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144 Bachelor of Science Degree To qualify for a Bachelor of Science degree, students must successfully complete a minimum of 120 credits (exclusive of physical education) including the general education requirements, the required courses in the major field, and such additional courses as they may select with the assistance of their faculty advisors to meet the requirements of the major. General Education Requirements The general education requirements for graduation in the bachelor of science degree programs are listed below. Specific guidance about the courses that are available to meet the general education requirements will be provided to students in advance of registration. Students are required to meet with their advisors in the selection of their courses. I. GENERAL EDUCATION COURSES Credits A. FRESHMAN DEVELOPMENT SEMINAR (FDS)* 0-1 B. HUMANITIES 18 Courses fulfilling the humanities electives include: humanities, communication, English, French, Spanish, music, theatre, philosophy, or art. C. MATHEMATICS AND SCIENCE 13-16 SCI 100* The Natural World: The Caribbean 3 MAT 140 College Algebra with Applications 4 or MAT 143** Precalculus Algebra D. SOCIAL SCIENCES 9-12 SSC 100* An Introduction to the Social Sciences: A Caribbean Focus 3 and three other courses in the social sciences: anthropology, criminal justice, economics, geography, history, political science, psychology or sociology. *Requirement of the Freshman-Year Program for all students matriculating into the University with fewer than 24 credits. **A student exempted from College Algebra with Applications or Precalculus Algebra by a qualifying examination must take one semester of a more advanced mathematics course. II. SUMMARY Credits Freshman Development Seminar 0-1 Humanities 18 Mathematics and science 13-16 Social sciences 9-12 TOTAL 43-47 145 III. OTHER REQUIREMENTS Students are required to take 0.5 credit hour in physical education for every semester they are full-time students up to the required two credit hours. PLS 200 may also be used to meet this requirement. Also, students must earn at least 30 of the last 36 credits at the University of the Virgin Islands. This particular requirement may be waived by the provost only in cases where the student must complete the final year(s) of studies in another institution recognized by the University of the Virgin Islands. Course work more than ten years old must be reviewed on a case-by-case basis to determine its appropriateness to the current University course require- ments. Appeals should be directed to the provost. In order to graduate, students must earn at least two times as many quality points as registered credits in all their courses as well as in the courses of their major. Additionally, students must successfully pass the following examinations: 1. ENGLISH PROFICIENCY EXAMINATION (EPE) 2. COMPUTER LITERACY EXAMINATION (CLE) Please review entry prerequisites for EPE and CLE on page 64. Degree Majors and Programs – B.S. Degree Students enrolling in the Bachelor of Science degree programs at the University of the Virgin Islands presently may select as a major field of study one of the following: SCHOOL OF BUSINESS Maritime Management COLLEGE OF LIBERAL ARTS AND SOCIAL SCIENCES Criminal Justice Psychology SCHOOL OF NURSING Nursing COLLEGE OF SCIENCE AND MATHEMATICS Computer Science The following majors are only offered on the Orville E. Kean Campus. Applied Mathematics Biology Chemistry Marine Biology Mathematics Bachelor of Science Degree 146 Bachelor of Science Degree SCHOOL OF BUSINESS Maritime Management Major The Bachelor of Science in maritime management is designed to provide expanded career opportunities in the maritime industry by opening doors to shore side management positions that require expertise in business. The business education in combination with expertise and hands on experience in the maritime industry will open doors for long term and sustainable opportunities within the maritime industry to include, ship management, port management, logistics management, brokering, and other maritime trade and sales positions. This degree will allow students to supplement their technical expertise with business acumen needed to participate in or lead a successful business in the maritime industry. Students pursuing a B.S. in maritime management are required to earn a minimum grade of C in all required courses in maritime management with the prefixes ENT, BUS, ACC, IST, DSC, FIN, MGT and MKT. A. Required courses in freshman studies (required for anyone admitted into the program with fewer than 24 credits): Credits SCI 100 The Natural World: The Caribbean 3 SSC 100* An Introduction to the Social Sciences: A Caribbean Focus 3 FDS 100 Freshman Development Seminar 1 B. Required courses in humanities Credits BUS 305 Business Communication 3 ENG 120 English Composition 3 ENG 201 Research and Applied Writing 3 Humanities electives 9 C. Required courses in mathematics and science Credits MAT 140 College Algebra with Applications 4 or MAT143 Precalculus Algebra 4 and MAT 232 Calculus for Business and Social Sciences 4 Science electives 6 (Science elective may be any course under the prefix BIO, CHE, MSC, NSC, PHY, or SCI.) D. Required courses in social sciences Credits Three courses in the social sciences: anthropology, criminal justice, economics, geography, history, political science, psychology or sociology. 9 E. Students must take a minimum of 34 technical credit hours from a maritime institute or academy. F. Required courses in business: Credits ACC 201 Financial Accounting 3 ACC 202 Management Accounting 3 BUS 351 Business Law 3 BUS 436 Business Strategy 3 DSC 325 Statistics for Management Decisions 3 DSC 430 Production / Operations Management 3 147 Credits ECO 222 Micro-economics 3 ENT 205 Innovation And Entrepreneurship 3 FIN 301 Fundamentals of Finance 3 IST 210 Business Information Systems 3 MKT 301 Principles of Marketing 3 G. Required courses in management: Credits MGT 301 Principles of Management 3 MGT 342 Human Resource Management 3 MGT 429 Organizational Behavior 3 MGT 436 International Business Management 3 Bachelor of Science Degree 148 COLLEGE OF LIBERAL ARTS AND SOCIAL SCIENCES Criminal Justice Major The Bachelor of Science in criminal justice is an interdisciplinary program that is designed to prepare students for the many careers in criminal justice and law enforcement and lays the academic foundation for post graduate education and law school. This program covers the study of law enforcement and security procedures, courts and corrections, and criminal justice theory. This degree will teach students the functions of criminal justice organizations and law enforcement procedures. The B.S. degree differs from the B.A. because of its emphasis on the institutions of criminal justice, specifically the police, courts and corrections, forensic science, and crime scene investigations (CSI). Upon graduation, a student will have the knowledge necessary to begin a rewarding career in the field. This program is also designed to qualify those students who are already in the criminal justice and law enforcement fields for promotion to advanced positions. Students should seek advisement from the criminal justice advisor to plan their career path and select appropriate electives and substitutions where available in the paradigm. Admission to the Criminal Justice Major 1. Achieved a cumulative GPA of 2.33 or higher following the completion of 52 credits of which 30 credit hours must have been taken at UVI. 2. Earned a grade of C+ or better in CJU 110. 3. Complete an application that can be obtained from the registrar’s office or program web- site and submit it to the chair of the social sciences department. Program Requirements Students pursuing an A.A.S., B.A. or B.S. in criminal justice are required to earn a minimum grade of C+ in CJU 110, and a C or better in all required criminal justice courses (CJU), except for CJU 250 Criminal Justice Internship in which students must earn a minimum grade of B. Students declaring this major must meet the following requirements before taking any CJU courses: 1. Completion of WAC and RAC or received a passing grade on the placement exam(s) for entrance into ENG 120 2. Completion of MAT 023 and MAT 024 or received a passing grade on the placement exam(s) for entrance into MAT 140, MAT 143 or MAT 153 Course Requirements A. Required courses in freshman studies (required for anyone admitted into the program with fewer than 24 credits): Credits SCI 100 The Natural World: The Caribbean 3 SSC 100 An Introduction to the Social Sciences: A Caribbean Focus 3 FDS 100 Freshman Development Seminar 1 B. Required courses in the humanities (which will also fulfill general education requirements): Credits COM 119 Interpersonal Communication and Leadership Skills 3 COM 120 Public Speaking 3 ENG 120 English Composition 3 Bachelor of Science Degree 149 Bachelor of Science Degree Credits ENG 201 Research and Applied Writing 3 PHI 200 Critical Thinking 3 SPA 131-132 Functional Elementary Spanish I-II 4-4 SPA 231 Intermediate Spanish 4 C. Required courses in the science and mathematics (which will also fulfill general education requirements): Credits MAT 140 College Algebra with Applications 4 or MAT 143 Precalculus Algebra (MAT 143 recommended) 4 MAT 235 Introductory Statistics with Applications 4 BIO 141-142 General Biology I-II 4-4 CHE 151-152 General Chemistry I-II 5-5 D. Required physical education courses Credits (May be met by physical education courses or personal life skills course) 2 E. Required courses in the social sciences (which will also fulfill general education requirements): Credits CJU 110 Introduction to Criminal Justice 3 CJU 205 Administration of Justice 3 CJU 207 Criminal Law 3 CJU 240 Constitutional Law 3 CJU 250 Criminal Justice Internship 3 CJU 325 Police Organization and Administration 3 CJU/POL321 Contemporary Correction 3 CJU 305 Criminal Investigation 3 or CJU 345 Forensic Science 4 CJU 401 Criminal Justice Research Methods and Analysis 4 CJU 432 Criminal Procedure and Evidence 3 HIS 341 Caribbean History 3 or HIS 342 History of the Virgin Islands 3 POL 120 Introduction to Political Science 3 POL 129 Introduction to Public Administration 3 PSY 120 General Psychology 3 or SOC 121 Introduction to Sociology 3 SOC 333/CJU 333 Criminology 3 SSC 327-328 Quantitative Research Methods in the Social Sciences 4-4 SSC 497-498 Social Sciences Senior Seminar I-II 1-1 F. Elective courses for the criminal justice major: Nine credits of electives are required. Students in the BS in criminal justice will choose a minimum of 6 credits at the three hundred level or above from among the following: •• Biology •• Chemistry •• Criminal justice •• Economics 150 Bachelor of Science Degree •• Marine biology •• Mathematics •• Political science •• Psychology •• Physics •• Science Psychology Major A Bachelor of Science degree with a major in psychology is offered for preprofessional stu- dents who intend to pursue graduate studies. This degree program is challenging and should be attempted only by students with special talents in experimental psychology. Bachelor of Science in psychology degree students must successfully complete a mini- mum of 120 credits. Specific guidance about the courses that are available to meet general education requirements and the selection of electives will be provided to students in advance of registration. Students are required to meet with their advisors in the selection of their courses. The following courses, which include general education courses, are required for the Bach- elor of Science degree in psychology. A. Required courses in freshman studies (required for anyone admitted into the program with fewer than 24 credits): Credits SCI 100 The Natural World: The Caribbean 3 SSC 100 An Introduction to the Social Sciences: A Caribbean Focus 3 FDS 100 Freshman Development Seminar 1 B. Required courses in the humanities: Credits COM 119 Interpersonal Communication and Leadership Skills 3 ENG 120 English Composition 3 ENG 201 Research and Applied Writing 3 ENG 300 Scientific Writing 3 Humanities electives 6 C. Required courses in science and mathematics: Credits MAT 143 Precalculus Algebra* 4 or MAT 241 Calculus 4 MAT 235 Introductory Statistics with Applications 4 BIO 295 Responsible Conduct in Research 1 *A student exempted from Precalculus Algebra by a qualifying examination must take ad- vanced mathematics courses to meet the minimum 8 mathematics credit requirement. D. Required courses in the social sciences: Credits Social science electives (anthropology, criminal justice, economics, geography, history, political science or sociology) 9 Total 40-47 151 Bachelor of Science Degree E. Required physical education courses: Credits (May be met by physical education courses or personal life skills course) 2 F. Required courses psychology and social sciences: Credits PSY 120 General Psychology 3 PSY 202 Life Span Development 3 PSY 203 Introduction to Personality 3 PSY 240 Biopsychology 4 PSY 304 Cognitive Psychology 3 PSY 312 Psychology of Learning 3 PSY 340 Behavioral Neuroscience 3 PSY 348 Sensation and Perception 3 PSY 350 Drugs, Behavior and Society 3 PSY 434 Abnormal Psychology 3 PSY 440 Applied Research Methods 3 PSY 496 Practicum in Psychology 3 SSC 327-328 Quantitative Research Methods in the Social Sciences 4-4 SSC 497-498 Social Sciences Senior Seminar 1-1 Total 47 G. Psychology electives (minimum of 18 credits of any other psychology course): Credits Total 18 H. Other electives: Credits Any other courses in biology, chemistry, computer science, mathematics, or physics 15 152 SCHOOL OF NURSING Mission The School of Nursing, in a learner-focused and multi-cultural environment, educates and empowers its graduates to meet the health needs of individuals, families and communities, with a focus on the U.S. Virgin Islands, the Caribbean and the world. Faculty strive for excel- lence through rigorous academic standards, innovative teaching strategies, research and community engagement. Accreditation The Bachelor of Science in nursing degree in the School of Nursing is accredited by the Accreditation Commission for Education in Nursing, 3343 Peachtree Rd NE, Suite 850, Atlanta GA, 30326, (404) 975-5000; Fax (404) 975-5020. Programs The School of Nursing offers a nursing major and has two tracks for completion of the Bachelor of Science degree in nursing (BSN): the generic program and a BSN Completion Program. One hundred and twenty-five (125) credits (at least four years) are required to com- plete the BSN degree. Generic BSN Program The generic BSN Program is designed to prepare the student to pass the National Council Licensure Examination for Registered Nurses (NCLEX-RN), a requirement for obtaining a license to practice as a registered nurse in a United States (U.S.) jurisdiction. Prospective students should be aware that the U.S. Virgin Islands Board of Nurse Licensure (VIBNL) re- quires a Social Security number for one to be eligible to take the NCLEX-RN exam in the U.S. Virgin Islands. Graduates may be able to sit the NCLEX-RN exam in another U.S. jurisdiction. Licensure requirements may vary by state. Students should contact the Board of Nursing in the jurisdiction in which they plan to practice. Contact information can be retrieved at the National Council of State Boards of Nursing website (http://www.ncsbn.org). Applicants intending to study nursing are expected to have completed a rigorous college preparatory program of study in high school, including four years of English or the equivalent, two years of college preparatory mathematics, one year of biology and one year of general chemistry. The BSN degree is a four-year degree program requiring at least 125 credits, with 66 credits in nursing. At least three semesters of full-time study are required prior to entry into the nursing program. Students who need pre-college classes, such as remedial English and/ or reading (ENG 100/WAC011; ENG101/RCA021) and/or remedial mathematics (MAT 023 and MAT 024), may need more than three semesters to complete all required pre-nursing courses. Nursing coursework typically begins in the spring semester of the sophomore year. BSN Completion Program The BSN Completion Program is cohort-driven and a minimum of 10 students is necessary to begin a new cohort. The program is open to graduates of associate degree and diploma nursing programs who want to complete the Bachelor of Science in nursing. In addition to general education requirements, nine nursing courses (26 credits) are required for the BSN Completion Program. These courses can be completed in three or more semes- ters. Recent graduates of accredited associate degree programs may receive 40 credits for course work already completed in the pre-licensure program. There are three categories of BSN Completion applicants: graduates of U.S. accredited nursing schools, graduates of U.S. non-accredited nursing schools, and graduates of foreign Bachelor of Science Degree 153 nursing schools. Requirements differ so applicants are urged to review information carefully and to speak to a nursing advisor before applying. Admission to the BSN Program To qualify for admission to the BSN Program, all applicants must be accepted to UVI and have a cumulative GPA of 3.0 for full time admission to the BSN Program. Generic applicants must have successfully completed, or be enrolled in: 1. Freshman studies courses, including FDS 100, SCI 100 and SSC 100. Transfer applicants with more than 24 credits are exempted; 2. General education courses, including COM 119, ENG 120, ENG 201, HSC 100, MAT 140, MAT 235, PSY 120, PSY 202; 3. BIO 151, BIO 152, BIO 240 with grades of “C” or better (online courses and courses with- out a laboratory component are not accepted); 4. Computer Literacy Examination (unless exempt); 5. Test of Essential Academic Skills (TEAS) from Assessment Technologies Institute with a score of “proficient” or better. A score of 60% is required on the science component of the TEAS. The TEAS is administered by UVICELL. Applicants from other locations can check www.atitesting.com for information about testing in other locations. Transfer applicants who have been enrolled in another nursing program and who wish to transfer into the BSN Program must contact the administrator of the previous institution and request that a letter be mailed directly to the dean of the School of Nursing indicating their academic standing and eligibility for re-admission. In addition, an interview with the admis- sions committee may be required. Admission to the BSN Completion Program BSN Completion Program applicants must be licensed as a registered nurse (RN) or be graduates of accredited associate degree or diploma programs. Program completion must have been within the last four (4) years. Graduates of foreign nursing schools must have a current, unencumbered license in one of the United States or U.S. territories to qualify for admission. All RNs must submit proof of licensure. Unlicensed nurses who are accepted must enroll in NUR 433: NCLEX Preparation and subse- quently pass the licensure exam. Proof of licensure is required prior to the beginning of the next semester. Unlicensed nurses who do not pass the licensure exam may not continue and must re-apply to the BSN Completion Program once licensed. If an unlicensed BSN Completion applicant is nearing the end of NCLEX-RN eligibility in the U.S. Virgin Islands and there are an insufficient number of students to begin a new cohort, then the applicant is strongly advised to enroll in NUR 433: NCLEX Preparation or some other NCLEX preparation course. Applicants who are graduates of accredited U.S. nursing schools will receive a maximum of 40 credits for the following courses: NUR 104, NUR 208, NUR 308, NUR 318, NUR 319, NUR 321, NUR 323, NUR 417, NUR 433 and PLS 200. Credits will be held in escrow until successful completion of NUR 418 and then added to students’ transcripts. Applicants who are graduates of non-accredited nursing schools and graduates who are not eligible to take the NCLEX-RN exam due to length of time since graduation must sit challenge exams. These exams, offered by the School of Nursing and the National League for Nurs- ing (NLN) Assessment Technology Incorporated (ATI) are proctored and also require faculty Bachelor of Science Degree 154 clinical evaluations, as appropriate. The following is the policy on Advanced Placement/Prior Learning Assessment. Bachelor of Science in Nursing (BSN) Program A successful challenge of a nursing course is defined as satisfactory completion of both the required test, respective ATI proctored examination if relevant, and faculty clinical evaluation. The NLN pass mark deemed acceptable by UVI SON is 74% and the pass mark of faculty prepared tests is 75% per SON policy. Students who are unsuccessful on any required test or respective ATI proctored examination, if relevant, must take the course. The table entitled NLN RN Achievement Exams and Equivalent BSN Courses and Credit displays the challenge test, the course equivalent and the number of credits for each. NLN RN Achievement/ Faculty Prepared Exams and Equivalent BSN Courses and Credit Test UVI Course Equivalent Credit NLN Basic Nursing Care I & II NUR 208* Fundamentals of Nursing 6 NLN Physical Assessment NUR 209* Health Assessment 3 NLN Pharmacology in Clinical Nursing NUR 229 Pharmacology in Nursing 3 NLN Nursing Care of Adults I NUR 308* Adult Health I 6 Faculty Prepared Exam NUR 311 Pathophysiology 3 NLN Comprehensive Psychiatric Nursing NUR 318* Mental & Behavioral Health 4 NLN Nursing Care of Adults II NUR 319* Adult Health II 6 NLN Nursing the Childbearing Family NUR 321* Maternal & Newborn Nursing 4 NLN Nursing Care of Children NUR 323* Pediatric Nursing 4 *One comprehensive clinical evaluation will be conducted following successful challenge of the theory component of courses with clinical requirements. Challenge exams are also available for BIO 151/152 and BIO 240. Applicants will have two opportunities to take the challenge exams. Upon successful completion of challenge exams and payment of required fees, credits will be granted on the applicant’s UVI transcript. BSN Completion Program applicants must have successfully completed, or be enrolled in: 1. General education courses, including COM 119, ENG 120, ENG 201, HSC 100, MAT 140, MAT 235, PLS 200, PSY 120, and PSY 202. 2. BIO 151, BIO 152 and BIO 240 with grades of “C” or better. (Online courses and courses without a laboratory component are not accepted.) Drug dosage calculation competency is a requirement for all BSN Completion Program students. All applicants who are accepted will be given a comprehensive exam prior to the beginning of NUR 210 which must be passed with a grade of 90% or better. Study materials are posted on the School of Nursing website. Two opportunities to pass are permitted. Those scoring <90% on the exam are required to register for, and pass, NUR 104. The following are additional eligibility requirements to graduate from UVI unless exempted: 1. Computer Literacy Examination (CLE); 2. English Proficiency Examination (EPE). Application Process Admission to the University is a prerequisite for admission into the nursing program but does not guarantee acceptance into the BSN Program. All prospective BSN students must submit a separate application packet to the School of Nursing by October 15th, either in person or by mail. Application forms may be downloaded from the School of Nursing website or may be requested from the School of Nursing. Bachelor of Science Degree 155 Applications for the Orville E. Kean Campus should be addressed to: University of the Virgin Islands, School of Nursing #2 John Brewers Bay St. Thomas, U.S. Virgin Islands 00802-9990 Applications to the Albert A. Sheen Campus should be addressed to: University of the Virgin Islands, School of Nursing RR1, Box 10,000 Kingshill, St. Croix U.S. Virgin Islands 00850-9781 The application packet should include the following: 1. Application form 2. Official transcripts - UVI students currently enrolled may submit an unofficial UVI transcript. 3. Copy of immunization record with COVID-19 immunization included. 4. Results of TEAS (all applicants except BSN Completion). Minimum proficiency level is re- quired. Effective intake of 2022, the science portion of the TEAS will require a 60% score. 5. Two (2) letters of recommendation from professors or supervisors from place of employment. 6. Writing sample: a one-page essay on the following topic: “Nursing: My Career of Choice”. Write this essay in a minimum of three paragraphs with at least one citation. Font: Times New Roman, font size 12, line spacing 1.5, citations and references must be in APA format. 7. Official letter of good standing from the applicant’s previous university or nursing program(s). This letter must indicate the applicant is in good standing and eligible for re- admission. 8. Copy of RN license (BSN Completion Program applicants). Deadline for submission: September 30. Selection and Notification of Applicants Admission to the Generic BSN Program is competitive and based on a point system. Enroll- ment is limited and applicants with the most points will be selected for admission. Points are awarded to applicants for grades in prerequisite courses, performance on the TEAS test, current enrollment at UVI and a bachelor’s degree in another field. Admission to the BSN Completion Program is open to nurses who meet the prerequisites and complete the application process. Bachelor of Science Degree Applicants to the BSN Program will be notified of acceptance, or conditional acceptance, by November 15th. Required courses in progress at the time of application must be completed successfully in order to begin the program. All applicants who are accepted into the BSN Program will have to submit documentation that meets clinical agency requirements, includ- ing a criminal background check and drug screen, immunization record and certification in CPR for healthcare professionals. Progression Requirements for Generic and BSN Completion Program Students In order to progress in a BSN program, students must: 1. Earn at least a “C” grade in all nursing courses, except for NUR 104 and NUR 433; 2. Earn at least a grade of “A-” in NUR 104 and NUR 433; 3. NCLEX Preparation (BSN Completion Program students may be exempt from these courses); 4. Score 90% or better by the third attempt on the Drug Dosage Calculation exam given each semester (if applicable); and Bachelor of Science Degree 156 5. Maintain an overall GPA of “C” (2.0). Within the School of Nursing, a “C” grade is defined as 75%. A student may only repeat two (2) nursing courses. Students repeating nursing courses must register during the advising and registration period to ensure a place in that course. The third failure of a nursing course results in dismissal from the program. Returning Students Students in good standing in the School of Nursing who have an interruption in their nursing education must meet the current admission, progression and graduation requirements and notify the dean of the School of Nursing in writing of their desire to return by October 15 for the spring semester and by March 15 for the fall semester. Returning students are required to meet with their advisor and, if eligible, register during the advisement/registration period to communicate their intent to return to the School of Nursing. Failure to register in advance means that the student forfeits their opportunity to secure a place in the course(s). Nursing Major Generic BSN At least 125 credits are required to complete the BSN, with 66 credits in nursing. There may be some flexibility with general education course sequencing, but nursing courses must be taken as shown in the paradigm located in the School of Nursing Student Handbook, which is found on the UVI website, under “Academics”, then “School of Nursing” then “Docu- ments”. Please note that many nursing courses and general education courses are only offered once per year. For further information regarding prerequisites, see the course descrip- tion section of the UVI Catalog. The following courses, which include the general education courses, are required for the BSN degree. A. Required courses in freshman studies (required for anyone admitted into the program with fewer than 24 credits): Credits FDS 100 Freshman Development Seminar 1 SCI 100 The Natural World: The Caribbean 3 SSC 100 An Introduction to the Social Sciences: A Caribbean Focus 3 B. Required courses in the humanities: Credits COM 119 Interpersonal Communication and Leadership Skills 3 ENG 120 English Composition 3 ENG 201 Research and Applied Writing 3 FRE 131-132 Functional Elementary French I-II 4-4 or SPA 131-132 Functional Elementary Spanish I-II 4-4 Humanities elective 3 C. Required courses in science and mathematics: Credits BIO 151-152 Human Anatomy and Physiology I-II 4-4 BIO 240 Microbiology 4 MAT 140 College Algebra with Applications 4 or MAT 143 Precalculus Algebra 4 MAT 235 Introductory Statistics with Applications 4 D. Required courses in the social sciences: Credits Bachelor of Science Degree 157 Social science elective: 3 PSY 120 General Psychology 3 PSY 202 Life Span Development 3 E. Other required courses: Credits HSC 100 Medical Terminology 1 PLS 200 Self Management: Wellness and Risk (satisfies PE requirement) 2 F. Required courses in nursing: Credits NUR 208 Fundamentals of Nursing 6 NUR 209 Health Assessment 3 NUR 229 Pharmacology in Nursing 3 NUR 308 Adult Health Nursing I 6 NUR 311 Pathophysiology 3 NUR 318 Mental/Behavioral Health Nursing 4 NUR 319 Adult Health Nursing II 6 NUR 321 Maternal Newborn Nursing 4 NUR 322 Evidence-Based Practice 3 NUR 323 Pediatric Nursing 4 NUR 417 Adult Health Nursing III 6 NUR 418 Community Health Nursing 4 NUR 421 Nursing Leadership & Issues 5 NUR 432 Senior Clinical Practicum 5 NUR 433 NCLEX Preparation 2 BSN Completion Program At least 125 credits are required for the BSN, including general education credits, earned nursing credits and credits granted to nurses for prior learning. In addition to courses already completed, students who are recent graduates of the ASN Program are required to take the following: Credits COM 119 Interpersonal Communication and Leadership Skills 3 MAT 140 College Algebra with Applications 4 MAT 235 Introductory Statistics with Applications 4 Foreign language: two semesters 4-4 Humanities elective 3 Social science elective 3 Eight nursing courses (26 credits) are required for the BSN Completion Program. These courses can be completed in three or more semesters. Nursing courses required for BSN Completion Program for RNs: Credits NUR 209 Health Assessment 3 NUR 210 Bridge to Professional Nursing 2 NUR 229 Pharmacology 3 NUR 322 Evidence-Based Practice 3 NUR 311 Pathophysiology 3 NUR 418 Community Health 4 NUR 421 Leadership 5 NUR 434 RN Clinical Practicum 3 Total credits in nursing 26 Recent ASN graduates will receive 40 credits for NUR 104*, NUR 208, NUR 308, NUR 318, NUR 319, NUR 321, NUR 323, NUR 417, NUR 433**, and PLS 200. Credits will be held in Bachelor of Science Degree 158 escrow until successful completion of NUR 418 and then added to the student’s transcript. *Drug dosage calculation competency required: Drug dosage calculation competency is a requirement for all BSN Completion students. During orientation week, BSN Completion students will be given a comprehensive exam, which must be passed with a grade of 90% or better. Two additional opportunities to test will be offered during the first week of classes. Those scoring <90% on the exam are required to register for NUR 104 along with NUR 210. BSN Completion students will also be tested in NUR 434. **RN license required: Unlicensed nurses who are accepted must enroll in NUR 433 and pass the licensure exam. Proof of licensure is required prior to the beginning of the next semester. Unlicensed nurses may not continue and must re-apply to the BSN Program once licensed. Bachelor of Science Degree 159 COLLEGE OF SCIENCE AND MATHEMATICS A Bachelor of Science degree with majors in biology, chemistry, computer science, marine biology or mathematics is offered for preprofessional students who intend to pursue graduate studies. A Bachelor of Science in applied mathematics is offered to students who complete the dual degree engineering programs. These degree programs are challenging and should be attempted only by students with special talents in science. The biology major provides a firm foundation in biology and cognate sciences while allow- ing students to specialize within a field of interest (e.g., zoology). The marine biology major requires that a broad base in the biological and physical sciences be acquired and applied in the study of marine environments. The course of study results in a level of preparation difficult to obtain elsewhere at the bachelor’s level. The chemistry program provides a strong background in chemistry with grounding in physics and mathematics. With the proper choice of electives the student can design a curriculum with sub-specialization in biology, marine biology, computer science, engineering, mathemat- ics or physics. It is suitable for students wishing higher degrees in chemistry, biochemistry or related fields. A computer science major is offered for students who plan on starting a professional career in computer science immediately after graduation or for students who intend to pursue grad- uate studies. The program provides a strong professional foundation in computer science, mathematics and science, and includes electives which can be selected to provide exposure to an application area in science or computer information systems. It is suitable for students seeking employment in the computing industry and for students seeking an understanding of how computers and their applications evolve. The mathematics major requirements accommodate a wide variety of interests and career goals. The courses provide broad training in undergraduate mathematics, preparing majors for graduate study, for positions in government, industry and the teaching profession. While students must consult with their advisors in designing appropriate courses of study, three suggested tracks in the description of the major, as well as a concentration in computer sci- ence are offered. The concentration in computer science is recommended for those students interested in graduate study in applied mathematics (e.g. numerical analysis), as well as for those students interested in teaching. The Bachelor of Science programs in biology, chemistry with physics or marine biology are good preparations for students interested in careers in the health sciences. Interested students should seek details of a cooperative program with Boston University School of Medicine, together with other cooperative programs which may be available, from the dean of the college. Prospective majors should consult their academic advisors and carefully evaluate the demands of these programs before deciding to pursue a B.S. degree. The approximately 20-credit difference in general education requirements between B.S. degrees and B.A. degrees is more than compensated by increased requirements in science and mathematics in the B.S. programs. Not only are more science and mathematics credits required for the B.S. degrees, but the additional required courses are at more advanced and challenging levels. Applied Mathematics Major (3-2 Engineering Program) The Bachelor of Science in applied mathematics is available only for students who complete the dual degree or 3-2 engineering program. Through this program, students Bachelor of Science Degree 160 spend approximately three years at the University of the Virgin Islands and two years at a participating institution. At the end of the program, the student receives a Bachelor of Science in applied mathematics from the University of the Virgin Islands, and a Bachelor of Science in his or her chosen field of engineering from the affiliated university. (A student may also opt to complete another existing UVI bachelors degree by completing all those requirements before enrolling at the affiliated university for the B.S. in engineering.) The University of the Virgin Islands has agreements with Columbia University and Washington University in St. Louis. The dual degree program offers a great deal of flexibility to students. Students follow a course of studies similar or identical to those taken by many of our science majors, while adding certain required courses. Many pre-medicine majors can also prepare for engineering by adding a few courses to their normal curriculum. A well-planned curriculum will open up many options to those students who begin in the dual degree engineering program. Interested students should consult with the engineering liaison officer early in their college career. Applied Mathematics Major In addition to the general education requirements (see pp. 144-145), the following courses are required: A. Required courses in freshman studies (required for anyone admitted into the program with fewer than 24 credits): Credits SCI 100 The Natural World: The Caribbean 3 SSC 100 An Introduction to the Social Sciences: A Caribbean Focus 3 FDS 100 Freshman Development Seminar 1 B. Required courses in mathematics: Credits MAT 241-242 Introductory Calculus I-II 4-4 MAT 261 Linear Algebra 4 MAT 341-342 Intermediate Calculus I-II 3-3 MAT 346 Differential Equations 4 MAT 397, 398* Junior Mathematics Seminar 1/2, 1/2 *SCI 497 may be taken in place of MAT 398. C. Required courses in related fields: Credits CHE 151-152 General Chemistry I-II 4-4 CHE 151L-152L General Chemistry Lab I-II 1-1 PHY 241-242 General Physics 5-5 PHY 341 Modern Physics 3 CSC 117 Intro. To Programming I 4 ECO 221 Intro. To Macro-Economics 3 D. In addition to the required courses, the student is strongly recommended to take more courses in his/her chosen field of specialization: Field of Specialization Suggested Courses Credits Biomedical Engineering BIO 141-142 4-4 Biology courses numbered above 200 Chemical Engineering Chemistry courses numbered above 200 Bachelor of Science Degree 161 Credits Computer Engineering MAT 223 (Discrete Mathematics) 3 MAT 325 Numerical Methods 3 CSC 118 Intro to Programming II 4 CSC 242 Data Structures 4 CSC course Mechanical Engineering Physics courses numbered above 200 Electrical Engineering Physics courses numbered above 200 Applied Mathematics MAT 233 Discrete Mathematics 3 MAT 325 Numerical Methods 4 MAT 332 Mathematical Statistics 3 MAT 352 Mathematical Modeling 3 Biology Major The requirements for a Bachelor of Science degree in biology consist of the following biology and related courses plus a study plan written by each candidate and his or her program advisor. Study plan guidelines and procedures will be published by the College of Science and Mathematics from time to time. The study plan must be approved by the faculty of the biology program and will be submitted to the Office of Enrollment Services. Course numbering reflects the year by which courses should be completed. The study plan must include at least one plant-based^ and one animal-based* course. Any change in the study plan must be approved by the advisor and the program prior to course registration. In addition to fulfilling the general education requirements for a Bachelor of Science degree, students must pass a science comprehensive examination following completion of formal academic course work and prior to graduation. In addition to the general education requirements (see pp. 144-145), the following courses are required: A. Required courses in freshman studies (required for anyone admitted into the program with fewer than 24 credits): Credits FDS 100 Freshman Development Seminar 1 SCI 100 The Natural World: The Caribbean 3 SSC 100 An Introduction to the Social Sciences: A Caribbean Focus 3 B. Required courses in biology (24 credit hours): Credits BIO 141-142 General Biology I-II 4-4 BIO 223 Ecology 4 BIO 245 Genetics 4 BIO 360 Cell and Molecular Biology I 4 BIO 365 Junior Biology Seminar 2 or BIO 397-398 Junior Science Seminar I-II 1-1 BIO/MBI 497, 498* Senior Science Seminar I, II 1,1 C. Required courses in related fields (36-38 credit hours): Credits CHE 151-152 General Chemistry I-II 4-4 CHE 151L-152L General Chemistry Lab I-II 1-1 CHE 253-254 Organic Chemistry I-II 4-4 CHE 253L-254L Organic Chemistry Lab I-II 1-1 MAT 241-242 Introduction to Calculus and Analytical Geometry I-II 4-4 Bachelor of Science Degree 162 Credits PHY 211-212 Introduction to Physics I-II 4-4 or PHY 241-242 General Physics I-II 5-5 or PHY 241-212 General Physics I - Introduction to Physics II 5-4 D. Science, technology and mathematics (STEM) electives: An additional 30 credit hours minimum are required from the following: Credits BIO 210 Research Methods I 2 BIO 220** Marine Invertebrate Zoology 5 BIO 224 Population Biology 4 BIO 295 Responsible Conduct in Research 1 BIO 310 Research Methods II 2 BIO 339** Vertebrate Structure 5 BIO 342** Animal Physiology 4 BIO 349^ Aquatic Plant Biology 4 BIO 350^ Terrestrial Plant Biology 4 BIO 352^ Plant Physiology 4 BIO 353** Developmental Biology 3 BIO 355-356 Biology of Microorganisms I-II 4-4 BIO 361 Bioinformatics 4 BIO 370 Evolution 3 BIO 430 Coral Reef Biology 4 BIO 460 Cell and Molecular Biology II 4 BIO 465, 466*** Selected Topics in Biology 3, 4 BIO 495 Directed Independent Research in Biology (maximum 6 credits) 1-4 BIO 496 Internship/Field Studies (maximum 4 credits) 1-4 Any MBI or MSC course Any 200, 300 or 400 level chemistry, math or physics course except MAT 232 Any ENV course SCI 100 (if taken as a freshman), The Natural World: The Caribbean SCI 220 Introduction to Geographic Information System Any CSC course except CSC 111 or CSC 119 STE 110 and/or STE 112 *SCI 497 may be taken in place of either BIO 497 or 498 .**Animal-based course. ^Plant-based course. ***Depending on content, a Selected Topics in biology may count as a plant- or animal- based course. Concentration in Computational Biology Students earning the Bachelor of Science degree in biology may or may not also elect to complete a concentration in computational biology. This interdisciplinary concentration will prepare students to participate in new frontiers of research in which gigantic volumes of data are analyzed to seek answers to questions in molecular, medical, and environmental biology. The requirements to complete the concentration in computational biology include all of the requirements for the Bachelor of Science degree in biology plus the following: Bachelor of Science Degree 163 Students must complete the following courses in partial fulfillment of the Section D science electives requirement: Credits CSC 117-118 Introduction to Programming I-II 4-4 CSC 242 Data Structures 4 MAT 261 Linear Algebra 4 MAT 352 Mathematical Modeling 3 BIO/CSC/MAT 361 Bioinformatics 4 Chemistry Major In addition to the general education requirements (see pp. 144-145), the following courses are required: A. Required courses in freshman studies (required for anyone admitted into the program with fewer than 24 credits): Credits FDS 100 Freshman Development Seminar 1 SCI 100 The Natural World: The Caribbean 3 SSC 100 An Introduction to the Social Sciences: A Caribbean Focus 3 B. Required courses in chemistry: Credits CHE 151-152 General Chemistry I-II 4-4 CHE 151L-152L General Chemistry Lab I-II 1-1 CHE 251 Quantitative Analysis 2 CHE 251L Quantitative Analysis Lab 2 CHE 252 Instrumental Analysis 2 CHE 252L Instrumental Analysis Lab 2 CHE 253-254 Organic Chemistry I-II 4-4 CHE 253L-254L Organic Chemistry Lab I-II 1-1 CHE 341-342 Physical Chemistry I-II 3-3 CHE 341L-342L Physical Chemistry Lab I-II 1-1 CHE 397,398 Junior Science Seminar I, II 1/2,1/2 CHE 432 Inorganic Chemistry 3 CHE 432L Inorganic Chemistry Lab 1 CHE 497,498* Senior Science Seminar I, II 1,1 Subtotal 43 *SCI 497 may be taken in place of CHE 498. C. Required courses in mathematics: Credits MAT 143-153** Precalculus Algebra and Trigonometry 4-4 MAT 241-242** Introduction to Calculus and Analytical Geometry I-II 4-4 MAT 341-342** Intermediate Calculus I-II 3-3 Subtotal 22 **A student may be exempted from MAT 143-153 by a qualifying examination. D. Required courses in physics: Credits PHY 241-242 General Physics I-II 5-5 PHY 341 Modern Physics 3 PHY 351 Modern Physics Laboratory 1 Subtotal 14 Bachelor of Science Degree 164 E. Science electives: An additional 21 credits in science, mathematics, engineering, or computer science are required from the following: Any biology course 300 or 400 level chemistry courses 200, 300 or 400 level mathematics courses except MAT 232 Any computer science course except CSC 111 Any 200 level engineering courses 300 level physics courses F. The following courses are strongly recommended in partial fulfillment of the requirements in Section D: Credits BIO 245 Principles of Genetics 4 CHE 348 Biochemistry 4 CHE 348L Biochemistry Lab 1 CHE 465 Selected Topics in Chemistry 3 CHE 495 Directed Independent Research 1-4 MAT 346 Differential Equations 3 G. Pre-medical students are advised to take: Credits BIO 141-142 General Biology I-II 4-4 BIO 245 Principles of Genetics 4 CHE 348 Biochemistry 4 CHE 348L Biochemistry Lab 1 Computer Science Major In addition to the general education requirements (see pp. 145-146), the following courses are required: A. Required courses in freshman studies (required for anyone admitted into the program with fewer than 24 credits): Credits FDS 100 Freshman Development Seminar 1 SCI 100 The Natural World: The Caribbean 3 SSC 100 An Introduction to the Social Sciences: A Caribbean Focus 3 B. Required courses in computer science: Credits CSC 117 Introduction to Programming I 4 CSC 118 Introduction to Programming II 4 CSC 241 Introduction to Computer Architecture and Digital Systems 4 CSC 242 Data Structures 4 CSC 243 Digital Communications and Networks 4 CSC 245 Databases and Information Retrieval 3 CSC 310 Web Applications Development 3 CSC 333 Programming Languages 3 CSC 397,398 Junior Science Seminar I, II 1/2,1/2 CSC 410 Principles of Operating Systems 3 CSC 420 Software Engineering 4 CSC 497,498* Senior Science Seminar I, II 1,1 *SCI 497 may be taken in place of CSC 498. Bachelor of Science Degree 165 C. An additional 15 credits chosen from 200-400 level elective courses in CSC, MAT, BIO, CHE, PHY, or CIS. No more than six of the elective credits can come from outside of CSC. Any 200-level credits must come from the College of Science and Mathematics, are limited to a total of six credits, and may not include MAT 232. A maximum of three credits of CSC 496 (Internship/Field Studies) can be applied to this elective requirement. D. Required courses in mathematics: Credits MAT 215 Introduction to Number Theory 3 MAT 233 Discrete Mathematics 3 MAT 235 Introductory Statistics with Applications 4 MAT 241 Introduction to Calculus and Analytical Geometry I 4 MAT 242 Introduction to Calculus and Analytical Geometry II 4 MAT 261 Linear Algebra 4 E. One of the following science sequences is required:** Credits BIO 141-142 General Biology I-II 4-4 CHE 151-152 General Chemistry I-II 4-4 CHE 151L-152L General Chemistry Lab I-II 1-1 PHY 241-242** General Physics I-II 5-5 **Partially satisfies the general education requirement in science and mathematics. Note: It is recommended that students with an interest in computer engineering or robotics take the PHY 241-242 sequence, and that students with an interest in medical technology and computing take the BIO 141-142 sequence. Concentration in Computational Biology Students pursuing a Bachelor of Science in computer science may or may not also elect to complete a concentration in computational biology. This interdisciplinary concentration will prepare students to participate in new frontiers of research in which gigantic volumes of data are analyzed to seek answers to questions in molecular, medical, and environmental biology. The requirements to complete the concentration in computational biology include all of the requirements for the B.S. computer science major, except one noted below, plus the following: Students must complete the following course in partial fulfillment of the Section D mathemat- ics electives requirement: Credits MAT 261 Linear Algebra 4 Students must complete the following courses in partial fulfillment of the Section E science electives requirement: Credits BIO 141-142 General Biology I-II 4-4 Students must complete the following courses in fulfillment of the Section F supporting disci- pline requirement: Credits BIO 223 Ecology 4 BIO 245 Principles of Genetics 4 BIO/CSC/MAT 361 Bioinformatics 4 Bachelor of Science Degree 166 Students need to complete only 3 credits from among the 300- or 400-level electives in Section C, instead of the 6 credits required for non-computational biology computer science majors. Cybersecurity Concentration Students earning the Bachelor of Science in computer science may elect to complete a concentration in cybersecurity. As a formal discipline, cybersecurity incorporates related technical and non-technical disciplines, including but not limited to software development, information systems and technology (IS/IT), mathematics, ethics and compliance, policy and governance, forensics, personnel, incident response, and risk management. Our daily lives are connected to the extent that nearly every crime includes a digital component. Malicious actors compromise data and violate privacy, manipulating the lives of individuals and entire user populations. Cybersecurity professionals possess the knowledge, skills, and abilities (KSAs) to protect and defend digital systems and data, to detect and identify malicious activities, to preserve and analyze digital evidence, to mitigate related impacts, and to ensure accountability and justice. This concentration prepares students for entry-level cybersecurity roles in the workplace, advanced studies and research in this discipline, and industry certifications now required for many lucrative job opportunities. Nine credits of core requirements are completed with three courses: CSC 220 Introduction to Cybersecurity, CSC 343 Digital Forensics, and CSC 353 Systems Security. In addition, students identify a specialty focus and engage six (6) credits of elective options to complete the concentration with approval of the academic advisor and program chair. A specialty focus may include traditional or emerging interests such as advanced forensics, incident handling, penetration testing, encryption, ethics and compliance, or a general preparation for industry certifications (e.g., CompTIA CySA+, SANS Security Essentials). The requirements to complete the concentration in cybersecurity include the three core courses shown below. In addition to the required courses, six credit hours of elective studies related to a cybersecurity focus must be completed using any of the listed options. Required courses: Credits CSC 220 Introduction to Cybersecurity 3 CSC 343 Introduction to Digital Forensics 3 CSC 353 Systems Security 3 Elective options: Credits CSC 443 Network Forensics 3 CSC 465, 466* Selected topics in Cybersecurity 3,3 CSC 495* Directed Independent Research 1-4 CSC 496* Internship/Field studies 1-3 *Approved by faculty chair as appropriate cybersecurity topic. Marine Biology Major The requirements for a Bachelor of Science degree in marine biology consist of the following biology, marine biology and related courses plus a study plan written by each candidate and his or her program advisor. Study plan guidelines and procedures will be published by the College of Science and Mathematics from time to time. The study plan must be approved by the faculty of the biology program and will be submitted to the Office of Enrollment Services. Bachelor of Science Degree 167 Course numbering reflects the year by which course should be completed. Any change in the study plan must be approved by the advisor and the program prior to course registration. In addition to fulfilling the general education requirements for a Bachelor of Science degree, students must pass a science comprehensive examination following completion of formal academic coursework and prior to graduation. In addition to the general education requirements (see pp. 145-146), the following courses are required: A. Required courses in freshman studies (required for anyone admitted into the program with fewer than 24 credits): Credits FDS 100 Freshman Development Seminar 1 SCI 100 The Natural World: The Caribbean 3 SSC 100 An Introduction to the Social Sciences: A Caribbean Focus 3 B Required courses in biology and marine biology (45 credit hours): Credits BIO 141-142 General Biology I-II 4-4 BIO 223 Ecology 4 BIO 245 Genetics 4 BIO 349 Aquatic Plant Biology 4 BIO 360 Cell and Molecular Biology I 4 BIO/MBI 365 Junior Biology Seminar 2 or BIO/MBI 397-398 Junior Science Seminar 1-1 BIO/MBI 497, 498* Senior Science Seminar I, II 1,1 MBI 220 Marine Invertebrate Zoology 5 MBI 222 Ichthyology 4 MBI 424 Marine Ecology 4 MSC 239 Oceanography 4 *SCI 497 may be taken in place of either BIO 497 or 498. C. Required courses in related fields (30-32 credit hours): Credits CHE 151-152 General Chemistry 4-4 CHE 151L-152L General Chemistry Lab I-II 1-1 MAT 245 Statistics for the Life Sciences 4 MAT 241-242 Introduction to Calculus and Analytical Geometry I-II 4-4 PHY 211-212 Introduction to Physics I-II 4-4 or PHY 241-242 General Physics I-II 5-5 or PHY 241-212 General Physics I - Introduction to Physics II 5-4 D. Science, technology and mathematics (STEM) Electives: An additional 15 credit hours minimum are required from the following: Credits BIO 210 Research Methods I 2 BIO 224 Population Biology 4 BIO 295 Responsible Conduct in Research 1 BIO 310 Research Methods II 2 BIO 339 Vertebrate Structure 5 BIO 342 Animal Physiology 4 BIO 350 Terrestrial Plant Biology 4 BIO 352 Plant Physiology 4 BIO 353 Developmental Biology 3 BIO 355-356 Biology of Microorganisms I-II 4-4 BIO 361 Bioinformatics 4 BIO 370 Evolution 3 Bachelor of Science Degree 168 BIO 430 Coral Reef Biology 4 BIO 460 Cell and Molecular Biology II 4 BIO 465, 466 Selected Topics in Biology 4 BIO 495 Directed Independent Research (maximum 6 credits) 1-6 BIO 496 Internship/Field Studies (maximum 4 credits) 1-4 Any 200, 300, or 400 level chemistry, math, or physics course except MAT 232 Any CSC course except CSC 111 or CSC 119 Any ENV course Any MBI or MSC course SCI 100 (if taken as a freshman), The Caribbean: The Natural World SCI 220 Introduction to Geographic Information System STE 110 and/or STE 112 Mathematics Major In addition to the general education requirements (see pp. 145-146), the following courses are required: A. Required courses in freshman studies (required for anyone admitted into the program with fewer than 24 credits): Credits FDS 100 Freshman Development Seminar 1 SCI 100 The Natural World: The Caribbean 3 SSC 100 An Introduction to the Social Sciences: A Caribbean Focus 3 B. Required courses in mathematics: Credits MAT 215 Introduction to Number Theory 3 MAT 241-242 Introduction to Calculus and Analytic Geometry I-II 4-4 MAT 261 Linear Algebra 4 MAT 341-342 Intermediate Calculus I-II 3-3 MAT 362 Abstract Algebra I 3 MAT 397, 398 Junior Mathematics Seminar I, II 1/2, 1/2 MAT 441 Introductory Analysis I 3 MAT 497, 498* Senior Mathematics Seminar I, II 1,1 C. Six elective courses from the following are required: Note: A cluster of four courses must be approved by your advisor (see G: Suggested tracks) Credits MAT 233 Discrete Mathematics 3 MAT 301 Modern Geometry 3 MAT 325 Numerical Analysis 3 MAT 332 Mathematical Statistics 3 MAT 344 Probability 3 MAT 346 Differential Equations 4 MAT 348 Complex Variables 3 MAT 352 Mathematical Modeling 3 MAT 361 Bioinformatics 4 MAT 386 History and Philosophy of Mathematics 3 MAT 442 Introductory Analysis II 3 MAT 458 Topology 3 MAT 461 Abstract Algebra II 3 MAT 465,466 Special Topics 3, 3 MAT 499 Approved Independent Study 3 Bachelor of Science Degree 169 One approved upper level course in another discipline (See F) D. Required courses in related fields: Credits CSC 117 Introduction to Programming 4 PHY 241-242** General Physics I-II 5-5 E. An additional 9 credits in science and mathematics are required from the following: 200 level or above biology courses Any chemistry course except CHE 111-112 200 level or above marine biology or marine science courses 300 or 400 level mathematics courses Any computer science course except CSC 111 300 or 400 level physics courses F. The following are strongly recommended: Credits ECO 221 Introduction to Macro-economics 3 ECO 222 Introduction to Micro-economics 3 MAT 442 Introductory Analysis II 3 or MAT 461 Abstract Algebra II 3 MAT 465,466 Special Topics 3, 3 PHY 311 Classical Mechanics 3 PHY 321 Electromagnetism 3 PHY 341 Modern Physics 3 SSC 327-328 Quantitative Research Methods in the Social Sciences 4-4 G. Suggested tracks: Applied: For majors interested in applied mathematics in the physical and engineering sciences, actuarial sciences, or business Credits MAT 325 Numerical Analysis 3 MAT 332 Mathematical Statistics 3 MAT 344 Probability 3 MAT 346 Differential Equations 4 MAT 348 Complex Variables 3 MAT 352 Mathematical Modeling 3 One approved upper level course in another discipline (See F) Teaching: For majors considering a career in secondary education Credits MAT 233 Discrete Mathematics 3 MAT 301 Modern Geometry 3 MAT 332 Mathematical Statistics 3 MAT 344 Probability 3 MAT 352 Mathematical Modeling 3 MAT 386 History and Philosophy of Mathematics 3 Graduate: For majors considering graduate study in mathematics Credits MAT 348 Complex Variables 3 MAT 442 Introductory Analysis II 3 Bachelor of Science Degree 170 Credits MAT 458 Topology 3 MAT 461 Abstract Algebra II 3 Concentration in Computer Science: The following computer science courses are required. Nine of these credits will fulfill the required 9 additional credits in science and mathematics (see E). Credits CSC 118 Introduction to Programming II (C++) 4 CSC 197 Computer Science Seminar 1 CSC 239 Scientific Computing 2 CSC 242 Data Structures 4 CSC 317 Introduction to Programming III 3 The following courses are required. They serve as partial fulfillment of the six elective courses in mathematics (see C): Credits MAT 233 Discrete Mathematics 3 MAT 325 Numerical Analysis 3 MAT 332 Mathematical Statistics 3 or MAT 348 Probability 3 CSC 352 Analysis of Algorithms (Approved upper-level course in another discipline) 3 Concentration in Computational Biology Students earning the Bachelor of Science in mathematics may elect to complete a concen- tration in computational biology. This interdisciplinary concentration will prepare students to participate in new frontiers of research in which gigantic volumes of data are analyzed to seek answers to questions in molecular, medical, and environmental biology. The requirements to complete the concentration in computational biology include all of the requirements for the B.S. mathematics major. Students must complete the following courses in partial fulfillment of the Section C math- ematics electives requirement: (6 courses) Credits MAT 325 Numerical Analysis 3 MAT 332 Mathematical Statistics 3 MAT 352 Mathematical Modeling 3 MAT/BIO/CSC 361 Bioinformatics 4 or MAT 346 Differential Equations 4 MAT 344 Probability 3 or MAT 233 Discrete Mathematics 3 CSC 242 Data Structures (the approved upper level course in another discipline) 4 Students must complete the following courses. Nine of these credits will fulfill the Section E science and mathematics electives requirement: (5 courses) Credits CSC 118 Introduction to Programming II 4 BIO 245 Principles of Genetics 4 BIO 223 Ecology 4 or BIO 360 Cell and Molecular Biology I 4 or BIO 370 Evolution 4 Bachelor of Science Degree 171 Bachelor of Science Degree Additional Courses BIO 141-142 General Biology I-II 4-4 *SCI 497 may be taken in place of either MAT 497 or 498. **Partially satisfies the general education requirement in mathematics and science. Physics with Astronomy Authentic Research Experience (PAARE) Major The Bachelor of Science in Physics with Astronomy Authentic Research Experience (PAARE) is a 4-year degree for students who wish to specialize in physics and/or astronomy and who may pursue graduate studies. The degree is sufficiently general that students choosing to continue their graduate studies may do so in any field of physics. In addition to the general education requirements or 18 credits of humanities and 12 hours of social sciences, the following courses are required: A. Required courses in freshman studies (required for anyone admitted into the program with fewer than 24 credits): Credits SCI 100 The Natural World: The Caribbean 3 SSC 100 An Introduction to the Social Sciences: A Caribbean Focus 3 FDS 100 Freshman Development Seminar 1 B. Required courses in physics: Credits PHY 241, 242 General Physics I-II 5, 5 PHY 271 Astronomy I 3 PHY 311 Classical Mechanics I 3 PHY 321 Electromagnetism 3 PHY 341 Modern Physics 3 PHY 351 Modern Physics Lab 1 PHY 371 Astronomy II 3 PHY 397, 398 Junior Science Seminar I, II 0.5, 0.5 PHY 411 Thermal and Statistical Physics 3 PHY 441 Quantum Mechanics 3 PHY 481 Astronomy Lab I 1 PHY 482 Astronomy Lab II 1 PHY 495 Directed Independent Research 1-4 PHY 496 Internship/Field Studies 1-4 PHY 497, 498 Senior Science Seminar I, II 0.5, 0.5 C. Required courses in mathematics: Credits MAT 143, 153* Pre-calculus Algebra and Trigonometry 4, 4 MAT 241, 242 Introduction to Calculus and Analytical Geometry I-II 4, 4 MAT 261 Linear Algebra 4 MAT 325 Numerical Analysis 3 MAT 341, 342 Intermediate Calculus I-II 3, 3 MAT 346 Differential Equations 3 *A student may be exempted from MAT 143-153 by a qualifying examination. D. Required courses in chemistry: Credits CHE 151-152 General Chemistry I-II 5-5 172 E. Required courses in computer science: Credits CSC 117 Introduction to Programming I 4 CSC 239 Scientific Computer Applications 2 F. Science electives: An additional 9 credits in science, mathematics, engineering, or computer science are required from the following: Any selected topics in physics Any biology course 200, 300, or 400 level chemistry course 200, 300 or 400 level mathematics course except MAT 232 and MAT 257 Any computer science course except CSC 111 and CSC 120 Any 200 level engineering course Bachelor of Science Degree 173 MINORS Computational Science Minor Computational science (or scientific computing) is an interdisciplinary field that combines mathematical and computing methods for solving complex real-world scientific, financial or societal problems through modeling, simulation, optimization, or visualization methods. This computational science minor offers students opportunities to study and apply scientific and mathematical techniques in various application fields. The minor in computational science will prepare students to solve complex problems by completing computational based projects that require intensive computational processes and high-performance computing tools. Note: Computational science or scientific computing should not be confused with computer science which is the study of the theoretical foundations of information and computation, and of practical techniques for their implementation and application in computer systems. In addition to the general education prerequisites, students must complete 23-26 credits with an average grade of C or higher. Required computational science courses: Credits CSC 118 Programming II 4 CSC 239 Scientific computing 2 CSC 242 Data Structure 4 MAT 261 Linear Algebra 4 Select one of the following: Credits MAT 325 Numerical Analysis 4 or MAT 352 Mathematical Modeling 4 At least 6 credits from the following: Credits CSC 317 Programming III 3 CSC 361 Bioinformatics 4 CSC 465 Introduction to High Performance Computing* 3 CSC 466 Selected Topics: Data Mining 3 CHE 341 Physical Chemistry I 3 CHE 342 Physical Chemistry II 3 MAT 325 Numerical Analysis** 4 MAT 346 Differential Equations 4 MAT 352 Mathematical Modeling** 3 BIO 465, CHE 465, Selected Topics in Computational Science*** MAT 465, MBI 465, or PHY 465 2-4 BIO 495, CHE 495, Directed Independent Research in Computational Science*** MAT 495, MBI 495, or PHY 495 2-4 *Computer science majors are required to take Introduction to Hi Performance Computing: Parallel and Distributed Computing CSC 465 ** Cannot be used to satisfy both the required and the elective section of the minor. *** As approved by the chair of Computer and Computational Science in consultation with the chair of the of the department of the student’s major. Approval will be based on the coherence of the selected courses in preparing the student for work in a particular interdisci- plinary area. Bachelor of Science Degree 174 Bachelor of Science Degree Data Science Minor The minor in data science affords students the opportunity to extend their quantitative abili- ties as a route to a deeper understanding of their chosen field and to greater marketability after graduation. Students must successfully complete 18-20 credits from the following list of courses. A. Required core data science courses: Credits CSC/SCI 230 Data Science I 3 CSC 239 Scientific Computer Applications 3 CSC/IST/SCI 435 Data Science II 3 B. Required statistics courses. The student must choose any one of the following courses: Credits DSC 325 Statistics for Management Decisions 3 MAT 235 Introductory Statistics with Applications 4 MAT 245 Statistics for the Life Sciences 4 C. Required data application courses. The student must choose one of the following courses: Credits BIO/CSC/MAT 361** Bioinformatics 4 CJU/SCI/SSC 220* Introduction to Geographical Information Systems 3 CSC 245 Databases and Information Retrieval 4 CSC 466 Data Mining 3 DSC 410 Quantitative Methods Introduction 3 IST 305 Database Design and Implementation 3 MAT 352 Mathematical Modeling 3 SSC 228 Quantitative Research Methods 3 D. A data science related project completed in one of the following courses:*** Credits BUS 499 Independent Study 3 CSC/IST/SCI 495 Directed Independent Research 3 IST 425 Project Management and Development II 3 MAT 499 Independent Study 3 MKT 430 Strategic Marketing 3 * The same course is co-listed as CJU 220, SCI 220, or SSC 220. ** The same course is co-listed as BIO 361, CSC 361, or MAT 361. *** Department chairs are responsible for ensuring that projects relate to data science. Environmental Science Minor The environmental science minor affords students the opportunity to learn about environmental science as a complement to their chosen major or to develop independent interest in the area. In addition to the general education prerequisites, students must complete (with a grade of C or higher) at least 18 credits. A. Required courses: Credits CJU/SSC/SCI 220 Introduction to Geographic Information Systems 3 ENV 200 Introduction to Environmental Science and Policy 3 ENV 365 or 366 Topics in Environmental Science 4 MAT 235 Introductory Statistics with Applications 4 or MAT 245 Statistics for the Life Sciences 4 175 B. Two classes, chosen from the following, one of which must be at the 300 level: Credits BIO/MBI 220 Marine Invertebrate Zoology 5 BIO 223 Ecology 4 BIO 224 Population Biology 4 BIO 349 Aquatic Plant Biology 4 BIO 350 Terrestrial Plant Biology 4 BIO 370 Evolution 3 BIO/MBI 430 Coral Reef Biology 4 BIO 495 Directed Independent Research 1-6 BIO 496 Internship/Field Studies 1-4 CHE 251 Quantitative Analysis 4 CHE 252 Instrumental Analysis 4 CHE 253 &/or 254 Organic Chemistry I-II 5, 5 CHE 348 Biochemistry 5 COM 325 Web Publishing 4 DSC 325 Statistics for Management Decisions 3 ENG 300 Scientific Writing 3 GOG 232 Geography of the Caribbean 3 MAT 332 Mathematical Statistics 3 MAT 352 Mathematical Modeling 3 MAT/BIO/CSC 361 Bioinformatics 4 MBI 222 Ichthyology 4 MBI 424 Marine Ecology 4 MSC 239 Oceanography 4 MSC 465 or 466 Selected Topics (must be approved) 1-4 PHY 211/212 Intro to Physics I-II 4,4 PHY 241 &/or 242 General Physics I-II 5,5 SCI 200 Changes in the Natural World 3 SCI 210 Introduction to Meterology 4 SCI 301 Application of Principles from the Natural World 3 SSC 327 & 328 Quantitative Research Methods 4 Health Science Minor The health science minor is an interdisciplinary minor that is housed in the College of Science and Mathematics. Courses from a variety of UVI’s colleges of schools help to make this minor accessible to students in most of the University’s degree programs. With this goal in mind a wide range of courses will count towards the electives of this minor in addition to the required courses in psychology, biology and nursing. Students graduating with a health science minor will be prepared for a wide-range of career options in health fields that will depend on their major field of study or continuing secondary education. Prospective Students should be aware: As currently structured, entry-level courses can be completed on either campus, but the minor will need to be completed on the Orville E. Kean Campus. Students must complete the health science minor required and elective courses with a grade of C or higher. A. Required health science courses: Credits NUR 100 Medical Terminology 1 NUR 201 Consumer Health 3 NUR 310 Introduction to Racial and Ethnic Disparities in Health Care 3 PSY/SOC 241 Social Determinants of Health and Disease 3 SCI 305 Biology of Health and Disease 3 Bachelor of Science Degree 176 B. Seven credits, minimum of two classes, chosen from the following courses, one of which must be at the 300-level: Credits ACC 342 Managerial Accounting 3 ACC 442 Auditing 3 BIO 151 or 261 Human Anatomy and Physiology I 4 BIO 152 or 262 Human Anatomy and Physiology II 4 BIO 301 Microbiology for Health Sciences 4 BIO 355 Biology of Microorganisms 4 BIO 495 Directed Independent Research 1-4 BIO 496 Internship/Field Studies (Approved* health science topic) 1-4 CHE 251 Quantitative Analysis 4 CHE 252 Instrumental Analysis 4 CHE 254 Organic Chemistry I-II 5 CHE 348 Biochemistry 5 CIS 310 Advanced Business Software 3 CIS 357 Business Information Systems 3 COM 325 Web Publishing 4 CSC 245 Databases and Information Retrieval 3 DSC 325 Statistics for Management Decisions 3 ENG 300 Scientific Writing 3 HRM 243 Front Office Management 3 MAT 235 Mathematical Statistics 3 MAT/CSC/BIO 361 Bioinformatics 4 PSY 332 Industrial Organizational Psychology 3 PSY 350 Drugs, Behavior, and Society 3 SSC 327 Quantitative Research Methods 4 SSC 328 Quantitative Research Methods 4 ----- 496 Approved* Internship course 1-4 * Appropriateness of Internship or Directed Independent Study topics is determined by the director of the health science minor or chair of biological sciences. Mathematics Minor The minor in mathematics affords students the opportunity to extend their quantitative abili- ties as a route to deeper understanding of their chosen field and to greater marketability after graduation. Students must complete at least 21 hours in mathematics beyond the level of introductory calculus (MATH 241-242) to be distributed as follows: A. Required mathematics courses: Credits MAT 261 Linear Algebra 4 MAT 341 Intermediate Calculus I 4 MAT 342 Intermediate Calculus II 4 B. At least 9 credits to be chosen from the following list: Credits MAT 215 Introduction to Number Theory 3 MAT 233 Discrete Mathematics 3 MAT 301 Modern Geometry 3 MAT 325 Numerical Analysis 3 MAT 332 Mathematical Statistics 3 MAT 344 Probability 3 MAT 346 Differential Equations 4 MAT 348 Complex Variables 3 Bachelor of Science Degree 177 Credits MAT 352 Mathematical Modeling 3 MAT 361 Bioinformatics 4 MAT 362 Abstract Algebra I 3 MAT 386 History and Philosophy of Mathematics 3 MAT 441 Introductory Analysis I 3 MAT 442 Introductory Analysis II 3 MAT 458 Topology 3 MAT 461 Abstract Algebra II 3 MAT 465, 466 Special Topics 3,3 MAT 499 Approved Independent Study 1-3 Bachelor of Science Degree 178 CERTIFICATE Applied Computer Science (ACS) Technology The Applied Computer Science Technology Certificate provides practical knowledge and experience to ensure success for entry level technology-related employment requiring essential software, hardware, operating systems, and networking skills. ACS Tech is a two-semester, accelerated program that is ideally suited for non-traditional and part-time students: 3 courses and 8 credit hours the first semester; 2 courses and 7 credit hours the second semester. A virtual laboratory allows students to apply ACS Tech concepts in an authentic hands-on environment. Course concepts and the virtual lab can be extended as an optional prepara- tion for relevant, industry-recognized credentials (e.g., CompTIA Network+, Microsoft Certified Professional, Linux LPI Certification). Should a student choose to continue with a two-year or four-year degree, eleven (11) credit hours from the ACS Tech program may be transferred to satisfy elective or required courses. Students must complete the following fifteen (15) credits with a passing grade in each course. Credits CSC 110 Introduction to Programming and Problem Solving 3 CSC 235 ACS Virtual Technology Lab 1 CSC 241 Introduction to Computer Architecture and Systems 4 CSC 243 Digital Communications and Networks 4 CSC 255 Operating System Deployment Best Practices 3 Biomedical Laboratory Sciences Biomedical laboratory scientists are responsible for the technical work in clinical and research laboratories, analysis of biological samples, quality assurance of analytical methods and test results, maintenance of complex technological equipment and development, standardization and adaptation of new methods. The certificate program in biomedical laboratory science is a unique and exciting combination of training in health science and technology to understand and utilize future scientific and technological advances in biomedical laboratory science. Indi- viduals completing the program will be prepared for opportunities in medical laboratories inside and outside hospitals, private companies, academic institutions, and others. Required core courses: Credits BIO 141 General Biology 4 CHE 112 Principles of Chemistry for the Life Sciences 3 CHE 112L Principles of Chemistry for the Life Sciences Laboratory 1 BIO/CHE 230 Professionalism in Biomedical Science 1 BIO/CHE 241 Methods in Biomedical Science I 4 BIO/CHE 242 Methods in Biomedical Science II 4 CSC/SCI 230 Data Science I 3 Data Science The certificate program enables students with a degree or equivalent work experience to add data science to their skill set offering, making them more valuable to their current employer or more attractive to potential employers. The certificate provides practical knowledge and hands- on experience to prepare for entry-level data science or analytics employment. The certificate will prepare students to support an analytics team in identifying, building, and evaluating Bachelor of Science Degree 179 models. The courses include curriculum developed with practitioners, many of whom offer hands-on training opportunities to ensure students learn skills that support workforce needs. A. Required core data science courses: Credits CSC/SCI 230 Data Science I 3 CSC/IST/SCI 435 Data Science II 3 B. The student must choose one of the following statistics courses: Credits DSC 325 Statistics for Management Decisions 3 MAT 235 Introductory Statistics with Applications 4 MAT 245 Statistics for the Life Sciences 4 C. A final data science project is completed in one of the following courses. This course is to be taken during the last semester. * Credits ----- 495 Directed Independent Research 3 BUS 499 Independent Study 3 MAT 499 Independent Study 3 * The final data science project completed must be approved by faculty with respective depart- ment chairs to ensure projects relate to data science. Bachelor of Science Degree