical Specialties III with Anatomy and Physiology 4.0 credit hours STS1134C Surgical Specialties IV with Anatomy and Physiology 4.0 credit hours STS1135C Surgical Specialties V with Anatomy and Physiology 4.0 credit hours STS2940 Surgical Technology Externship I 4.0 credit hours STS2941 Surgical Technology Externship II 4.0 credit hours STS2942 Surgical Technology Externship III 4.0 credit hours STS2943 Surgical Technology Externship IV 4.0 credit hours General Education Courses (26.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (3.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (3.0 credit hours) MAC2105 College Algebra 3.0 credit hours MAT1033 Intermediate Algebra 3.0 credit hours STA2023 Statistics 3.0 credit hours Natural Science (8.0 credit hours) BSC2085C Human Anatomy and Physiology I 4.0 credit hours BSC2086C Human Anatomy and Physiology II 4.0 credit hours Turfgrass Management Associate of Science Degree Program Description Keiser University’s Associate of Science degree in Turfgrass Management program mission is to prepare students for management positions in the golf and turfgrass industries. The Turfgrass Management program goal is designed to assist students in gaining the specialized knowledge required for career growth and future success in the golf and turfgrass industries. Students receive a blend of classroom instruction and hands-on experiential learning that provides students with the practical application of course work. Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals: • Present students with a comprehensive background in the traditions, culture, and expectations of the golf industry. • Develop the students’ foundation of knowledge and skills essential to the maintenance of turfgrass at golf facility and associated turf operations. • Provide students with the framework to further develop their abilities in the maintenance and upkeep of all areas of a golf course or sport field. • Expose students to technology and equipment used in the maintenance of golf and turfgrass facilities. • Build the students’ business acumen and financial management skills in the operation of a golf facility. • Understand the ecological influence of a golf facility on the environment while responding to regulatory requirements and stakeholder expectations. Program Outline To receive an Associate of Science in Turfgrass Management, students must complete 60 credit hours as described below. The length of this program is approximately 20 months (this will vary if a student transfers in credits). Golf Management Major Courses (36.0 credit hours) SPM1050 Traditions of Golf: History and Culture 3.0 credit hours SPM2642 Golf Course Design & Maintenance 3.0 credit hours SPM2612 Club Management 3.0 credit hours SPM2810 The Business of Golf 3.0 credit hours GCO1400 Introduction to Golf Course Maintenance 3.0 credit hours GCO1403 Turfgrass Diseases 3.0 credit hours GCO1441 Turfgrass and Pest Control 3.0 credit hours GCO1430 Irrigation and Drainage 3.0 credit hours GCO2410 Soil Nutrients and Construction 3.0 credit hours GCO2200 Facility Equipment and Maintenance 3.0 credit hours GCO2500 Environmental Stewardship 3.0 credit hours GCO2490 Field Turf 3.0 credit hours General Education Courses (24.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) IDS1107 Strategies for Success 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (3.0 credit hours) ENC1101 English Composition I 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours Mathematics (3.0 credit hours) MAT1033 Intermediate Algebra 3.0 credit hours Natural Science (6.0 credit hours) BSC1005 General Biology 3.0 credit hours BSC1005L General Biology Lab 1.0 credit hour BSC1006 Advanced Biology 3.0 credit hours BSC1006L Advanced Biology Lab 1.0 credit hour BSC1050 Environmental Science 3.0 credit hours OCB1010 General Marine Biology 3.0 credit hours BSC2085C Anatomy & Physiology I 4.0 credit hours BSC2086C Anatomy & Physiology II 4.0 credit hours Video Game Design Associate of Science Degree Program Description Keiser University’s Associate of Science in Video Game Design presents the processes and skills required to produce assets and levels for games. Students are immersed in creative and conceptual areas such as character development, 3D modeling and animation, game theory, interactive storytelling and game space construction. Program Objectives The following objectives are designed to meet Keiser University’s mission and its goals: Prerequisites for Major Courses None Program Outline To receive an Associate of Science degree in Video Game Design, students must complete 60 credit hours as described below. The length of this program is approximately 20 months (this will vary if a student transfers in credits). Video Game Design Major Courses (36.0 credit hours) DIG1306 3D Animation 3.0 credit hours DIG1321 3D Modeling 3.0 credit hours DIG1373 3D Texturing 3.0 credit hours DIG1717 Game Development 3.0 credit hours DIG2323 3D Modeling Techniques 3.0 credit hours DIG2354 3D Animation Techniques 3.0 credit hours DIG2793 Level Design 3.0 credit hours DIG2547 Game Prototyping 3.0 credit hours DIG2952 Game Assembly 3.0 credit hours DIG2953 Game Execution 3.0 credit hours GRA2150C Digital Image Editing 3.0 credit hours DIG2637 Programming Fundamentals 3.0 credit hours General Education Courses (24.0 credit hours) Credit hours in parentheses indicate the required number of credit hours in each discipline. Behavioral/Social Science (3.0 credit hours) AMH1010 American History Pre 1876 3.0 credit hours AMH1020 American History Since 1876 3.0 credit hours IDS1107 Strategies for Success 3.0 credit hours POS1041 Political Science 3.0 credit hours PSY1012 Introduction to Psychology 3.0 credit hours SYG1000 Sociology 3.0 credit hours Communications (3.0 credit hours) SPC1017 Speech 3.0 credit hours Computers (3.0 credit hours) CGS1000C Introduction to Computers 3.0 credit hours English (3.0 credit hours) ENC1101 English Composition I 3.0 credit hours ENC2102 English Composition II 3.0 credit hours Humanities/Fine Arts (3.0 credit hours) AML1000 American Literature 3.0 credit hours ENL1000 English Literature 3.0 credit hours Mathematics (3.0 credit hours) MAC2105 College Algebra 3.0 credit hours MAT1033 Intermediate Algebra 3.0 credit hours MGF2106 College Mathematics 3.0 credit hours STA2023 Statistics 3.0 credit hours Natural Science (6.0 credit hours) BSC1005 General Biology 3.0 credit hours BSC1005L General Biology Laboratory 1.0 credit hour BSC1006 Advanced Biology 3.0 credit hours BSC1006L Advanced Biology Laboratory 1.0 credit hour BSC1050 Environmental Science 3.0 credit hours CERTIFICATES Automotive Dealership Fundamentals Certificate Program Goals • Comprehend and apply current concepts of automotive dealership and vehicle retail management operations • Comprehend, discuss, and apply regulatory and ethical practices • Enhance research, communication, and presentation skills using professional literature • Improve written and verbal competencies, as well as analytical skills • Demonstrate the integration of knowledge and professional skills in specific areas of this certificate M.A. Nova Southeastern University Prerequisites for Major Courses None Program Outline To receive a Certificate in Automotive Dealership Fundamentals from Keiser University, the student must complete 15 credit hours. Courses in the Automotive Dealership Fundamentals Certificate program are four weeks in length and conducted online. The expectation is students will take one or two courses each term and finish in five months or less. In addition to the online courses, there is a 2-3-day residency (depending on the track) on the Keiser University Flagship Campus in West Palm Beach, FL. Student may request a review to see if MAN courses from an accredited university may transfer. All students in the certificate program complete the Upper Division Business Core Courses (9.0 credit hours): MAN3025 Introduction to Management/Org Behavior 3.0 credit hours MAN3054 Operations Management 3.0 credit hours GEB4936 Capstone: Exercising Leadership in Automotive Retail Distribution 3.0 credit hours Students must also choose a specific track to complete additional credit hours: Fixed Operations Track (6.0 credit hours) GEB2301 Customer and Employee Retention Strategies 3.0 credit hours GEB3642 Service and Parts Functions of Automotive Distribution Systems 3.0 credit hours Variable Operations Track (6.0 credit hours) Choice of two GEB2301 Customer and Employee Retention Strategies 3.0 credit hours GEB3641 Sales Functions of Automotive Distribution Systems 3.0 credit hours GEB3651 Automotive Dealership Sales Strategies and Tactics 3.0 credit hours General Management Track (6.0 credit hours) Choice of 2 GEB2301 Customer and Employee Retention Strategies 3.0 credit hours GEB3651 Automotive Dealership Sales Strategies and Tactics 3.0 credit hours GEB4402 Automotive Financial Analysis and Business Forecasting Techniques 3.0 credit hours COURSE DESCRIPTIONS ACG1001 (3.0 credit hours) Accounting Principles I Defines the objectives of accounting and their relationship to organizations through fundamental concepts and principles. Topics include ethical conduct, use of debits and credits, classification of accounts, journalizing, preparation of financial statements and use of a trial balance. Accrual method accounting procedures are discussed with end-of-year procedures and financial statements. ACG2011 (3.0 credit hours) Accounting Principles II Expands on accounting concepts, techniques, standards, and principles. Topics include an expansion of ethical behavior, account classifications, measuring and journalizing transactions and events, and the preparation of financial statements including the statement of cash flows. Financial statement ratio analysis is introduced. Prerequisite: ACG1001 ACG2062 (3.0 credit hours) Accounting Information for Business Decisions Identifies how accounting information is used in making organizational decisions. Students enhance their ethical knowledge and also their computer skills using spreadsheet software to solve accounting problems.. Prerequisite: ACG2011 and CGS1000C ACG2091 (3.0 credit hours) Integrated Accounting Integrates traditional accounting concepts and ethics with computerized accounting procedures. Software will be used to enter transactions and events to complete an accounting cycle for an organization. Prerequisite: ACG2011 ACG3024 (3.0 credit hours) Accounting for Non-Finncial Managers Addresses the use of accounting information Topics include interpretation of accounting information and the language of financial accounting to effectively participate in activities such as planning, investing, controlling and managerial decision-making. ACG3073 (3.0 credit hours) Managerial Accounting Focuses on the interaction between the fields of accounting and management with emphasis on analysis of accounting records as an aid for managerial decisions. Prerequisite: ACG2011 ACG4101 (3.0 credit hours) Intermediate Accounting I Presents financial reporting concepts, standards, calculations and disclosures with an emphasis on measurement, valuation and presentation of typical asset-related transactions. Related ethical conduct is also discussed. Prerequisite: ACG 2091 ACG4111 (3.0 credit hours) Intermediate Accounting II Presents financial reporting concepts, standards, calculations and disclosures with an emphasis on measurement, valuation and presentation of typical liability and equity-related transactions. Related ethical conduct is also discussed. Prerequisite: ACG4101 ACG4201 (3.0 credit hours) Advanced Accounting Presents financial reporting concepts, standards, calculations and disclosures with an emphasis on measurement, valuation and presentation related to business combinations and consolidations, intercompany transactions, foreign currency and partnerships. Ethical standards are also discussed. Prerequisite: ACG4111 ACG4253 (3.0 credit hours) International Financial Reporting Presents financial reporting concepts, standards, calculations and disclosures with an emphasis on measurement, valuation and presentation related to international accounting standards. Ethical conduct as it relates to international accounting concepts is also covered. Prerequisite: ACG4201 ACG4342 (3.0 credit hours) Advanced Managerial/Cost Accounting Explores critical managerial accounting skills such as analysis, cost management, and performance measures used to support decision making. Discuss ethical professional practices as it relates to internal users. Prerequisite: ACG4111 ACG4842 (3.0 credit hours) Data Analysis for Accounting Presents concepts and terminology related to data analysis techniques used in accounting. This course will also discuss the risks and controls associated with critical organizational information and provide an opportunity to enhance analytical skills using software. Prerequisite:ACG4671 ACG4501 (3.0 credit hours) Governmental and Institutional Accounting Presents concepts, transactions, and reporting standards and practices for government and other not-for-profit entities. Ethical considerations related to governmental and not-for-profit organizations are also discussed. Prerequisite: ACG 4111 ACG4651 (3.0 credit hours) Auditing I Demonstrates knowledge of standards and procedures used in auditing financial information. Discuss ethical behavior and responsibilities of auditors. Prerequisite: ACG4111 ACG4671 (3.0 credit hours) Auditing II Demonstrates knowledge of standards and procedures used in auditing various business processes, audit reporting, and other services. Discuss ethical behavior and professional responsibilities of auditors. Prerequisite: ACG4651 ACG4682 (3.0 credit hours) Fraud Examination Introduces the causes of financial fraud in American society and explores the methods by which fraud is perpetrated. Prerequisite: ACG 4671 AEB3137 (3.0) Equine Facility Design & Operations Examines the components necessary to design, operate, and manage an equestrian facility. Topics include researching local equestrian facilities to examine and research for equestrian safety as well as managerial techniques that are utilized and developing plans for an equestrian facility that include horse shows, boarding, and equine training. Writing a business plan and a demographic analyses will be experienced as well as participating in event management activities. AMH1010 (3.0 credit hours) American History Pre 1877 Examines American history from 1492 to 1876, focusing on political, economic and diplomatic events. AMH1020 (3.0 credit hours) American History Since 1876 Examines American history since 1876, focusing on political, economic and diplomatic events. AMH2070 (3.0 credit hours) The History of Florida: From Discovery to the Twenty-First Century The course traces the history of Florida from its first inhabitants until the present day with an emphasis upon its role during the European colonial period, early statehood, American Civil War, Reconstruction, “Jim Crow” era, “Roaring ‘20s,” Great Depression, World War II, post-war boom/population explosion, and, finally, its emergence as an economic and political powerhouse in the late 20th century. Florida’s cultural contributions in art, literature, and music throughout its colorful history will also be explored. The course will utilize traditional lecture and multi-media/digital platforms to enhance the learning experience. In addition, guest lecturers and field trips will also be offered to provide students with “real-life” as well as virtual learning experiences. AML1000 (3.0 credit hours) American Literature Explores select American authors and literary texts. Topics include historical background, social forces, literary genres and elements. ENC0001 Basic English is strongly recommended as a prerequisite. (Gordon Rule course requiring a grade of “C” or higher. Keiser University requires a minimum of 4,000 written words.) ANS3217 (3.0 hours) Equine Health & Disease Monitoring Expands and provide practical guidance on special problems frequently seen in equine practice. Focuses on the variety of equine health and disease issues stemming from problems associated and helped through nutrition, common diseases, poisonous plant and mycotoxins, respiratory deficiencies, neurologic, endocrine, musculoskeletal, and gastrointestinal problems. ANS3403 (3.0 hours) Equine Nutrition Analyze the basic foundations of equine nutrition (digestive and metabolic physiology, nutrient functions and requirements), nutritional management by life stage or function, feeding programs, and clinical nutrition. Research the different feed companies and the quality and safety of their products and develop a proper equestrian feed program based on sound evidence and nutritional scientific principles appropriate for day to day operations. ANS4383 (3.0 hours) Equine Genetics Examine and accurately assess complex genetic disease, physiological variation, and genetic diversity in equine populations. Demonstrate the knowledge that is necessary to improve the equine health and understand how to better predict, assess potential genetic deviations, and treat horses. . ANS4383L (1.0 hours) Equine Genetics Lab This course is designed to be taken in conjunction with ANS4383, Equine Genetics. Students will apply their knowledge of equine genetics into field research on variations within different genetic breeds, gender, and dispositions of horses. ANS4950 (3.0 hours) Equine Internship/Practicum I Expand and apply the knowledge and necessary skill sets required in equine careers and fields. Opportunity to shadow veterinarians, show managers/judges, farriers, equine dentists, and other equine professionals. Course will expose the equestrian to the plethora of options and careers available to them including day to day operations, equine health management and nutrition, training opportunities, exposure to and horse show management. ANS4951 (3.0 hours) Equine Internship/Practicum II Expand and apply the knowledge and necessary skill sets required in equine careers and fields. Opportunity to shadow veterinarians, show managers/judges, farriers, equine dentists, and other equine professionals. Course will expose the equestrian to the plethora of options and careers available to them including day to day operations, equine health management and nutrition, training opportunities, exposure to and horse show management. ANT3524C (4.0 credit hours) Fundamentals of Forensic Anthropology An introductory study of the application of the science of physical anthropology to the identification and recovery of human remains. Includes methods used to determine age, sex, height, ancestry of human skeletal remains as well as identification of trauma and disease affecting skeletal remains. Prerequisites: BSC2010 and BSC2010L, BSC2011 and BSC 2011L. APA2265 (3.0 credit hours) Accounting for Healthcare This course presents an overview of accounting and financial activities relevant to a healthcare facility. Topics include an introduction to healthcare accounting, basic financial statement preparation and analysis including budgets, and recording transactions in a healthcare environment. APK2004C (4.0 credits) Structural Kinesiology This course will focus on the science of human movement through covering the foundations of kinesiology, the fundamental of the neuromuscular system, and basic concepts of biomechanics. Following the completion of this course, students will be familiar with the bones, connective tissue, and muscles that make up the human movement system, as well as their role in common movements used in exercise and sports. APK2135C (4.0 credits) Integrated Fitness Programming This course aims to develop skills needed for the creation of fitness and exercise programs to enhance fitness levels for individuals based on their goals and current health status. Emphasis will be placed on the development of specific exercise programs for the healthy population of children through older adults to accommodate for a variety of needs and strategies necessary for quality programming. APK3114C (4.0 credit hours) Strength Training and Conditioning This course aims to develop the principles of advanced strength training routines and various conditioning that relates to athletes and advanced exercisers. Emphasis is placed on improving athlete and exerciser movement through many appropriate modalities and assessments techniques in relation to weightlifting, powerlifting, and functional fitness techniques. Ideally these components allow students to comprehend vital information to prepare for the National Strength and Conditioning Association (NSCA) Certified Strength and Conditioning Specialist (CSCS) certification. APK3312C (4.0 credit hours) Pharmacology and Ergogenic Aids in Exercise and Sport This course aims to develop concepts of medication and supplementation with respect to their interaction with exercise/sport and the effect of exercise/sport on those medications. Students will better understand common medications and their actions related to pathology and exercise physiology. APK4050C (4.0 credit hours) Research Methods in Health and Human Performance The aim of this course is to assist the student in mastering necessary methods to comprehend and persuasively argue about research within exercise science, kinesiology, and nutrition to develop an understanding on the structure and preparation of professional research papers, proposals, abstracts, and journal manuscripts. BCH1020C (4.0 credit hours) Fundamentals of Biochemistry Provides basic knowledge of structural organic molecules, acid-base chemistry, reaction mechanisms and chemical thermodynamics. Topics include the roles of essential biological molecules, focusing on protein chemistry, lipids, carbohydrates, nucleic acids and enzymes. Prerequisites: BSC1005, CHM1045 BCH1417C (4.0 credit hours) Molecular Biology Presents a comprehensive overview of concepts in the field of molecular biology. Topics include an introduction to theory and laboratory techniques in molecular biology with an emphasis on DNA replication, transcription, translation, chromosome structure, gene expression and regulation, recombinant DNA and RNA techniques such as transformation, Northern Blots and DNA bioinformatics tools. Prerequisites: BSC1005, CHM1045 BCH3205 (3.0 credit hours) Fundamentals of Biochemistry Provides basic knowledge of structural organic molecules, acid-base chemistry, reaction mechanisms and chemical thermodynamics. Topics include the roles of essential biological molecules, focusing on protein chemistry, lipids, carbohydrates, nucleic acids and enzymes. Prerequisite: CHM3206 BCH4053 (3.0 credit hours) Biochemistry I Presents a comprehensive overview of concepts in the field of biochemistry. Aspects of cell organization, biochemical reactions, structures, purification and characterization of proteins, enzymes, lipids, and nucleic acids will be explored. Prerequisite: CHM2211, CHM2211L BCH4054 (3.0 credit hours) Biochemistry II Presents a comprehensive overview of concepts in the field of biochemistry. Aspects of metabolism, carbohydrates, energy storage, citric acid cycle, oxidative phosphorylation, lipid metabolism, photosynthesis, metabolisms of nitrogen and cellular signaling will be explored. Prerequisites: BCH4053, CHM2211, CHM2211L BEA4604 (3.0 credit hours) Principles of Applied Behavior Analysis Defines characteristics of applied behavior analysis and its components. Focuses on selecting, defining, and measuring behavior. Explores strategies to reinforce, and extinguish behavior, as well as how to develop new behaviors. Prerequisite: PSY1012 BEA4614 (3.0 credit hours) Assessment and Intervention in Applied Behavior Analysis Provides overview of the principles and procedures of behavior modification. Focuses on methods to monitor and measure changes in behavior. Explores strategies to increase desirable behavior and decrease undesirable behavior. Prerequisite: PSY1012 and PSY4604 BEA4624 (3.0 credit hours) Single Case Design, Measurement, and Applications in Applied Behavior Analysis Explores the evaluation and analysis of data gathered through experimentation focused on behavioral change. Discusses the process of conducting a functional behavior assessment. Explains the importance of ethical practice and guidelines for professional conduct in behavior analysis. Prerequisite: PSY1012, PSY4604, and BEA4614 BEA4634 (3.0 credit hours) Ethics in Applied Behavior Analysis This course will familiarize the student with the ethical responsibilities required of applied behavior analysts by leading organizations in the fields of mental health and education. Informed consent, protection of confidentiality, and selection of least intrusive, least restrictive behavior change procedures will be presented and discussed within the context of case method. Legal issues addressed by direct service providers will be addressed. Ethical decision-making processes within the context of group functions will be emphasized. Prerequisite: PSY1012, PSY4604, BEA4614, and BEA4624 BEA4644 (3.0 credit hours) Advanced Techniques in Applied Behavior Analysis Explores the environmental conditions and motivating operations that reinforce undesirable behavior. Discusses steps involved in data collection to conduct a thorough functional behavioral assessment. Describes the process involved in classifying and replacing target behaviors. Prerequisite: PSY1012, PSY4604, BEA4614, BEA4624, and BEA4634 BPA1146C (3.0 Credits) Pastry Basics This course focuses on protein coagulation and egg thickened liquids, chemical leavened baked goods as well as use and identification of bakery ingredients including sugars, flours, starch thickeners and gelatin. Students will learn to make a variety of petit four sec cookies, bars, icebox, etc. Production includes numerous soufflés, custards, mousses, sauces and frozen desserts. BPA1943C (3.0 Credits) Yeast Breads and Laminated Doughs Explores the science of leavening as it is related to yeast fermentation, production of breads, rolls and laminated dough, including white pan breads, sandwich rolls, dinner rolls, Danish, croissants and puff pastry. This includes hands-on production, as well as discussion of the steps in bread making to produce high quality products, in addition to bread faults and the causes. The importance of formulas, baker’s percentage, scaling and measurements is applied. BPA2121C (3.0 Credits) Advanced Pastry Techniques Focus is placed on the study of petit four glace, macaroons, pate a choux and puff pastry products. Various crust styles are evaluated and used to produce quiches and tarts. Students will also learn about pastry as it pertains to breakfast cookery, including topics such as breakfast egg cookery and savory baked goods, pancakes, waffles and crepes, along with their appropriate accompaniments. Students will be introduced to the position of pastry chef within the kitchen brigade. Students will also explore menu and recipe design, purchasing and costing, plated dessert service, brunch and tea preparation and buffet design. BPA2234C (3.0 Credits) Specialty Yeast Breads Presents the science of yeast fermentation as it relates to pre-ferments, including levain, poolish, biga, and sourdough and their use in the production of rustic breads and hearth-baked products. Production methods are examined with the emphasis on artisan-quality breads. Enriched bread variations are explored, along with cultural specialties including pretzels, naan and flatbreads. BPA2241C (3.0 Credits) Chocolates, Confections, and Centerpieces Students will be introduced to the skills and techniques required to successfully work with chocolate. They will be taught the basic techniques to form simple centerpieces, molded and rolled truffles and chocolate candy, butter and cream ganache aerated confections, as well as crystalline and non-crystalline confections. Emphasis is placed on production and the rules that apply when tempering chocolate. BPA2262C (3.0 Credits) European Tortes & Contemporary Plated Desserts A classic in-depth study of the European tortes and dessert cakes from Austria, France, Italy and others with a focus on the genoise sponge as the primary objective of this course. Along with the cakes are decorating techniques, garnishes and presentation methods that will be practiced. Topics include all varieties of tortes and icings including ganache, mousses, meringues as well as European style decorations, storage and handling, and portion size. Discussion and demonstration of contemporary plating techniques will be done with emphasis on design, garnish and deconstruction. BPA2271C (3.0 Credits) Cake Baking Design and Decorating Discusses the various production methods of cakes such as sponge, butter and high ratio style white, chocolate and yellow cakes, and cupcakes. Topics include types of buttercream icings and decorating styles, as well as classic American cake decoration for special occasion and birthday cakes. Cost analysis is discussed. Importance is placed on proper assembly of a cake, with a major focus on piping techniques. Techniques for stacking cakes and modeling with various mediums will also be presented. BPA2292C (3.0 Credits) Wedding Cakes Amenities and Showpieces Topics of the class will include wedding cakes, gingerbread and showpiece construction and various display forms, as well as the use of these products as elements for use in hotels and restaurants. Sugar as an art form is explored through pastillage showpieces and gumpaste floral techniques. Piping skills are refined through royal icing string work, with emphasis placed on fondant covered, tiered wedding cakes. BSC1005 (3.0 credit hours) General Biology Introduces elementary cell structure, metabolism, and reproduction. Topics include aspects of general and biological chemistry, cell cycles, DNA structure and replication, protein synthesis, nature of heredity and the genetic basis of speciation. BSC1005L (1.0 credit hour) General Biology Laboratory Consists of practical applications of theories and concepts presented in BSC1005 (General Biology). BSC1006 (3.0 credit hours) Advanced Biology Extends theories and concepts presented in BSC1005 (General Biology). Topics include biological classification, nutrient procurement and processing, reproduction and development, environmental responses, interactions of organisms with one another and with their environment. Prerequisite: BSC1005 BSC1006L (1.0 credit hour) Advanced Biology Laboratory Consists of practical applications corresponding to the theories and concepts presented in BSC1006 (Advanced Biology). BSC1050 (3.0 credit hours) Environmental Science Studies the structure and function of ecosystems. Topics include biological and non-biological components, resource availability and preservation and interplay between human populations and the ecosystems of which they are a part. The course stresses understanding of environmental issues and human influences and realistically evaluates current options leading to environmental stability on local, regional and global scales. BSC1421C (4.0 credit hours) Introduction to Biotechnology Presents a historical review of developments leading to biotechnology. Topics include gene expression, recombinant DNA technology and research and development of the application of biotechnology. Additional topics focus on microorganisms, plants, animals, marine organisms, new areas of genomics, proteomics and bioinformatics, as well as developments in medical biotechnology, forensic science and regulation issues of biotechnology. Prerequisites: BSC1005, CHM1045 BSC2010 (3.0 credit hours) Biology I This course is designed for science majors. Introductory topics include the organization of the living world, the requirements of life, the scientific method, and aspects of general and biological chemistry. Aspects of cells include their structure and function, energy acquisition and utilization, the cell cycle, mitosis, meiosis, Mendelian genetics, genetic defects, chromosomes, DNA structure, replication, protein synthesis, the genetic code, and mechanisms of gene control. Current molecular biology and technologies are introduced. BSC2010L (1.0 credit hour) Biology I Laboratory This course is to be taken in conjunction with BSC2010. This course is designed to explore the organization of the living world through inquiry-based laboratory scenarios. Students will build upon concepts discussed in the corresponding lecture. Corequisite: BSC2010 BSC2011 (3.0 credit hours) Biology II This is an introductory / survey course that extends the curriculum of General Biology for majors (BSC-2010). Aspects of the theory and dynamics of evolution and the origin and evolution of life are followed by a survey of the diversity of life. The structure and function of plants and animals are compared. Patterns of interaction of organisms with each other and their environment are explored together with the human impact on biodiversity. Prerequisite: BSC2010 BSC2011L (1.0 credit hour) Biology II Laboratory This is an introductory biological laboratory course designed for science majors that extends the concepts and theories of BSC2010 (General Biology), and consists of practical applications corresponding to theories and concepts presented in BSC2011 (Advanced Biology for science majors). BSC2084 (3.0 credit hours) Functional Human Anatomy This course is a general education essentials level course in anatomy and physiology with emphasis in the skeletal, muscular, and nervous systems. This course does not have a laboratory component and is intended to reinforce but not substitute BSC2085C or BSC2086C. Useful for future Allied Health students wishing to prepare for health sciences. BSC2085C (4.0 credit hours) Human Anatomy and Physiology I Provides basic structure, function and chemistry of the human body. Topics include terminology, chemistry, cell biology, tissues, cellular respiration and body systems including skeletal, muscular, respiratory, reproductive and integumentary systems. Laboratory experience includes microscopic observation, experimentation, study of anatomical models and dissection. BSC2086C (4.0 credit hours) Human Anatomy and Physiology II Continues BSC 2085 (Human Anatomy and Physiology I), with emphasis on circulatory, digestive, endocrine, immune, lymphatic, nervous and urinary systems. Topics include blood, sense organs, nutrition and metabolism, fluid and electrolyte balance and acid-base balance. Laboratory experience includes microscopic observation, experimentation, study of anatomical models and dissection. Prerequisite: BSC2085C BSC3401C (4.0 credit hours) Forensic Anthropology An introductory study of the application of the science of physical anthropology to the identification and recovery of human remains. Includes methods used to determine age, sex, height, ancestry of human skeletal remains as well as identification of trauma and disease affecting skeletal remains. Prerequisites: BSC2010 and BSC2010L, BSC2011 and BSC 2011L. BSC3403C (4.0 credit hours) Quantitative Biological Methods This is a foundation course in statistical methodology. Introductory topics include: systematic sampling, the scientific method and design of experiments, descriptive statistics, basic probability concepts, probability distributions, estimation, hypothesis testing, analysis of variance, simple linear regression and correlation, multiple regression, regression analysis, and chi-square distribution and analysis of frequencies. Prerequisites: BSC2010, BSC2010L, MCB3020, MCB3020L, CHM2046, CHM2046L BSC3833 (3.0 credit hours) Radiation Biology This course covers the effectors of ionizing radiation on biological systems at the cellular, molecular, organ, organism, and environmental levels. BSC4458 (3.0 credit hours) Bioinformatics Presents a comprehensive overview of concepts in the field of bioinformatics. Aspects of genetic diseases, gene alignments, protein alignments, sequence assembly, gene prediction, RNA and protein structure, molecular phylogenetics, gene expression and Perl will be explored. Prerequisites: PCB3522 BSC4905 (3.0 credit hours) Undergraduate Research I The intention of this course is for the student to utilize the knowledge and skills he or she has acquired during their studies though the creation of a research project. The goal is for students to synthesize, integrate, and apply the skills that they have acquired during their academic studies. The topic of the project should reflect the student’s overall academic interests. Moreover, the project will be representational of one of the fields in Biomedical Sciences. This is a restricted course and must be approved by student’s academic advisor. BSC4906 (3.0 credit hours) Undergraduate Research II The intention of this course is for the student to utilize the knowledge and skills he or she has acquired during their studies though the creation of a research project. The goal is for students to synthesize, integrate, and apply the skills that they have acquired during their academic studies. The topic of the project should reflect the student’s overall academic interests. Moreover, the project will be representational of one of the fields in Biomedical Sciences. Pre-requisite is BSC4905 and must be approved by student’s academic advisor. BUL1240 (3.0 credit hours) Business Law Presents fundamental principles of law applicable to business transactions. Topics include contracts, sales contracts (UCC Codes), government regulations, commercial paper, property bailments, agency, debtor-creditor relations, real property and insurance. BUL3130 (3.0 credit hours) Legal and Ethical Environment of Business Presents principles of law and ethics that arise in the business environment. Topics include the Federal Corrupt Practices Act, product liability, street crime vs. white collar crime, government regulation of financial institutions, at-will employment and employer/employee relationships, agency and principals, employee safety and fiduciary duty. Prerequisite: Completion of all lower division courses CAP1035C (4.0 credit hours) 2D Illustration and Image Editing I (2D Illustration) Addresses techniques of graphic illustration and image editing. Topics include intermediate instruction on graphic design theory and practice, typography, intermediate and advanced capabilities of two-dimensional vector-drawing based graphics applications. Prerequisite: GRA1100C CAP 1036C (4.0 credit hours) 2D Illustration and Image Editing 2 (2D Image Editing) Topics emphasized are general image editing techniques, retouching, photo manipulation techniques using pixel-based image editing software, digital photography, and other methods of accessing and using digital and non-digital visual imagery. Prerequisite: GRA1062C CAP2026C (4.0 credit hours) Multimedia Production 2 (Video Editing) Addresses timeline-based video and graphics applications. Topics include pre-production, scripting and planning, using a digital video camera, direction, and production. Emphasis in this course is on digital video editing and sound editing. Prerequisite: GRA1100C or GRA1062C CAP 2030C (4.0 credit hours) 3D Modeling and Animation Introduces industry-standard 3-D modeling and animation tools used to design and build models and objects. 3-D modeling topics include: additive modeling using 3-D primitives, constructive modeling using transformed 2-D shapes, basic 3-D scene creation, texture mapping, camera positioning and scene lighting. 3D animation techniques include: keyframing, motion paths, function curves and graphs, animated parameters and modifiers, animated hierarchies and 3-D animation special effects including object morphing and explosions. Prerequisite: GRA1100C or GRA1062C CAP2049C (4.0 credit hours) Multimedia Production 3 (Post-Production) Addresses the process and methods of creating motion graphics with timeline-based animation and sound. Topics include conceptualizing and producing multimedia sequences and how they apply to film, television, and interactive media. Emphasis in this course is on post-production techniques and effects. GRA2026C is suggested but not required as a prerequisite for this course. Prerequisite: GRA1100C or GRA1062C CAP2204C (4.0 credit hours) Applied Design and Multimedia In this course, students will be exploring employment opportunities, identifying areas for improvement, and developing a personal multimedia marketing campaign. This course is designed to help the student highlight their growth and skills in preparation for employment in the design and multimedia industries. Identifying employer needs, developing cover letters and resumes, finalizing student portfolios, building online networks, and enhancing productivity will be highlighted throughout. Pre-requisite: GRA1100C, GRA1062C CAP2612C (4.0 credit hours) Intro to Machine Learning This class is an introductory course in machine learning algorithms, models and core concepts. The class will briefly cover topics in regression, classification, mixture models, neural networks, deep learning, ensemble methods and reinforcement learning. The course will also discuss recent applications of machine learning, such as speech, text, web, or handwriting recognition and data processing. Prerequisite: COP1035C CAP2620C (3.0 credit hours) Artificial Intelligence I The course will introduce students to the main foundational concepts and techniques used in Artificial Intelligence (AI), including heuristic search, machine learning, automated decision making, and interaction with the physical world. The course will present a range of real-world applications in which AI is currently used. Students will be introduced to the history of AI, as well as the potential future of a world in which AI is commonplace. Prerequisite: None CAP3611 (3.0 credit hours) Machine Learning Frameworks This course introduces various development tools, application programming interfaces, and libraries used to develop machine-learning models without the need for developing complex underlying algorithms. Frameworks presented in the course may include TensorFlow, PyTorch, and scikit-learn. In addition, students will learn to select and implement the appropriate framework to address a given problem domain. Prerequisite: CAP2612C CAP3612 (3.0 credit hours) Machine Learning This course expands on concepts related to machine learning and statistical pattern recognition. Topics include supervised learning (generative/discriminative learning, parametric/non-parametric learning, neural networks, and support vector machines); unsupervised learning (clustering, dimensionality reduction, kernel methods); learning theory (bias/variance tradeoffs, practical advice); reinforcement learning and adaptive control. The course will also discuss recent applications of machine learning. Prerequisite: CAP2612C CAP3613 (3.0 credit hours) Deep Learning The course teaches students basic concepts of deep learning. The course will cover three major topics including statistical machine learning, neural network structures, and deep neural networks. Detailed topics include machine learning algorithms, perception learning and multi-layer neural networks, and deep neural network structures and learning algorithms. The lectures include practical sessions dedicated to the implementation and programming of deep learning frameworks. Prerequisite: COP2612C CAP3625 (3.0 credit hours) Artificial Intelligence II This course provides the theory and practice of artificial intelligence and knowledge-based expert systems. Topics include knowledge representation and inference, heuristic and adversary search, genetic algorithms, machine learning, neural computing, reasoning under uncertainty, symbolic programming, and expert systems. Development and implementation of algorithms for intelligent systems is emphasized. Prerequisite: CAP2620C CAP3755 (3.0 credit hours) Methods and Tools for Data Science In this course students will establish deep understanding about a variety of data science methods, technologies, and algorithms. Students will gain solid skills in setting up and configuring data science tools. Emphasis will be placed on developing good skills in identifying what methods are appropriate for each type of problem. In addition, students will prepare and pre-process data for input for the selected tool. Throughout the course, there will be hands-on exercises to reinforce data science concepts by using appropriate tools. The course will introduce several packages in the R programming language, as well as libraries in Python such as pandas and numpy, used for data science. Prerequisite: COP1035C CAP3760 (3.0 credit hours) Data Science and Analytics This course teaches students how to synthesize disparate, possibly unstructured data to better understand and characterize the world, and in some cases, to draw meaningful inferences. Topics covered include: the history of data science, successes and failures in data analytics, the data analytics life cycle, data/web scraping and APIs, data wrangling, data characterization (correlations, identifying clusters and associations), data inference and basic machine learning, network analysis, data ethics, and visual analytics. Students will formulate and aggregate data that goes through all the stages of the life cycle, culminating in data storytelling. Prerequisite: COP1035C CAP4028 (3.0 credit hours) Introduction to Game Programming Game development is a high valued discipline that evolves continuously. This course introduces students to concepts and practical applications in game programming. Students will be pitching game ideas, writing design documents, and use programming languages such as Python and JavaScript to produce playable interactive computer games. Pre-requisites: GRA 1100C and COP3891 CAP4614 (3.0 credit hours) Advanced Machine Learning This course provides a theoretical foundation and practical application of decision trees and ensemble methods. The course covers topics such as classification and regression tree models as well as ensemble methods such as bagging, stacking, boosting, and random forest. In addition, the course presents business case studies to guide participants through all steps of the analytical life cycle, from problem understanding to model deployment, through data preparation, feature selection, model training and validation, and model assessment. Prerequisite: CAP3612 CAP4615 (3.0 credit hours) Neural Networks This course covers designing and creating neural networks with deep learning and artificial intelligence principles using modern Python libraries such as TensorFlow and Keras. Students will explore neural network architecture and understand how it functions. In addition, students will solve common problems using back propagation and perceptrons. By the end of the course students should be able to build, train, and optimize a neural network model that can be used to provide predictable results and solutions. Prerequisite: STA3163 CAP4641 (3.0 credit hours) Natural Language Processing The concepts and principles of computer processing of natural language, including linguistic phenomena, formal methods, and applications. Natural Language Processing (NLP) is the subfield in computational linguistics that enables computers to understand, process, and analyze text. Through practical examples, students will learn how to build reasonably sophisticated NLP applications such as a chatbot using machine learning and deep learning techniques. In addition, various methodologies and challenges in deploying NLP applications in the real world will be covered. Prerequisite: COP2891C CAP4673 (3.0 credit hours) Data Mining and Machine Learning This course further explores the fields of data mining and machine learning. This course sits at the interface between statistics and computer science. Data mining and machine learning focus on developing algorithms to automatically discover patterns and learn models of large datasets. This course introduces students to the process and main techniques in data mining and machine learning, including exploratory data analysis, predictive modeling, descriptive modeling, and evaluation. Prerequisite: CAP2612C and STA3163. CAP4699 (3.0 credit hours) Artificial Intelligence Capstone This course is for students majoring in artificial intelligence. Students will learn to apply business-driven AI solutions to real-world problems utilizing acquired skills in any of the machine learning, deep learning, statistical analysis, data mining, and data visualization areas. Must be taken during the last semester before graduation. Departmental approval required. CAP4761 (3.0 credit hours) Big Data Analytics In this course, students develop a portfolio of resources, demonstrations, recipes and examples of various analytical techniques while growing their specialization in one or more areas of interest. Students will learn to obtain, screen, clean, link, manipulate, analyze and display data while creating summaries, overviews, models, analyses and basic tables, histograms, trees and scattergrams. They will use Python and Apache Spark to explore classic and modern machine learning techniques (such as deep learning) within a big data context, including sentiment analysis via supervised learning, and recommendation systems via unsupervised learning. Prerequisite: CAP3760 CBL1240 (3.0 credit hours) Chinese Business Law Presents fundamental principles of law applicable to business transactions. Topics include contracts, sales contracts (UCC Codes), government regulations, commercial paper, property bailments, agency, debtor-creditor relations, real property and insurance.CBL3130 (3.0 credit hours) CBL3130 (3.0 credit hours) Chinese Legal and Ethical Environment of Business Presents the ethical and legal issues of business including contracts, agency law and investor protection. CCJ1010 (3.0 credit hours) Criminology Provides a survey of delinquent and criminal behavior including: the measurement of crime, causes of deviant behavior based on psychological, biological, and sociological theories, selected case studies and the future direction of criminal justice. CCJ1020 (3.0 credit hours) Introduction to Criminal Justice Examines and evaluates courts, police and correctional organizations in the United States. Topics include the history of criminal justice organizations and contemporary problems and their solutions CCJ3601 (3.0 credit hours) Deviant Behavior Topics include psychological motivations of criminals, psychological effects of crime upon victims, use of psychology as a crime-fighting tool and psychological behavior of addicts, sociopaths, and sex offenders. CCJ3666 (3.0 credit hours) Victimology Examines victimization, crime typologies, and the impact of crime on victims, the offender and society, including: the history and theories of victimology, laws, strategies for intervention, and areas for future research. CCJ4032 (3.0 credit hours) Crime and the Media Examines the ways by which television, film, newspaper, and electronic/internet media intersect in the social construction of crime and the criminal justice system. This course specifically examines how the media represents, distorts, and/or filters issues of crime and justice, with special focus on the media as a cause, consequence and cure for crime. CCJ4450 (3.0 credit hours) Criminal Justice Management Examines the structure of America criminal justice organizations; including but not limited to employee supervision, interdepartmental coordination, the role of Internal Affairs, strategic planning and responsibilities of management. CCJ4489 (3.0 credit hours) Ethics in Criminal Justice Introduces ethical decision-making processes including; developing a critical perspective on the nature of justice and exploring a variety of ethical and moral dilemmas confronted by justice system practitioners. CCJ4641 (3.0 credit hours) Organized Crime Evaluates the history of organized crime in America and internationally; including its impact on society; as well as the efforts of law enforcement to break up these organizations. The history and effectiveness of specialized laws such as RICO and asset forfeiture are examined. CCJ4644 (3.0 credit hours) White-Collar and Economic Crime Examines corporate fraud, consumer scams, money laundering and other wide-reaching economic crimes. Topics include definitions of these crimes and methods used by law enforcement to combat them. CCJ4651 (3.0 credit hours) Drug Control Examines the use of illegal drugs and the relationship between drugs and crime including: their medical effects, impact on society, enforcement efforts and behavior of drug dealing organizations. CCJ4661 (3.0 credit hours) Terrorism Explores Terrorism and the role of the criminal justice system in combating it throughout the world; topics include goals and methods of domestic and international groups, surveillance and detection equipment, biometric devices, computer mapping and database tools and a study of the Internet as a tool of both criminals and law enforcement. CCJ4693 (3.0 credit hours) Human Exploitation Introduces various areas of Human Exploitation including: Human Trafficking, Rape Myths, Drug Facilitated Sexual Assaults, Victim Response to Sexual Assaults, Secondary Victims, Child Sexual Abuse, Special Populations of Sexual Abuse. The course also discusses the Typologies of Sexual Offenders, the Treatment of Sexual Abusers, and the Criminal Justice Response to Sexual Abusers. CCJ4990 (3.0 credit hours) Criminal Justice Internship I The internship provides an opportunity for students to obtain experience in a criminal justice environment and interact with practitioners associated with such practice. Students will gain practical experience with substantive and procedural criminal justice issues, and will also obtain direct exposure to the criminal justice system. This course is only available at participating ground campuses. CCJ4991 (3.0 credit hours) Criminal Justice Internship II The internship builds on CCJ4990 by providing students an additional opportunity to obtain experience in a criminal justice environment and interact with practitioners associated with such practice. Students will gain practical experience with substantive and procedural criminal justice issues, and will also obtain direct exposure to the criminal justice system. This course is only available at participating ground campuses. CDA2100 (3.0 credit hours) Computer Architecture Introduction to the architecture of the physical aspects of computer systems. The course analyses the basic Von Neumann machine and presents multiprocessor and alternative architectural achievements. Topics include memory systems, data representation, digital logic and assembly level organization. Prerequisite: None CDA2342 (3.0 credit hours) Implementing A Private Cloud This course prepares the student with the foundational knowledge and skills to build and maintain private clouds, install, and manage VMs for cloud deployments, use the Virtual Desktop Infrastructure, and configure user roles for the self-service portal. The student also learns to plan and implement high-availability network services and solutions and manage cluster-based, private cloud environments. CDA3142C (3.0 Credit Hours) Monitoring Cloud Metrics and Analysis This course offers the student a broad and deep perspective of the concepts of monitoring, logging, metrics, and observability. Students learn to analyze and configure logs, metrics, dashboards, storage and network services; it teaches best practices in a cloud environment as well as setting up containers and maintaining highly available Big Data services; it further helps to understand the role monitoring plays in the software development life cycle of any system or application. CDA3317 (3.0 credit hours) Rapid Prototyping with FPGA This course provides a unified approach to designing, developing, and rapid-prototyping system level designs on an FPGA evaluation (eval) platform using schematic capture and hardware description language (HDL), such as Verilog or VHDL. The FPGA will be compared with Harvard and von Neumann microprocessor and microcontroller architectures and students will learn how, when, where, and why FPGAs are used, how to interface to them, the constraints, operational environments (e.g. radiation environments), advantages, and disadvantages. Pre-requisites: MAC2105, MAC2114, STA2023, MAC2140, MAC2311, PHY2001C, PHY2002C, & CHM2045 CDA4042C (3.0 Credit Hours) Cloud Automation and Optimization This course provides the basis for cloud automation and optimization of AWS global services; it explains the AWS EC2 instances and describes the mechanisms required for planning for scale and resiliency in a cloud environment; the student also learns about the implementation of cloud storage and security services. CDA4125 (3.0 credit hours) Concepts of Parallel and Distributed Processing This course introduces various systems aspects of parallel and distributed computing. Topics include parallel computer architectures, interconnects, parallel programming paradigms, compilation techniques, runtime libraries, performance evaluation, performance monitoring and tuning, parallel and distributed paradigms and tools for parallel and distributed computing. Prerequisite: COP3610C CDA4340C (3.0 Credit Hours) Cloud Policy, Security and Compliance This course focuses on designing, deploying and adapting services and infrastructure for data-driven decision-making; it shows the students how to design and build storage cloud technologies, data pipelines; it describes ways to design security, compliance, and deploy machine learning pipelines; the student will also be able to measure, monitor machine learning models. CDA4651C (3.0 Credit Hours) Data Center Virtualization This course prepares the student to implement, manage, and troubleshoot a virtualized data center infrastructure. Students will learn best practices to provide powerful, flexible, and secure foundations for business agility that can accelerate the transformation to cloud computing. CEN2010C (3.0 credit hours) Software Engineering I - Introduction to Software Engineering Principles Explores the fundamental concepts and techniques of applying engineering principles to the creation, and maintenance of software. This course introduces the software engineering components of planning, specifications, design, coding, testing and maintenance. Topics include dealing with change management, requirements elicitation, analysis and design. The course emphasizes the team approach to large software system development with an emphasis on the early part of the software lifecycle. Prerequisite: COP1800C CEN2027 (3.0 credit hours) Software Maintenance and Evolution This course explores legacy systems as they represent significant assets containing valuable components that can be reused as the system evolves over time to meet changing requirements and new business challenges. Topics include fundamental aspects of software maintenance and evolution, process models for system evolution and software maintenance case studies. Prerequisite: CEN2010 CEN2086 (3.0 credit hours) Essentials of Cloud Technology Students will be introduced to various approaches in building, connecting and supporting large scale enterprise systems to be deployed across the cloud and Internet (grid programming, cloud computing, and smart client and web services) Prerequisite: None CEN2721 (3.0 credit hours) Human Computer Interface Design Explores the considerations of designing the users interface for effectiveness of software with respect to user needs and activities. Psychological principles underlying the users experience is examined. Topics include usability engineering, voice and natural language interface, methods of analysis, user anxiety and convenience, response time and feedback, and color consideration. Prerequisite: COP2360 CEN2724C (4.0 credit hours) UI/UX Design User Interface and User Experience (UI/UX) design covers concepts in Human-Computer Interaction that focus on designing User Interfaces (UI) and User Experiences (UX). Topics include understanding when to use different interfaces, modeling, and representing user interaction, eliciting requirements and feedback from users, methods for designing and prototyping interfaces and UI/UX evaluation. Through the course, students will come to understand how hardware and software design influence Human/Computer Interaction. Students will complete development projects using current industry prototyping and design tools. CEN3011 (3.0 credit hours) Software Engineering II - Advanced Software Engineering Presents an in-depth look into the software design process. Includes analysis, design and evaluation of larger software systems with significant complexity and depth. Designs using commercial off-the- shelf (COTS) products are also explored. Topics include Unified Modeling Language (UML), Model Driven Software Development, API’s and frameworks, verification and validation. Emphasis is placed on the later part of the software lifecycle. Prerequisite: CEN2010C CEN3016 (3.0 credit hours) Specifications of Software Systems Looks at specifications that have well defined semantics. Covers classes of specification models, including algebraic, petri-nets and model-theoretic approaches. Prerequisite: CEN3011C CEN3064 (3.0 credit hours) Software Design This course looks at software design principles through the techniques and patterns used to implement components within a system architecture. Addresses the design of software for qualities of security, reliability, reusability, performance etc. Prerequisite: CEN3011C CEN3410 (3.0 credit hours) Software Testing Explores the concepts of validation, and verification, utilizing dynamic and static techniques to ensure that software satisfies its specification in terms of functional and nonfunctional requirements. Topics include test plans, testing principles and strategies, and managing the testing process. Prerequisite: CEN3011C CEN4086 (3.0 credit hours) Cloud and Internet Computing This course presents various approaches to building large enterprise systems to be deployed on the Internet and cloud. Topics include service-oriented programming, grid computing, cloud computing, software as a service, smart clients, and web services. Prerequisite: COP2843 CEN4230 (3.0 credit hours) Domain Specific Languages Presents languages which are dedicated to a specific problem domain as opposed to general purpose languages. Domain-specific language will be presented as visual diagramming languages, such as those created by the Generic Eclipse Modeling System, programmatic abstractions, such as in the Eclipse Modeling Framework, or as textual languages. Prerequisite: COP3011C CET1040C (4.0 credit hours) Introduction to Home Technology Integration Presents the concepts of digital home technology integration through the installation, integration and troubleshooting of home technology systems. Topics include telephony, home control management, cable/satellite, broadband, telecommunications, security/surveillance systems and audio/video fundamentals. CET1101C (4.0 credit hours) Low Voltage Systems Introduces the concepts of low voltage wiring, National Electrical Safety Code, low voltage systems and components, basic networking and power supplies. Topics include the characteristics and limitations of structured wiring cabling types, resistance, capacitance, induction, transformers and power. Prerequisites CET1040C CET1171C (3.0 Credit Hours) Service/Support PC Systems I Offers a broad foundation of knowledge and skills in PC support services. Topics include software applications and operating systems including the use of advanced software/system features and programs, the interrelationships among major components of networks, hardware and software selection and installation, integration techniques to enhance projects and preventative hardware maintenance. Additionally, students are trained to write batch scripts, optimize memory, set up device drivers and assemble discrete components of a computer system, hard drive architecture, cabling and microprocessor basics. Prerequisite: None CET1172C (3.0 credit hours) Service/Support PC Systems II Provides an in-depth look at advanced computer maintenance concepts and techniques. Topics include PC development techniques, troubleshooting strategies, advancement of technological development and problem-solving strategies. Prerequisite: None CET2041 (4.0 credit hours) Advanced Home Technology Integration Provides an in-depth look at infrastructure utility management and appliance control. Offers an overview of high voltage concepts and structured wiring. Topics include embedded control systems, structured wiring, PC-based systems, communication protocols, HVAC and power protection devices. Prerequisite: CET1040C CET2482C (4.0 credit hours) Computer Telephony I Provides a fundamental understanding of telephone systems. Topics include POTS/VOIP delivery, intercom, PBX, DSL, wireless and Bluetooth technologies. Prerequisite: CET1040C CET2887 (4.0 credit hours) Systems Implementation Project Students will demonstrate acquired skill sets with a systems implementation project covering all coursework. Prerequisites: Successful completion of other major courses CET3842C (3.0 credits hours) IP Telephony This course will cover installation and administration of voice and data technologies as a complete telephony solution. Topics explored include, how voice and data services are integrated over existing networks, analog and digital voice interfaces and the underlying concepts of Voice over IP. CFI4473 (3.0 credits hours) Digital Media Forensics Introduces the digital forensics profession and investigation processes. Certifications and investigative laboratory environments are discussed. Data acquisition and other crime investigation processes are examined. Current forensics tools and their use cases are presented. Guidance on dealing with civil and criminal matters relating to law and technology is provided. Discussion on current events and their applicability as part of a risk management capability in small-to-medium businesses (SMBs) will be a focal point of the course. Prerequisite: All lower-division requirements. CFI4475 (3.0 credits hours) Network Forensics This course focuses on OS, file system, graphic file, and VM forensics considerations and investigation techniques. Certifications and investigative laboratory environments are discussed. Data acquisition and other crime investigation processes are examined. Current forensics tools and their use cases are presented. Guidance on dealing with civil and criminal matters relating to law and technology is provided. Discussion on current events and their applicability as part of a risk management capability will be a focal point of the course. Prerequisite: CFI4473. CFI4477 (3.0 credits hours) Mobile, Cloud, and Social Media Forensics This course focuses on email, social media, mobile devices, Internet of Things (IoT), and cloud systems/environment digital forensic investigation. Certifications and investigative laboratory environments are discussed. Data acquisition and other crime investigation processes are examined. Current forensics tools and their use cases are presented. Guidance on dealing with civil and criminal matters relating to law and technology is provided. Discussion on current events and their applicability as part of a risk management capability will be a focal point of the course. Prerequisite: CFI4475. CFI4479 (3.0 credits hours) Network Defense and Countermeasures This course provides security vulnerability and penetration testing fundamentals. The course is intended for students who have a thorough grounding in how computers operate in a networked environment and experience with network administration. Course content covers ethical hacking, TCP/IP, network/computer attack, footprinting, social engineering, port scanning, enumeration, programming, embedded operating systems, web/wireless environments, cryptography, and network protection content. Discussion forums will explore business-related topics related to content. Kali Linux will be used to understand security tools presented in MindTap online labs. Critical thinking, report writing, and communication skills will be emphasized. Prerequisite: CFI4477. CGS1000C (3.0 credit hours) Introduction to Computers Introduces fundamentals of operating personal computer equipment. Topics include basics of word processing, database management, electronic spreadsheets and presentation graphics. CGS1005C (3.0 credit hours) Introduction to Computer Information Systems Introduces technical students to the fundamentals necessary to succeed in advanced computer coursework. Topics include exposure to computer hardware and software, peripherals, networks, operating systems and the Internet. Special emphasis is placed on word processing and spreadsheets. CGS1540C (3.0 credit hours) Database Management Provides our Students an introduction to databases and database management. Although this course prepares Students to enter into junior database management positions, it also prepares them to enter into more advanced areas of Database study leading to greater upward mobility. Topics: Database installation, creation, management and manipulation, Database access, data storage, relationships and keys, object-oriented development, troubleshooting and maintenance. CGS1555C (4.0 credit hours) Web Design and Development I Explores concepts and implementations needed to create effective websites. Topics include hypertext markup language (HTML), cascading style sheets (CSS), JavaScript, extensible markup language (XML) and dynamic hypertext markup language (DHTML). In addition, individuals learn the concepts of implementing websites on the World Wide Web. Prerequisite: CGS1000C CGS1557C (4.0 credit hours) Web Design and Development II Presents advanced techniques for website enhancement. Topics include JavaScript, design tactics, cascading style sheets, DHTML and XML. Prerequisite: CGS1555C CGS2531 (3 credit hours) Problem Solving Using Computer Software This course allows students to develop problem-solving solutions for organizations using Microsoft Excel and Microsoft Access. Students will be designing and developing relational databases in MS Access, building decision support systems in MS Excel, and performing data analysis and research using MS Excel and MS Access. Prerequisite: CGS1000C CGS2580C (4.0 credit hours) Layout and Composition Introduces layout principles and concepts. Topics include page layout instructions, single- and multi- page layout, advanced typography and integrating graphics with text. Commercial printing and pre- press requirements will be covered as well as conversion of traditional layout to XML. Prerequisite: GRA1100C or GRA1062C CGS2587C (4.0 credit hours) Electronic Delivery Systems 1 (Web Design) Introduces CSS3, XHTML, and HTML5 as a basis for creating accessible web pages. Students will learn to read and write source code, learn how it is applied and learn applications to help create and manage basic web sites. Students will also be introduced on how the Internet is structured, how to transfer files, how to take sites live, how to register domains and secure hosting, and how to plan for expansion and human interaction. Prerequisite: CGS1062C or GRA1100C CGS2588C (4.0 credit hours) Electronic Delivery Systems 2 (Web Site Development) Builds upon the student’s knowledge of CSS3, XHTML, and HTML5 and focuses on developing effective, standards-based, web interfaces and layouts that perform well both on computer based and mobile based platforms. Special emphasis is placed upon accessibility, copyright, and developing appropriate graphic solutions. JQuery, JavaScript and appropriate multimedia may also be introduced as part of creating effective design solutions. Prerequisite: CGS2587C CGS2609C (4.0 credit hours) Electronic Delivery Systems 3 (Content Management Systems) This course builds upon the students’ knowledge of HTML and CSS in order to take advantage of the newest emerging trends in online content delivery. WordPress, Joomla and other content management systems may be explored as students create real-word user experiences. Prerequisite: CGS2588C CGS3065 (3.0 credit hours) Legal and Social Issues in Computing This course explores the history, the myth, the ethics, the law, and the risks of computer-based technology in modern society. Emphasis will be placed on critical analysis of hypotheticals and case studies. Published materials will be supplemented with online internet references. Students will be expected to conduct research within their chosen field of study. Prerequisite: ENC2102 CGS3300 (3.0 credit hours) Management Information Systems Discusses management of information systems. Topics include resources, information systems in an organization, social implications and use and evaluation of common microcomputer software packages. Prerequisite CGS1000C. CGS3362 (3.0 credit hours) Organization and Technology of Information Systems Prepares students for professional involvement with computer and information systems through an understanding of organization and management aspects of such systems. Topics include management information software; ways of gathering, sorting and distributing information and data and evaluating software and hardware. CHL1101 (3.0 credit hours) Chinese Composition I Develops writing skills to achieve career goals. Topics include using the principles of pre-writing, drafting, revising and editing to write clear, well-developed paragraphs, essays and a documented research paper. CHL2101 (3.0 credit hours) Chinese Composition II Continues CHL1101. Topics include essay writing techniques with emphasis on literary analysis, persuasive writing, basic research and documentation methods. CHM2045 (3.0 credit hours) General Chemistry Introduces chemical concepts, principles and applications. Topics include atomic structure, chemical bonding, states of matter, solutions, reaction rates and equilibrium, acids and bases and an introduction of organic chemistry. CHM2045L (1.0 credit hour) General Chemistry Laboratory Consists of practical applications of principles and concepts presented in CHM2045 (General Chemistry). CHM2046 (3.0 credit hours) Advanced Chemistry Surveys molecular structure, nomenclature and reactions of major classes of organic compounds. Topics include main categories of biological molecules and an overview of biochemical processes in living organisms, including digestion, biochemical energetics, molecular genetics and key biosynthetic pathways. Prerequisite: CHM2045 CHM2046L (1.0 credit hour) Advanced Chemistry Laboratory Consists of practical applications and topics presented in CHM2046 (Advanced Chemistry). CHM2210 (3.0 credit hours) Organic Chemistry I Study of structures, synthesis, and mechanism of reactions of different carbon compounds. Prerequisites: CHM 2045, CHM2045L, CHM 2046, CHM2046L CHM2210L (1.0 credit hour) Organic Chemistry I Laboratory This course is to be taken in conjunction with CHM2210. Various organic chemistry laboratory techniques will be explored. Experiments will include but are not limited to product synthesis, extractions, NMR, IR spectroscopy, thin-layer chromatography, distillation, crystallization, standard reactions, and qualitative analysis. Prerequisites: CHM2046 CHM2211 (3.0 credit hours) Organic Chemistry II Study of structures, synthesis, and mechanism of reactions of different carbon compounds. Prerequisites: CHM2210, CHM 2010L CHM2211L (1.0 credit hour) Organic Chemistry II Laboratory This course is to be taken in conjunction with CHM2211. Various organic chemistry laboratory techniques will be explored Experiments will include but not limited to product synthesis, extractions, NMR, IR spectroscopy, thin-layer chromatography, distillation, crystallization, standard reactions, and qualitative analysis. Prerequisites: CHM2210, 2210L CHM3206 (3.0 credit hours) Elements of Organic Chemistry Introduces the student to the study of basic organic chemistry related to functional groups. Structure, nomenclature, physical properties, bonding and reactions of alkanes, alkenes, and other important organic compounds will be studied. Prerequisite: Lower Level Coursework CHS4544C (4.0 credit hours) Advanced Topics in Forensic Science This course builds upon the basic concepts learned in prior science courses, integrating scientific research in specific topics associated with current forensic science issues. Recent developments involving ethics within the forensic science community are emphasized. Prerequisites: BSC2010 and BSC2010L, BSC2011 and BSC 2011L, CHM2045, CHM2045L; CHM2046, CHM2046L, BSC3401C, CJF3480C CJF3140C, CJF3141C CIS1352 (3.0 credit hours) Ethical Hacking The emphasis on this hands-on course is designed to explore the role of legal ethical hacking, computing exploitation techniques and their detection and countermeasures where applicable. Prerequisite: CTS1305C CIS2208 (3.0 credit hours) Social, Economic. And Policy Aspects of Cybersecurity This course discusses how cybersecurity risks impact global economies and societies. Students will develop basic understanding of cybersecurity standards, frameworks, guidelines and regulations that affect society. Real-world cybersecurity trends and issues affecting countries, organizations and individuals will be shared. Critical thinking to analyze patterns and relationships is emphasized. Societal impact of cybersecurity strategies from a global, national, and local perspective will be discussed. CIS2218 (3.0 credit hours) Human Aspects of Cybersecurity This course discusses effective human-based cybersecurity techniques as an integral part of an organizational risk management program. Students will understand the basic sets of cybersecurity controls (administrative, physical and technical) that are essential to managing and preventing cyber risks. Students will be exposed to organizational and individual cybersecurity culture attributes and will investigate privacy-related contractual and regulatory compliance requirements. Cybersecurity and privacy program policies as communicated through awareness activities are presented. Real-world cybersecurity trends and issues affecting human attitudes and behaviors toward cybersecurity and privacy will be examined. Critical thinking to analyze behaviors and risk management is emphasized. CIS2253 (3.0 credit hours) Cybersecurity Ethic This course discusses ethical issues specific to cybersecurity in a rapidly changing digital world. Students will learn about ethics considerations in rapidly changing technologies and specific ethical issues in cybersecurity roles. Students will understand global, national and local issues in cybersecurity risk management and their ethical implications. Topics including ethical hacking, privacy and ethics in digital transformation are discussed. Organizational risk management topics including logging, monitoring, surveillance and social media management are discussed. Students will analyze and identify appropriate and relevant cybersecurity ethics codes based on a professional area of interest. CIS2350C (3.0 credit hours) Principles of Information Security Provides a fundamental understanding of network security principles and implementation. Topics include technologies used and principles involved in creating a secure computer networking environment, authentication, types of attacks and malicious code, threats and countermeasures for e-mail, Web applications, remote access, and file and print services. A variety of security topologies are discussed. Prerequisite: CTS1305C CIS2401C (4.0 credit hours) Supporting Home Technology Provides the knowledge and skills to manage and document technological projects and enhance customer service support. Topics include project management and customer contact skills. Prerequisite CET1040C CIS2690 (3.0 credit hours) Cloud Security Discusses cybersecurity considerations for protecting cloud computing environments. Students will describe cloud concepts, architecture and design. Security of cloud-based data, platforms and infrastructure will be examined. Cloud application security development and security operations functions will be assessed. Regulatory/contractual compliance and third-party risk management issues will be described. CIS3000 (3.0 credit hours) Cybersecurity in Business and Industry A study of the application and integration of cybersecurity principles, frameworks, standards, and best practices to the management, governance, and policy development processes for businesses. Discussion covers the organization, management, and governance of cybersecurity for enterprise IT in business settings; risk and risk management practices; and development and implementation of industry-wide cybersecurity initiatives and programs CIS3010 (3.0 credit hours) Cybersecurity Processes and Technologies A study of the processes and technologies used to implement and manage enterprise IT security operations. The goal is to apply and integrate cybersecurity concepts and best practices with the principles of IT operations and management. CIS3014C (3.0 Credit Hours) Enterprise Server Administration Students learn the core skills and best practices required to manage modern day computer systems with a focus on managing server operating systems. This course serves as a practical look at operating systems and their role in today's data driven world. Students also examine the role that systems administration plays in managing the infrastructure required in today's world of agile development and continuous software delivery in cloud environments. CIS3020 (3.0 credit hours) Advanced Network Security This course provides students with in-depth study and practice of advanced concepts in applied systems and networking security, including security policies, access controls, IP security, authentication mechanisms, intrusion detection, and emergent network security technologies and protection. CIS3040 (3.0 credit hours) Business Continuity & Operations Security This course discusses both business continuity and disaster recovery planning. Business continuity investigates Risk Assessment & Management, Business Impact Analysis, and Continuity Strategy Development. The strategy component focuses on incorporating preventive measures, sustaining critical functions, planning for emergency response operations, and implementing recovery plans. The course provides an overview of information security operations, access control, risk management, systems and application life cycle management, physical security, telecommunications security, software piracy, investigations and ethics. CIS3050 (3.0 credit hours) Security Architecture and Controls This course provides a comprehensive understanding of how data travels across the Internet and through your network. The path packets take is analyzed along with devices that can be used to minimize risk and provide a defense-in-depth posture. This course's primary objective is to provide an understanding of architecture design and security controls that can be applied to reduce risk to enterprise environments. CIS3080C (3.0 Credit Hours) Cloud Platforms This course provides a hands-on comprehensive study of Cloud concepts and capabilities across the various Cloud service models. Leverage of cloud services are examined and compared to traditional methods to arrive at the most efficient migration strategies and resource management and monitoring capabilities. Students will learn how to integrate application-level services built on heterogeneous Cloud platforms, and how to leverage solutions to build comprehensive end-to-end solutions on the Cloud. CIS3205 (3.0 credit hours) Cyber Laws, Frameworks and Standards Provides basic information about cybersecurity standards and frameworks used to manage cyberspace, global, national and local cybersecurity risk management programs. The ISO/IEC 27002 International Standard on information security, cybersecurity and privacy controls will be analyzed. Regulatory and contractual compliance requirements will be assessed and the need for common controls examined. Discussion of US and state cybersecurity and privacy laws, National Institute of Standards and Technology (NIST) frameworks and the EU Common Regulatory Framework on Cybersecurity (CRF) will be facilitated. Prerequisite: CIS2208 CIS3350 (3.0 credit hours) Risk Identification in Cybersecurity Examines the US Cybersecurity Framework (CSF) Identify (ID) function to prepare students to identify risks to physical and digital assets. Course topics include risk management programs, business environment assessment, governance, technical risk assessment, risk management strategy, supply chain/third party risk management and continuous improvement processes. Prerequisite: CIS3205. CIS3360 (3.0 credit hours) Cybersecurity Risk Protection Presents the US Cybersecurity Framework (CSF) Protect (PR) function to prepare students to protect against risks to physical and digital assets. Course topics include identity management, access control, awareness/training, data security, information protection, infrastructure maintenance, protective technologies and continuous improvement processes. Prerequisite: CIS3350. CIS3370 (3.0 credit hours) Principles of Risk Detection Explores the US Cybersecurity Framework (CSF) Detect (DE) function to prepare students to detect risks to physical and digital assets. Course topics include defect/anomaly/cyber event impact assessments, logging/monitoring strategies and continual improvement processes. Prerequisite: CIS3360. CIS3380 (3.0 credit hours) Response to Cybersecurity Risk Describes the US Cybersecurity Framework (CSF) Respond (RS) function to prepare students for effective response to cyber risks/threats to physical and digital assets. Course topics include strategic and tactical response planning activities, effective internal/external incident communications, analysis protocols and procedures, efficient risk mitigation plans and continuous improvement processes. Prerequisite: CIS3370. CIS3390 (3.0 credit hours) Cyber Risk Recovery Discusses the US Cybersecurity Framework (CSF) Recover (RC) function to prepare students to recover from organizational cyber risks/threats to physical and digital assets. Course topics include recovery planning, improvements to recovery plans and testing activities, establishing effective internal/external recovery communications plans and continuous improvement processes. Prerequisite: CIS3380. CIS3400 (3.0 credit hours) Critical Infrastructure Risk Management Focuses on specific physical and digital risks and threats to the 16 US critical infrastructure sectors (CIs). CIs generally support societies through essential, critical services. The US Cybersecurity and Infrastructure Security Agency (CISA) role in protecting CIs is examined, and sector-specific system security plans (SSPs) are assessed. National Institute of Standards and Technology (NIST) standards and relevant Florida-based laws and regulations that protect statewide CIs will be examined. Prerequisite: CIS3390. CIS3600 (3.0 credit hours) Protecting Cyber-Physical Systems Introduces cyber-physical system (CPS) risks that can occur in a wide variety of industries and critical infrastructures (CIs). Cyber risks in autonomous vehicles, intelligent buildings, smart energy systems, robots and smart medical devices will be assessed. Internet of Everything (IoE)-connected devices and systems will be reviewed from a technical, administrative, and physical security controls perspective. National Institute of Standards and Technology (NIST) and International Society of Automation (ISA) Security of Industrial Automation and Control Systems (IACS) standards will be examined. Prerequisite: CIS3400. CIS3610 (3.0 credit hours) Cyber Risk Management Programs Examines holistic integration of cybersecurity risk management efforts into a strategic enterprise risk program (ERM). Strategic, operational, reporting and compliance program goals are discussed. The COBIT (Control Objectives for Information and Related Technologies) framework for information technology (IT) management and governance is reviewed. Committee of Sponsoring Organizations of the Treadway Commission (COSO) and National Institute of Standards and Technology (NIST) frameworks are examined. Prerequisite: CIS3390. CIS4100 (3.0 credit hours) Cybersecurity Policy Discusses establishment of an organizational internal/third party cybersecurity policy lifecycle. Global/local policy influences, policy lifecycle and meeting varied and multiple/dissimilar contractual/regulatory requirements are reviewed. Examines trends and risks that can influence public and private cyberspace, global, national and local cybersecurity policies. US and Florida-based legislation affecting organizational policy compliance is discussed. Prerequisite: CIS3205. CIS4210 (3.0 credit hours) Cybersecurity Program Administration Presents an overview of successful cybersecurity program management. Topics include cyberculture, leadership techniques, program frameworks, governance, organizational structure, physical/technical/administrative controls, policy frameworks, budget considerations, strategic oversight, regulatory/contractual/auditing compliance, metrics development/measurement, threat intelligence, maturity models and third-party risk management requirements. Particular focus is applied to program requirements defined in the ISO/IEC 27002 International Standard on information security, cybersecurity and privacy controls. Prerequisite: CIS3610 and CIS4100 CIS4250 (3.0 credit hours) Privacy Examines global digital privacy laws, rules and regulations, and investigates measurable organizational privacy programs. Discusses privacy risks associated with Internet of Everything (IoE)-connected devices and systems. The National Institute of Standards and Technology (NIST) Privacy Framework, EU General Data Protection Regulation (GDPR) and the Association of International Certified Professional Accountants (AICPA) Privacy Management Framework (PMF) will be examined. Prerequisite: CIS4100 CIS4253 (3.0 credit hours) Ethics in Information Technology This course covers the legal, ethical, and societal implications of information technology. Students will learn about issues such as file sharing, infringement of intellectual property, security risks, Internet crime, identity theft, employee surveillance, privacy, compliance, social networking, and ethics of IT corporations. Students will gain an excellent foundation in ethical decision making for current and future business managers and IT professionals. CIS4310 (3.0 credit hours) Cyberspace Explores differences between space and cyberspace from a governance and risk management perspective. Current threats and risks to non-terrestrial communications and essential services are discussed. The dialogue of space as critical infrastructure (CI) is reviewed. Cyberspace as part of supply chain/third-party risk management is examined. Global cyberspace policies and trends are assessed. Prerequisite: CIS3400 and CIS3600. CIS4350 (3.0 credit hours) Governance, Risk & Compliance (GRC) Presents an overview of enterprise strategy for managing governance controls, risk management activities, and regulatory/contractual compliance requirements. Reviews GRC tool use cases, selection, deployment considerations, metrics, and risk management capabilities. Considers the OCEG (Open Compliance and Ethics Group), GRC Capability Model (Red Book), COBIT (Control Objectives for Information and Related Technologies) and Information Technology Infrastructure Library (ITIL) frameworks. Prerequisite: CIS4100 CIS4352C (3.0 credit hours) Ethical Hacking This course provides an in-depth understanding of the tools and penetration testing methodologies used by ethical hackers. Course topics include maintaining currency with new vulnerabilities, identifying innovative methods to protect cyber resources, and recommending effective risk management processes. This is a technical course that assumes prior knowledge of information technology (IT) and cybersecurity environments. Prerequisite: All lower-division requirements. CIS4365 (3.0 credit hours) Corporate Security Policy and Preparedness Addresses computer security policies including specific plans for disaster preparedness in computing. Topics include professional responses to security breaches ethics violations and destructive acts of nature. Students study existing policies and use and develop software for creating and tracking these policies and plans. CIS4410 (3.0 credit hours) Identity and Access Management (IAM) Presents an overview of controls used to authenticate internal and third-party individuals when accessing systems and information, provide strict access to systems and information based on job roles, and using reporting tools to ensure individuals comply with regulatory, contractual, and organizational policies. National Institute of Standards and Technology (NIST) Digital Identity Guidelines and EU General Data Protection Regulation (GDPR) IAM requirements are assessed. Prerequisite: CIS4350 CIS4420 (3.0 credit hours) Secure Development Operations Describes “security by design” principles and integration of cybersecurity controls at every phase of an organizational software development lifecycle (SDLC) to prevent security vulnerabilities. Organizational culture, products and tools that support secure development are discussed. Commonly used models that integrate cybersecurity throughout the entire SDLC are examined. The National Institute of Standards and Technology (NIST) Secure Software Development Framework (SSDF) will be examined as well as key US Cybersecurity Framework (CSF) controls.  Prerequisite: CIS3390 CIS4430 (3.0 credit hours) Contractual/Regulatory Compliance Identifies global, US and Florida-based regulatory and contractual compliance requirements that may be imposed on organizations. Provides an overview of tools, processes, and technologies to manage complex, diverse and repetitive compliance reporting requirements. Third-party risk management (TPRM) techniques including risk assessment, due diligence, contract structuring, data protection considerations and oversight are discussed. Prerequisite: CIS4100 CIS4433C (3.0 Credit Hours) DevOps in Cloud Computing We examine the concepts around DevOps. We use the cloud environment as the framework to examine these ideas. We examine use cases, possible architectures, automation, and continuous delivery. We also examine the Software Delivery Lifecycle (SDLC) and efficient methods of development and deployment. CJB1712C (4.0 credit hours) Forensic Photography This course presents fundamental photographic documentation methods. Topics include digital SLR camera operation, depth of field (DOF) control, exposure control, flash control, specialty light sources, filters, and use of other equipment associated with capturing digital images. Basic scene sketching techniques are introduced and practiced. Legal and evidentiary aspects are introduced. Prerequisite: CJT1351C Forensic Communications. CJB1714C (4.0 credit hours) Forensic Imaging and Processing This course presents basic digital image processing skills. Topics include digital camera operation in RAW file format. Develop proficiencies in image processing utilizing accepted image enhancement techniques. Prerequisite: CJB1712C Forensic Photography CJB4712C (4.0 credit hours) Digital Image Capture and Processing A presentation of basic crime scene digital imaging processing and enhancement skills. Topics include advanced single lens reflex digital camera operation in RAW file format. Students develop proficiencies in image capture and processing utilizing accepted techniques. This course includes presentation of demonstrative evidence in legal proceedings. CJC2000 (3.0 credit hours) Introduction to Corrections Discusses the development of the correctional field, as well as, the roles of American correctional and probation officers; including: a discussion of the complexity and scope of corrections historically, traditionally, operationally and legally. CJE1000 (3.0 credit hours) Introduction to Law Enforcement Explores the law enforcement profession in America including: approaches to modern law enforcement, an historical overview and a consideration of law enforcement as a balance of social, historical, political, legal, individual and organizational forces. CJE1130 (3.0 credit hours) Communications and Writing for Criminal Justice Professionals Covers the observational skills, as well as, verbal and written skills needed in the criminal justice field including: investigating for reports, interacting with victims and witnesses and occupational vocabulary. Students practice creating reports and conducting interviews and interrogation techniques used throughout various criminal justice agencies. CJE1650C (4.0 credit hours) Introduction to Forensic Science Technology This course introduces the field of Forensic Science including its field investigative, scientific and legal components. Fundamental skill-sets required in forensic field investigative work are emphasized. Fundamental personal safety considerations are presented. Course includes a survey of typical employment criteria and performance standards applicable to the field. Representative employment criteria, applications, pre-employment testing, background investigations, physical ability and aptitude testing are discussed. Prerequisite: Completion of all General Education Division courses with a grade of “C” or better. CJE1670C (4.0 credit hours) Crime Scene Procedures Provides a foundation in crime scene and mass casualty investigative procedures required on the job. Topics include selection and utilization of proper safety and investigative equipment and tools for tasks likely to be faced when processing a crime scene. CJE2600 (3.0 credit hours) Criminal Investigations Presents fundamental principles, concepts and theories of investigating crimes; topics include interviewing, interrogations, and surveillance. The course examines case preparation(s) and potential problems in criminal investigations. Investigative techniques for specific crimes are explored. CJE2670C (4.0 credit hours) Field Investigative Procedures and Presentation of Evidence This course provides a foundation regarding the techniques and procedures associated with the identification, documentation, collectionandpreservationofphysicalmaterialfoundatcrimeormasscasualtyscenes. Topics includeselectionandutilization of propersafetyandinvestigativeequipmentusedwhenprocessing a scene. Prerequisite: CJT2260C Introduction to Biological Evidence. CJE2672C (4.0 credit hours) Crime Scene Procedures Provides a foundation in fundamental crime scene and mass casualty investigative procedures. Topics include selection and utilization of proper safety and investigative equipment and tools for tasks likely necessary when processing a crime scene. Search methods and basic procedures associated with the identification, documentation and collection of physical material. Prerequisite: CJT2242 Fingerprint Evidence. CJE 2999A (3.0 credit hours) Law Enforcement Academy Externship I The Law Enforcement Academy Externship provides an opportunity for students to obtain experience in a State of Florida certified Law Enforcement Academy and interact with practitioners associated with law enforcement. Students will gain practical experience with substantive and procedural criminal justice issues, and will also obtain direct exposure to the law enforcement profession. Students will gain direct experience with defensive tactics, medical first responder to emergencies, criminal justice weapons, and vehicle operations. CJE2999A must be successfully completed prior to proceeding into CJE2999B. CJE 2999B (3.0 credit hours) Law Enforcement Academy Externship II The Law Enforcement Academy Externship provides an opportunity for students to obtain experience in a State of Florida certified Law Enforcement Academy and interact with practitioners associated with law enforcement. Students will gain practical experience with substantive and procedural criminal justice issues, and will also obtain direct exposure to the law enforcement profession. Students will gain direct experience with defensive tactics, medical first responder to emergencies, criminal justice weapons, and vehicle operations. CJE2999B must be successfully completed prior to proceeding into CJE2999C. CJE 2999C (3.0 credit hours) Law Enforcement Academy Externship III The Law Enforcement Academy Externship provides an opportunity for students to obtain experience in a State of Florida certified Law Enforcement Academy and interact with practitioners associated with law enforcement. Students will gain practical experience with substantive and procedural criminal justice issues, and will also obtain direct exposure to the law enforcement profession. Students will gain direct experience with defensive tactics, medical first responder to emergencies, criminal justice weapons, and vehicle operations. CJE2999C must be successfully completed prior to proceeding into CJE2999D. CJE 2999D (3.0 credit hours) Law Enforcement Academy Externship IV The Law Enforcement Academy Externship provides an opportunity for students to obtain experience in a State of Florida certified Law Enforcement Academy and interact with practitioners associated with law enforcement. Students will gain practical experience with substantive and procedural criminal justice issues, and will also obtain direct exposure to the law enforcement profession. Students will gain direct experience with defensive tactics, medical first responder to emergencies, criminal justice weapons, and vehicle operations. CJE2999D must be successfully completed prior to proceeding into CJE2999E. CJE 2999E (3.0 credit hours) Law Enforcement Academy Externship V The Law Enforcement Academy Externship provides an opportunity for students to obtain experience in a State of Florida certified Law Enforcement Academy and interact with practitioners associated with law enforcement. Students will gain practical experience with substantive and procedural criminal justice issues, and will also obtain direct exposure to the law enforcement profession. Students will gain direct experience with defensive tactics, medical first responder to emergencies, criminal justice weapons, and vehicle operations. CJE2999E must be successfully completed prior to proceeding into CJE2999F. CJE 2999F (3.0 credit hours) Law Enforcement Academy Externship VI The Law Enforcement Academy Externship provides an opportunity for students to obtain experience in a State of Florida certified Law Enforcement Academy and interact with practitioners associated with law enforcement. Students will gain practical experience with substantive and procedural criminal justice issues, and will also obtain direct exposure to the law enforcement profession. Students will gain direct experience with defensive tactics, medical first responder to emergencies, criminal justice weapons, and vehicle operations. Upon completion of CJE2999F, students will be prepared to site for the State Officer Certification Exam (SOCE) to obtain certification as a law enforcement officer in the State of Florida. CJE3140 (3.0 credit hours) Private Security Provides an overview of private security in American society and how and why it is performed. Topics include the history and the professionalization of private security, ethical standards, size and scope of the industry, how it differs from public policing and problems associated with the private sector including licensing, regulating, hiring and training standards. CJE3670C (4.0 credit hours) Forensic Investigations An introduction to forensic investigations and forensic sciences. Includes the organization, functions and services of a forensic science laboratory. Topics emphasize types of evidence typically encountered, collection, transportation and storage methods, standards and legal requirements for submission to a forensic laboratory and for presentation in legal proceedings. CJE3672 (3.0 credit hours) Forensic Investigations A further examination of forensic investigative techniques and procedures. Topics include specialized techniques for collecting, transporting, storing, and preserving certain types of physical material found at crime scenes and scenes of mass destruction. Includes the organization, functions and services of a forensic science analytical laboratory and typical requirements for submission to a forensic laboratory. Presentation of physical material as evidence in legal proceedings is further emphasized. Prerequisites: CJE1672C Crime Scene Procedures; CJT2141 Introduction to Forensic Science; CJT2242 Fingerprint Evidence. CJE3680C (4.0 credit hours) Medico-Legal Death Investigations This course explores the legal and professional application of the forensic sciences in death investigations within the criminal justice system. The duties, techniques and responsibilities of the medical examiner are emphasized. The course examines the typical processes used for determining the cause, mechanism and manner of human deaths. Relevant elements of forensic pathology, toxicology, serology, decedent identification, forensic anthropology, forensic entomology, forensic odontology, firearm and trace evidence analysis, fire debris analysis are addressed. Participants will enhance their existing skills by conducting an investigation of a complex mock death scene. Prerequisites: BSC2010 and BSC2010L, BSC2011 and BSC 2011L and CHM2045, CHM2045L; CHM2046, CHM2046L. CJE4175 (3.0 credit hours) Comparative Criminal Justice Systems Examines the structure and functions of Criminal Justice organizations throughout the world including: a comparison of American police theory with police and legal systems in other countries. CJE4275 (3.0 credit hours) Protective Services This course covers current issues, controversies and innovative practice methods in both family and child services. It will look back at the historical context, as well as, current programs, issues and policy making decisions with regards to child welfare. The course will also cover theories relating to child welfare, including the ecological perspective, social learning theory, attachment theory and the risk and resilience perspective. CJE4688 (3.0 credit hours) Cyber Crimes Examines the emerging issues involving cyber-crime including: cyber-harassment, cyber-stalking, cyber-pornography, cyber-fraud, identity theft, intellectual property theft, and hackers. The course also reviews both state and federal legislation, defense and prosecution of cyber-crime. CJE4710 (3.0 credit hours) Integrated Criminal Justice Capstone Project Requires students to demonstrate knowledge learned throughout the program and apply these theories to real world issues. This capstone project gives students an opportunity to demonstrate their ability to apply what has been learned. Students are expected to synthesize and integrate learning experiences acquired throughout their program and to evaluate research and current topics relative to their area of concentration. Requirement: Must be taken during the last semester. CJE 4940 (2.5 credit hours) Integrated Law Enforcement Capstone Project I Requires students to demonstrate knowledge learned throughout the program and apply these theories to real world issues by drafting a research paper. This capstone project gives students an opportunity to demonstrate their ability to apply what has been learned in the law enforcement field. Students are expected to synthesize and integrate learning experiences acquired throughout their program and to evaluate research and current topics relative to their area of concentration. Requirement: Must be taken during the last semester. CJE 4941 (2.5 credit hours) Integrated Law Enforcement Capstone Project II Requires students to demonstrate knowledge learned throughout the program and apply these theories to real world issues by presenting their topic from their research paper turned in in CJE 4940. This capstone project gives students an opportunity to present their ability to what has been learned in the law enforcement field. Students will also be responsible for preparing documents such as resumes for job opportunities in their area of concentration. Requirement: Must be taken during the last semester. CJE4950 (2.0 credit hours) Forensic Investigation Capstone Project I Requires students to demonstrate knowledge learned throughout that part of the Forensic Investigations program that relates to the practical aspects of forensic field investigative work through one or more assigned projects. Prerequisite: On recommendation of campus Academic Dean or Program Director. CJE4951 (2.0 credit hours) Forensic Investigation Capstone Project II Requires students to demonstrate knowledge learned throughout that part of the Forensic Investigations program that relates to either the scientific analysis, legal aspects. or forensic field investigative work through one or more assigned projects. Prerequisite: On recommendation of campus Academic Dean or Program Director. CJF3140C (4.0 credit hours) Introduction to Criminalistics I A study of common methods used in the scientific analysis of organic and inorganic materials with concentrations on hairs, fibers, paint, glass, soil, firearms, bullets, tool marks and combustibles/explosives. Prerequisite: CJE3670C CJF3141C (4.0 credit hours) Introduction to Criminalistics II A study of common methods used in the scientific analysis of organic and inorganic materials with concentrations on toxicological substances, controlled substances, blood, and DNA. Prerequisite: CJF 3140C. CJF3142C (4.0 credit hours) Forensic Science Applications I This course addresses the information that can be obtained through scientific analysis of hair, fibers, paint, glass, soil, firearms, bullets, tool marks and combustibles/explosives. Preferred prerequisite: CJE2670C CJF3143C (4.0 credit hours) Forensic Science Applications II A study of the results that can be obtained from the scientific analysis of organic and inorganic material in the form of blood, DNA, chemical and metal metals. Prerequisite: CJF3142C Forensic Science Applications I CJF3460C (4.0 credit hours) Introduction to Forensic Biology Presents the forensic value of handling, documenting, preserving, testing and analyzing biological evidence associated with deceased human beings. Topics include scientific methods for identifying the presence of blood, toxic substances and other bodily fluids at the scene or in the forensic laboratory. Includes methods used to establish time and manner of death. The course also addresses safety issues involved in handling biological evidence and legal and ethical issues associated with forensic science. Prerequisite: BSC1005 General Biology, and BSC2085C Human Anatomy & Physiology I (BSC1006 Advanced Biology may be substituted) CJE 4960 (2.5 credit hours) LEO Capstone I Course requires student to utilize knowledge learned throughout the program and apply these theories to real world issues. This capstone project gives students an opportunity to demonstrate their ability to relate what has been learned throughout their program. Students are expected to synthesize and integrate learning experiences acquired throughout their program and to evaluate research and current topics relative to their area of concentration. Prerequisites: Should be taken in the students last semester before graduating CJE 4961 (2.5 credit hours) LEO Capstone II Course requires student to demonstrate knowledge learned throughout the program and apply these theories to real world issues. This capstone project gives students an opportunity to demonstrate their ability to apply what has been learned throughout their program. Students are expected to synthesize and integrate learning experiences acquired throughout their program and to evaluate research and current topics relative to their area of concentration. Prerequisites: Should be taken in the students last semester before graduating CJF3470C (4.0 credit hours) Forensic Anthropology An introductory study of the application of the science of physical anthropology to the identification and recovery of human remains. Includes methods used to determine age, sex, height, ancestry of human skeletal remains as well as identification of trauma and disease affecting skeletal remains. Prerequisites: BSC1005, BSC1006 and CJE3670C. CJF3480C (4.0 credit hours) Forensic Chemistry Basic study of the application of chemistry to the analysis of physical evidence such as inks, paints, natural and artificial substances. Included are techniques used to identify controlled substances and toxic substances. Prerequisites: CHM2045, CHM2045L; CHM2046, CHM2046L and CJE3670C. CJF4351C (4.0 credit hours) Advanced Evidence Documentation This course emphasizes advanced procedures to be used in documenting physical evidence found in difficult circumstances as well as proper preparation of physical evidence and documentation for submission to forensic laboratories; includes preparation of detailed standardized and narrative reports, documenting the analysis of physical evidence. CJF4351C (4.0 credit hours) Advanced Evidence Documentation This course introduces fundamental concepts of crime scene reconstruction, emphasizing the scientific methodology of crime scene analysis and the advanced procedures used in documenting physical evidence for the purposes of events analysis. Students develop techniques and explore the reconstruction process by demonstrating proper crime scene protocols, gaining practical experience at mock scene analysis and documentation, writing reports and participating in mock courtroom presentations. Topics shall include; bloodstain pattern analysis, death scene analysis, as well as firearms, ballistics and shooting scene reconstruction. Prerequisite: CJE1670C, ANT3524C and CJE3680C. CJJ2001 (3.0 credit hours) Introduction to Juvenile Procedures Examines the unique aspects of juvenile crime including: a review of the laws, courts, police procedures and correctional alternatives that have been established to deal specifically with juvenile crime, examination of the influences of drugs and gangs on juvenile crime and consideration of strategies for intervention and prevention. CJL2100 (3.0 credit hours) Criminal Law Examines criminal law and defines legal principles and doctrines. Topics include the need for and origins of criminal laws and reviews specific punishments, including those for violent crimes, economic crimes and defenses available. CJL2180 (3.0 credit hours) Constitutional Law for the Homeland Security Professional Provides an overview of the legal system, as well as, discusses the various Amendments that impact the criminal justice system; including an analysis of critical constitutional issues. Topics include detention, arrest, search and seizure, interrogations and confessions, self-incrimination, due process and right to counsel. Key cases assist in interpreting the constitutional provisions. CJL3231 (3.0 credit hours) Constitutional Criminal Procedures Discusses governmental powers versus individual freedoms and citizen privacy exploring the balance between these groups that allow criminal justice organizations to serve and protect citizens. Topics include line-ups, right to counsel, search and seizure, police interrogations, bail, preliminary hearings, trial rights, role and duties of a prosecutor. CJL4133 (3.0 credit hours) Criminal Evidence and Procedures Expands courtroom strategies and techniques and examines real-life cases that have shaped criminal law and procedures in America today. CJL4620 (3.0 credit hours) Advanced Legal Procedures and Rules of Evidence This course addresses standard legal procedure in the United States with concentration on the law of evidence in legal proceedings, especially the rules of evidence that involve the introduction of physical and demonstrative evidence. Topics include study of selected opinions from federal and state appellate courts interpreting the 4th, 5th and 14th amendments to the U.S. Constitution and the burdens faced by the party that has the burden of proof (and defense) in criminal legal proceedings. Prerequisite: CJT2113 CJL4621 (3.0 credit hours) Advanced Evidence Presentation This course presents technical information on presenting ordinary and expert witness testimony under the Federal Rules of Evidence and the rules of evidence for the State of Florida in pre-trial and trial legal proceedings. Included is preparing for the presentation of physical and demonstrative evidence. Topics include study of selected opinions from federal and state appellate courts relating to the qualification and admission of testimony from ordinary and expert witnesses. Prerequisite: CJL4620. CJT1351C (4.0 credit hours) Forensic Communications This course provides a foundation regarding the importance of effective oral and written communications in the forensic investigative field. Topics include the content of field investigative reports and the use of such reports. Students practice writing field notes and narrative style reports regarding the processing of mock crime scenes and giving testimony in mock legal proceedings. Prerequisite: CJT2113 Forensic Legal Concepts. CJT2113 (3.0 credit hours) Forensic Legal Concepts This course provides a review of constitutional and legal aspects related to crime scene investigations. Topics include federal and state rules of evidence, selected criminal statutes, search and seizure rules, warrant requirements, review of trial procedures and the role of a field investigator appearing as a witness in legal proceedings. Prerequisite: CJE1650C Introduction to Forensic Science Technology. CJT2141C (4.0 credit hours) Introduction to Forensic Science Introduces organization, functions and services of a crime laboratory. Topics emphasize types of evidence, collection methods, standards and legal requirements for submission to a crime laboratory, organic and inorganic analysis, forensic toxicology and serology, document and voice examination and treatment of DNA. CJT2142 (3.0 credit hours) Introduction to Forensic Science Introduces the major components that constitute the forensics concept; the organization, functions and services of a crime laboratory. Topics emphasize field and laboratory safety procedures; describing, measuring and weighing of evidence; handling methods; standards and legal requirements for submission to a crime laboratory. Common procedures involved with organic and inorganic analysis are discussed as well as the equipment characteristically used for such purposes. Forensic databases are introduced. Common analytical procedures with various types of evidence are discussed. CJT2240C (4.0 credit hours) Fingerprint Identification and Development Provides a foundation in fingerprint science. Topics include classification, identification, filing and rolling of fingerprints. Students learn proper presentation of fingerprint evidence and specific methods of locating and preserving fingerprints from a wide variety of surfaces. CJT2242 (3.0 credit hours) Fingerprint Evidence Provides a foundation in fingerprint science. Topics include classification, identification, filing and rolling of fingerprints. Students learn proper presentation of fingerprint evidence and specific methods of locating, developing and preserving latent fingerprints from a wide variety of surfaces. Prerequisite: CJT2142 Introduction to Forensic Science. CJT2260C (4.0 credit hours) Introduction to Biological Evidence This course presents anatomical and physiological terminology as to the integument, skeletal, muscular, and respiratory systems of the human body. It addresses the forensic value of handling, preserving, testing and documenting biological evidence. Topics include methods of identification used for semen, saliva, urine, feces, vomit and vaginal secretions. The course also addresses safety issues involved in handling biological evidence. Prerequisite: CJT2240C Fingerprint Identification and Development. CLP3005 (3.0 credit hours) Marriage and Family Focuses on marriage and family dynamics in contemporary society. Explores issues related to parenting, divorce and gender roles. Emphasizes models of communication and conflict resolution. CLP3300 (3.0 credit hours) Concepts of Counseling and Clinical Psychology Introduces the basic concepts and historical perspectives of counseling and clinical psychology. Emphasizes self-analysis regarding the profession of counseling and personal motives for choosing the profession. Topics include the realities, implications, ethical and legal issues and the formation of an integrated approach to counseling. CLP3314 (3.0 credit hours) Health Psychology Presents a survey of health psychology. Topics include behaviors and lifestyles affecting individual health, health enhancement, disease prevention, safety and rehabilitation. CLP4182 (3.0 credit hours) Addictive Behaviors Presents models of understanding addictions and introduces various treatment approaches for addictions. Focuses on the impact of addictions on families and prevention programs. CLP4390 (3.0 credit hours) Forensic Psychology Examines the use of psychology in law enforcement. Studies the roles and responsibilities of forensic psychologists in both violent and non-violent crimes and the court system. CNL1000 (3.0 credit hours) Chinese Literature Explores select Chinese literary texts. Topics include historical background, social forces, literary genres and elements. Old Chinese grammar, punctuation, and reading comprehension. CNT3425C (3.0 Credit Hours) Service Management for Cloud The topics within this course emphasize the essential uniqueness of service management. We examine the historical context and the service enterprise supporting competitive strategy, managing service enterprises, and forecasting and managing service inventory. This includes updates on recent advances in data analytics and the Internet of Things (IoT), an extension of the Internet and cloud computing into our everyday lives. COM1004 (3.0 credit hours) Introduction to Communication Studies This course introduces students to fundamentals of human communication. Emphasis is placed on helping students explore the many roles that communication plays in their daily lives. After an overview of basic terminology, principles and theories, the course focuses on: intrapersonal communication, perception and self-concept; culture and gender; interpersonal relationships; groups/teams, leadership and rhetorical discourse. COM1221 (3.0 credit hours) Introduction to Social Media Platforms Examines the origins of digital communication and the characteristics of the major social media platforms used throughout the world. Explores the techniques used by businesses to market products and services in a digital age. COM2460 (3.0 credit hours) Intercultural Communication Introduces concepts and theories of intercultural communications. Students examine their own assumptions and learn the subtle and profound ways culture affects communication. Emphasis is placed on improving communication with people from other cultures. COM3033 (3.0 credit hours) Persuasion Theories and methods of communication designed to influence human decision-making. Examines characteristics of persuasive messages in groups, organizations, and institutions. COM3110 (3.0 credit hours) Business and Professional Communication Study of communication in a business setting. Topics include presentation skills, working in groups, leadership, conducting meetings, conflict management, and the flow of communication in organizations. COM3131 (3.0 credit hours) Interpersonal Communication for Professionals Presents an overview of intrapersonal and interpersonal communication issues in a professional setting and explores complex communication patterns between internal and external professional relationships. Topics focus on intrapersonal and interpersonal effectiveness, values and ethics, diversity, team and work group communication, conflict management, leadership, and networking. COM3203 (3.0 credit hours) Cross-Cultural Communication Analyzes the theories of cross-cultural communications. Explores communication barriers that result from cultural differences and misunderstandings. Examines the effects of new media technologies on globalization and world events. COM3332 (3.0 credit hours) Communication, Technology, and Change Study and exploration of the relationship between media and culture. Includes discussion of media as related to identity, community, arts, business, politics, cognition and global issues. COM3441 (3.0 credit hours) Group Communications and Team Interaction This course explores communication within groups and teams for use in academic, professional, and social situations. Topics include verbal and non-verbal communication within groups, the structure and environments of groups, roles, leadership, conflict management and decision making in groups and teams. A major requirement is a formal group presentation and written analysis of the group processes and experiences. COM3465 (3.0 credit hours) Conflict Resolution A theoretical and practical approach to the roles and uses of communication in negotiation and conflict resolution. Emphasis is placed on the communication processes involved in negotiation and conflict resolution. COM3461 (3.0 credit hours) Intercultural/Interracial Communication Students develop the skills to build and maintain relationships across cultures by focusing on similarities and differences in communication behaviors, perceptions, language usage, and social practices. COM3500 (3.0 credit hours) Political Communication Theory, methods and ethics of political communication and messages designed to inform and influence internal and external publics. COM3563 (3.0 credit hours) Introduction to Communication Research Study of the basics of communication research, methods, and ethics. Students will apply themselves in a directed completion of a research project. COM3905 (3.0 credit hours) History and Philosophy of American Media A comprehensive overview of the history of American mass communications from colonial days to the present. Includes print, newspaper, radio, television, video, recording, and computer-based media. Examines the philosophical underpinnings of the nation's media development. COM4053 (3.0 credit hours) Public Relations Campaigns Analyzes and applies the fundamentals of campaign development and implementation. Use of real- life cases, tracking of current public relations issues, and creation of a full-scale public relations plan for an actual or mock client. COM4500 (3.0 credit hours) Communication Law and Ethics Examines major legal issues facing participants in the mass media, including First Amendment rights, libel and defamation, privacy and open access to government information. In addition, the course will explore ethical principles as they relate to media ethics. COM4603 (3.0 credit hours) Social Media and Society Examines the development of social media technologies as well as their impact on economics, politics, communication and community. COM4940 (3.0 credit hours) Communication Internship Offers project-based work experience in a field related to communication capacity to investigate career possibilities. COM4958 (3.0 credit hours) Communication Capstone This capstone course features projects linking theory to practice, real-world communication situations and critical analysis of audiences and issues. COP1005 (3.0 credit hours) Introduction to Programming Provides an objective assessment of skills and certification of students’ networking accomplishments. The course introduces underlying concepts of data networking, such as the Open Systems Interconnection (OSI) reference model and protocols that operate at various model layers. Prerequisite: None COP1034C (3.0 credit hours) Programming for Technology Professionals This course introduces core programming basics. The course discusses the fundamental principles of Object-Oriented Programming, as well as in-depth data and information processing techniques. Students will problem solve, explore real-world software development challenges, and create practical and contemporary applications using graphical user interfaces, graphics, and network communications. COP1035C (4.0 credit hours) Python Programming This course presents students with the tools and techniques to identify, characterize, define and solve real world problems using Python. Students will be provided with strategies to design, write, and debug programs using the Python programming language. Students will learn the fundamentals of the Python programming language. Students will learn to represent and store data using Python data types and variables, as well as use conditionals and loops to control program flow. Complex data structures like lists, sets, dictionaries, and tuples will be used to store collections of related data. COP1270 (3.0 credit hours) Programming in C for Engineers This class introduces students to the C programming language and the Matlab environment to develop programming solutions to small scale scientific and engineering problems. Students will learn how to develop effective C code for embedded systems and rapid prototyping solutions. This course will prepare students to learn more advanced programming languages later such as C++, C#, Python, and Java. Pre-requisites: MAC2105, MAC2114, MAC2311, STA2023, PHY2001C, PHY2002C, & CHM2045 COP1411C (4.0 credit hours) Data Structures & Algorithms This course introduces students to fundamental data structures, algorithms, and abstract data types. Main topics include data structures such as arrays, linked lists, stacks, queues, graphs, and trees, and algorithms such as those used for list manipulation, graph searches, sorting, searching, and traversing trees. By the end of the course, students will have gained knowledge of data structures and algorithms and will have developed skills to apply in the real world. Prerequisite: COP1800C, COT2104C COP1500C (4.0 credit hours) Introduction to Computing This is an introduction to composite and abstract data structures, searching and sorting algorithms, recursion, computer architecture, and Boolean algebra. Emphasis is placed on the analysis of problem-solving using examples. This is an excellent preparation for course work in Software Engineering. COP1800C (4.0 credit hours) Java Programming I This course is an introduction to object-oriented software engineering, using the Java programming language. Students will learn the fundamentals of Java including data types, objects, classes, methods, decision statements, and loops. The course will also introduce students to data structures such as strings and arrays. Prerequisite: None COP1805C (4.0 credit hours) Java Programming II Continues COP1800C (Java Programming I). Continuation topics include swing implementations, animation and multithreading. ASCP. Prerequisite: COP1800C COP1810C (4.0 credit hours) Internet Programming I Introduces ASP.NET which changes how Web applications are developed. Topics include /NET framework, server controls and configuration of applications. Prerequisite: CGS1000C COP1811C (4.0 credit hours) Internet Programming II Continues COP 1810C (Internet Programming I). Topics include ASP.NET web applications, XML web services, deployment, web form server controls and XML web services. Prerequisite: COP1810C COP2005 (3.0 credit hours) IT Scripting Students will use a programming paradigm based on formal logic, learning to write in a set of sentences in logical form expressing facts and rules. Major logic programming language families include Prolog, Active Server Page (ASP). Prerequisite: COP1005 COP2170C (4.0 credit hours) Visual Basic I Presents Graphical User Interface applications in an object-oriented environment by using the .NET studio. Topics include .NET framework, selection structures, procedures, Input/Output access files, strings and arrays to design highly sophisticated user interface programs. Prerequisite: CGS1003C COP2171C (4.0 credit hours) Visual Basic II Continues COP 2170C (Visual Basic I). Topics include advanced topics in Visual Basic and .NET Studio. Prerequisite: COP2170C COP2222C (4.0 credit hours) C++ Programming I Focuses on creating a fully functional application in C++ using the .NET platform. Topics include control structures, classes and other logical programming theories. Prerequisite: CGS1000C COP2224C (4.0 credit hours) C++ Programming II Continues COP 2222C (C/C++ Programming I). Continuation topics include arrays, functions, database access and built-in math methods. Prerequisite: COP2222C COP2360C (4.0 credit hours) C# (Sharp) Programming I Presents the principles of designing object-oriented applications. implementing graphical user interface programs, structured programming, function callings and parameter passing. Prerequisite: COP1800C COP2362C (4.0 credit hours) C# (Sharp) Programming II Continues COP 2250C (C# (Sharp) .NET I). Continuation topics include GUI objects, controls and events. Prerequisite COP2360C COP2610C (4.0 credit hours) Concepts of AI Programming This course provides an overview of the syntax and semantics of programming languages. Topics include the evolution of major programming languages used in the development of modern Artificial Intelligence (AI) frameworks. Programming-based assignments will enable students to get a feel for various AI techniques. Prerequisite: None COP2830C (3.0 credit hours) Web Development I This course covers introductory topics on web application development with a focus on building web pages using HTML, CSS, and JavaScript. This course builds web development skills utilizing tools current industry tools. Students will complete development projects throughout the course. COP2843C (3.0 credit hours) Web Systems Provides an introduction to web development and database management in an online environment. Topics include programming, database management and manipulation, database access, data storage, object-oriented development and debugging. Prerequisite: CTS1305C COP 2891 (3 credits) Python Programming This course presents students with the tools and techniques to identify, characterize, define and solve real world problems in Python. Students will be provided with strategies to design, write, and debug programs using the Python programming language. Prerequisite: COT1405 COP3301 (3.0 credit hours) Modeling and Simulation This course introduces students to structured simulation and modeling using industry level CAD/CAE tools. This includes tools for simulating and modeling electrical, electronic, mechanical, hydraulic, pneumatic, and biomedical systems, subsystems, assemblies, PCB, components, and devices. Pre-requisites: MAC2105, MAC2114, STA2023, MAC2140, MAC2311, PHY2001C, PHY2002C, & CHM2045 COP3610C (3.0 credit hours) Operating Systems Presents an overview of the principal concepts behind current multi-tasking operating systems. Topics include concurrency, scheduling and dispatch, the API, and memory allocation and management. Prerequisite: CDA2100C COP3650 (3.0 credit hours) Mobile Application Development This course covers the development of applications for mobile and wireless software applications. Topics include standalone applications, mobile portals, and enterprise and m-commerce systems. Emphasis is placed on the processes, tools and frameworks required to develop applications for current and emerging mobile computing devices. Prerequisite: COP2843C COP3655 (3.0 credit hours) Cross-Platform Mobile Development This course teaches the fundamentals of cross-platform mobile application development with a focus on the latest cross-platform tools. Students will use best practices in creating apps for both iOS and Android by using existing web and mobile development paradigms and frameworks. Prerequisite: COP1411C COP3851 (3.0 credit hours) Web Development II This course covers more advanced topics on web application development with a focus on single-page web applications and web APIs. This course is a continuation and enhances web development skills at the client side, utilizing tools current industry tools. Students will complete development projects throughout the course. Prerequisite: COP2830C COP4020 (3.0 credit hours) Programming Languages This course includes language constructs, syntactic and semantic specification methods, runtime structures, implementation techniques, and alternative programming paradigms for various programming languages. Students will compare several high-level computer languages, including scripting, compiled, and interpreted languages. Prerequisite: COP1411C COP4620 (3.0 credit hours) Compiler Construction Explores the essential components of Compilers and Interpreters. Topics include the basic theory of parsing and grammar, lexical analysis and tools for automating software construction. Prerequisite: CEN3205C COP4665 (3.0 credit hours) iOS Development This course is an introduction to software development for the Apple ecosystem. Students will become familiar with the native programming languages and frameworks used for development. As well as the design patterns necessary to carry out development of apps for various devices and form factors. Prerequisite: COP1411C COP4667 (3.0 credit hours) Android Development This course covers the methods and tools utilized in the creation of native applications for mobile devices, specifically the Android platform. Students gain an understanding of the challenges associated with Android specific development, how to overcome them and how to build an optimal user experience. Students will sharpen mobile application design techniques, technical development skills specific to the android platform. Students will get knowledge of practical native application design and direct utilization of hardware features. Prerequisite: COP1411C COT1405C (4.0 credit hours) Introduction to Algorithms Presents the underlying concepts of algorithmic analysis and strategy. Topics include computational complexity, time and space tradeoff, and elementary computability. Prerequisite: COP1800C COT2104 (4.0 credit hours) Discrete Mathematics and Probability Presents the mathematical principles of discrete structures as they apply to computing. Topics include relations, sets, proof techniques, propositional logic and Boolean algebra. Prerequisite: COP1800C COT3205 (4.0 credit hours) Theory of Computation Explores computation problems with respect solvability and efficiency of the solution set. Topics include the Turing machine and lambda calculus. Prerequisite: COT2104C CPO2002 (3.0 credit hours) Introduction to Comparative Government and Politics Addresses governmental institutions and current political parties. Topics include a survey of developmental and historical perspectives that shape political systems and an analysis of factors that influence actions of various political forces. Prerequisite: POS1041 CPO2030 (3.0 credit hours) Politics of the Developing World Introduces the student to the politics of the developing world by analyzing the historical, cultural, economic, and political structures that characterize the developing world. Prerequisite: CPO2002, POS1041 CPO 3092 (3.0 credit hours) Seminar in Political Culture This course will examine cultural theories in comparative politics, including postmodernism, social capital and civic culture. It will also explore the effects of economics on culture and vice-versa. Students will create and test their own hypotheses using survey data from prominent cross-national datasets. CRW1000 (3.0 credit hours) Creative Writing Develops writing and critical analysis skills to both produce and better understand literary texts. Topics include using principles of prewriting, drafting, revising, and editing to create literary works, including fiction, nonfiction, poetry, and drama. In addition, students will be exposed to a broad range of canonized and contemporary literary voices, and they will learn how to thoroughly analyze both prose and poetry. (Gordon Rule course requiring a grade of “C” or higher. Keiser University requires a minimum of 4,000 written words.) CTS1090C (3.0 credit hours) Introduction to Networks The student will be provided the opportunity to develop the skills necessary to identify the type, components, and design of a local area network most appropriate for a given site. Additionally, the student will identify media, differentiate between networking standards, protocols, access methods, and determine which would be most appropriate for a given LAN. CTS1103C (3.0 credit hours) Introduction to Virtualization This course offers an in-depth look at virtualization concepts, with an overview of virtualization products. Students will learn to create, configure, and manage various types of virtual machines. CTS1120C (3.0 credit hours) Introduction to Security This course is designed to provide a student with a broad-based knowledge of network security, and to prepare students for further study in specialized security fields. CTS1150C (3.0 credit hours) Hardware Support This course is designed to give the student hands on experience working with pcs. It will provide the student experience with the various techniques and procedures used to troubleshoot a microcomputer, and it will assist the student in preparing for the A+ core service certification examination. CTS1155C (3.0 credit hours) IT Service Support This course is designed for computer information technology majors and covers the business, technical, and interpersonal skills needed to succeed in a help desk setting. It addresses all major aspects of help desk operations including customer support, processing, and resolving incidents, and knowledge management. CTS1156C (3.0 credit hours) Supporting Client Operating Systems Prepares students to address the implementation and desktop support needs for current Microsoft client software in a variety of standalone and network operating system environments. Topics nclude client planning, implementation, management and support. Prerequisite: None CTS1305C (3.0 credit hours) Essentials of Networking Provides an objective assessment of skills and certification of students’ networking accomplishments. The course introduces underlying concepts of data networking, such as the Open Systems Interconnection (OSI) reference model and protocols that operate at various model layers. Prerequisite: None CTS1328C (3.0 credit hours) Managing and Maintaining Server Operating Systems Introduces systems administration and configuration for Microsoft networks. Upon completion of this course, students will have knowledge and skill in the installation, file and storage services, and virtualization in a Microsoft Windows server environment. CTS1565C (3.0 credit hours) Operating System Support Designed for individuals who work or intend to work in a remote-based support environment where customer service, client training, operating system and connectivity issues are emphasized. It will build on existing user-level knowledge and experience with personal computer software and hardware to present fundamental skills and concepts that are used in a remote technical support position. CTS2106C (3.0 credit hours) Multi-User Operating Systems Provides a comprehensive overview of the Linux operating system. Topics include Linux command- line environment, utilities, applications and graphical X Window environment. Prerequisite: CTS1305C CTS2123C (3.0 credit hours) Security Support This course reflects an integrated classroom and laboratory experience in the fundamentals of computer network security and intrusion detection. Instruction will examine the principles and mechanisms of network security, intrusion detection, and auditing. Topics include the TCP/IP protocol, traffic analysis, security audits, filters, and rules for network monitoring, intrusion infrastructure, controlling systems and data access, issues of common operating systems, and future directions in intrusion detection. This course prepares students to take the CompTIA security+ certification exam. CTS2134C (3.0 credit hours) Network Support The course is designed to teach the skills and knowledge measured by the CompTIA network+ certification exam. The course provides networking information and skills in the areas of media and topologies, protocols and standards, network implementation, and network support. CTS2145C (3.0 credit hours) Cloud Essentials This course focuses on cloud technologies and provides the student the knowledge and skills required to understand standard cloud methodologies; to implement, maintain, and deliver cloud technologies (e.g., network, storage, and virtualization technologies); and to understand aspects of IT security and use industry best practices related to cloud implementations. CTS2153C (3.0 credit hours) Application Support This course provides students with the knowledge and skills to install configure and maintain an operating system and desktop apps, implement network connectivity, remote access, data storage and security, configure the Windows store and Cloud apps, manage mobile devices, authentication and authorization plus Windows Intune. Prerequisite: CTS1305C CTS2165C (3.0 credit hours) Linux Essentials This course describes installation and configuration of Linux as a powerful desktop workstation capable of competing with the leading desktop operating system, but at a much lower cost. A wide variety of applications are installed to cover many areas. CTS2166C (3.0 credit hours) IT Scripting This course introduces PowerShell. Students will learn to write interactive PowerShell commands within a shell environment, as well as how to create automation scripts. This course is focused on understanding the PowerShell environment, using the built-in help system, basic PowerShell syntax (including cmdlet structure, cmdlet parameters, parameter values, piping between cmdlets, and formatting output). By the end of this course, students will have learned the fundamental skills needed to effectively read, write, and debug basic PowerShell scripts. CTS2302C (3.0 credit hours) Implementing Directory Services Presents the knowledge and skills to successfully plan, implement, and troubleshoot a Microsoft Windows Active Directory service infrastructure. Topics include forest and domain structures, Domain Name System (DNS), site topology and replication, organizational unit (OU) structure and delegation of administration, group policy and user, group and computer account strategies. Prerequisites: CTS1305C CTS2304C (3.0 credit hours) Internetworking Technologies Presents internetworking technology concepts and commands necessary to configure routers and switches. Topics include instruction on the OSI model, industry standards, various network topologies, basic networking design and troubleshooting, IP addressing including subnet masks, router configuration, routes and routing protocols and advanced router configurations. Also covered are LAN switching theory, VLans, advanced LAN and LAN switched design, WAN technology, theory and design, Novell IPX, PPP, frame relay and ISDN. Prerequisites: CTS1305C CTS2306C (3.0 credit hours) Implementing a Network Infrastructure Presents the knowledge and skills necessary to implement, manage and maintain a contemporary network infrastructure. Topics include implementing, managing and maintaining server network technologies. These tasks include implementing, managing and maintaining Dynamic Host Configuration Protocol (DHCP), Domain Name System and Windows Internet Name Service (WINS); securing Internet Protocol traffic with Internet Protocol security and certificates; implementing a network access infrastructure by configuring connections for remote access clients and managing and monitoring network access. Prerequisites: CTS1305C CTS2835C (3.0 credit hours) Web Fundamentals The student will be provided the opportunity to develop the skills necessary to identify the type, components, and design of a local area network most appropriate for a given site. Additionally, the student will identify media, differentiate between networking standards, protocols, access methods, and determine which would be most appropriate for a given LAN. CTS3330C (3.0 credit hours) Implementing a Messaging Infrastructure This course provides students with the knowledge and skills that are needed to update and support a reliable, secure messaging infrastructure. This infrastructure is used for creating, storing, and sharing information in a medium-sized to large-sized messaging environment. This course offers a significant amount of hands-on practices, discussions, and assessments that assist students in becoming proficient in the skills that are needed to update and support a messaging infrastructure. Prerequisite: CTS2306 CTS3370C (3.0 Credit Hours) Designing a Virtual Infrastructure Covers concepts and capabilities of virtualization with a focus on the installation, configuration, and management of the virtual infrastructure. Topics include virtual network design and deployment, SAN’s, switching, virtual system management, and system configuration for high availability. Prerequisite: CTS2306 CTS3375C (3.0 Credit Hours) Cloud Architecture This course combines best practices from different cloud adoption frameworks to help find solutions to multi-cloud environmental issues. Utilizing step-by-step explanations of essential concepts and practical examples, the student will plan the foundation, create the architecture, design the governance model to manage multi-cloud environments. The student will also discover how to design workload environments using different cloud propositions, understand how to optimize the use of these cloud technologies, and automate and monitor the environments. CTS3437 (3.0 Credit Hours) SQL Server Administration This course covers topics specific to SQL server relational databases. Database architectures including distributed database models are explored from the perspective of analysis. Topics include database creation, maintenance, and optimization. Database development and database administration. Prerequisite: CTS2843C CTS3457 (3.0 credit hours) Data Visualization In this course students will prepare raw data for visualization with various Python libraries such as Matplotlib, NumPy and pandas. Students will use plotting techniques, such as distribution and comparison, to identify relationships and similarities between datasets. In addition, students will clean and visualize a data set, experiment with different visualization techniques, and evaluate and choose the best visualization tools and techniques for a given data set. Finally, students will reflect on the choice of data processing and visualization techniques and the results garnered. Prerequisite: COP1035C CTS3662C (3.0 credit hours) IP Telephony This course will cover installation and administration of voice and data technologies as a complete telephony solution. Topics explored include, how voice and data services are integrated over existing networks, analog and digital voice interfaces and the underlying concepts of Voice over IP. Prerequisite: None CTS3817C (3.0 Credit Hours) Web Server Administration This course covers the design, implementation and maintenance of a Web Server. Topics include apache, IIS, client web servers, configuration of applications, security, and management of user permissions. Prerequisite: CTS2306 CTS4113C (3.0 Credit Hours) Wireless Networks and Mobile Computing Provides an overview of the aspects of Mobile Computing and its role in the modern network infrastructure. Topics include adhoc networks, cellular and other wireless systems and security as it pertains to mobile technologies. Prerequisite: None CTS4311C (3.0 Credit Hours) Linux Security This course provides students with an in-depth analysis of Linux security issues. This includes configuration guidance using industry standards and benchmarks and implementation through practical, real-world examples. The course will examine how to mitigate or eliminate general problems including vulnerabilities in passwords and password authentication systems, virtual memory system, and applications. CTS4321C (3.0 credit hours) Advanced Linux Administration This is an advanced course covering the Linux operating system. Emphasis is placed on kernel configuration and an in-depth look at Linux networking services. It stresses securing the Linux OS in a networking environment. Topics include Linux server roles, interconnecting with Windows OS and hardening Linux servers. Prerequisite: CTS2106C CTS4323C (3.0 Credit Hours) Enterprise Planning and Optimization This course is designed to prepare students in the planning, optimization, and maintenance of the modern network infrastructure. Topics include planning an addressing scheme, performance optimization, identifying the components of the master project plan, and applying the guidelines for selecting network access connection strategies. Prerequisite: CTS1305C CTS4408C (3.0 Credit Hours Database Technologies This course addresses topics in relational database server support and implementation including client-server Architecture, planning, installation, server configuration, user management, performance optimization, backup and restoration, security configuration, replication management, and administrative tasks. CTS4652C (3.0 Credit Hours) Advanced Router Technology This course covers advanced concepts and applications of network routing. Topics include router configurations and principles of switching. Prerequisite: CTS2304C CTS4934 (3.0 Credit Hours) Cloud Computing Capstone The intention of this course is for the student to utilize the theoretical knowledge he or she has acquired during their studies though the creation of a research paper or real-world project. The goal is for students to synthesize, integrate, and apply the skills that they have acquired during their academic studies. The topic of the paper or project is intended to be Cloud technology based and should reflect the student’s overall academic interests. Moreover, the paper or project will be representational of the curriculum that the student completed during their course work while enrolled in Bachelors of Cloud Engineering program. Prerequisite: A minimum of 108 program credits must be successfully completed. CTS4942 (3.0 Credit Hours) Internship in Computing I This course is designed to introduce students to the practical working conditions of the Cloud and Computing Technologies field. The student will learn and demonstrate competency in handling the administrative and practical aspects of the technology driven environment. The student will demonstrate continued competency in administrative and analytical skills through weekly check-ins with their Internship coordinator and by completing an APA paper that summarizes their internship experiences and addresses specific topics within the discipline. This is course one of a three course series. CTS4943 (3.0 Credit Hours) Internship in Computing II This course is designed to introduce students to the practical working conditions of the Cloud and Computing Technologies field. The student will learn and demonstrate competency in handling the administrative and practical aspects of the technology driven environment. The student will demonstrate continued competency in administrative and analytical skills through weekly check-ins with their Internship coordinator and by completing an APA paper that summarizes their i