Archived Program Catalog 2025-2026

This archived program catalog documents the academic programs that were approved and active during the 2025-2026 academic year. It serves as the official historical record for program information applicable to students who enrolled during this period and provides a reference for academic review and record verification.

College of Dental Medicine

The Dental Scientist Training Program (DSTP), also known as the D.M.D./Ph.D. program, is one of only 13 such programs supported by a National Institute of Dental and Craniofacial Health training grant. It is also financially and administratively supported by the Colleges of Dental Medicine and Graduate Studies. The program is designed to facilitate the development of superior students into individuals who can provide the innovative leadership required in oral health sciences. The integrated program provides the training for the attainment of both the D.M.D. and Ph.D. degrees. Accordingly, the program seeks to incorporate the best qualities of the dental and graduate programs into a cohesive whole and to foster exceptional training in both clinical and research areas.

The DSTP consists of faculty members drawn from both basic and clinical sciences departments. The program directors with internal and external steering committees are responsible for the operation of the program. The primary purpose of such an administrative structure is to guide the Dental Scientist Training Program and its participants toward the highest quality of intellectual curiosity and the accomplishment of academic excellence.

The DSTP is an integrated program with both the D.M.D. and Ph.D. degrees conferred upon a student at the very end of the program, and only upon successful completion of the program.  The curriculum is essentially the same curriculum for the D.M.D. and the Ph.D. programs, just integrated. Since DSTP students begin with the first year of D.M.D. training, they begin the dental school didactic curriculum in June, ahead of traditional Fall academic year start dates. DSTP students begins with 1 year of dental school, followed by 3-4 years of research, and then the final 3 years of the dental school curriculum. This paradigm helps students concentrate on their research and/or clinical work for better retention and offers a more satisfactory blend of academic and patient experiences. Additionally, dental students need continuity in their clinical training to maintain the skills acquired during their 2nd year of preclinical, laboratory-based dental classes. To stimulate and promote integration of the basic research skills and interests likely to be acquired during the years of PhD training, we provide 2 opportunities for DSTP students, during the clinical training, to gain knowledge about and actively participate in clinical and translational research through the Month in the Research Nexus and the Translational Sciences Clinic. DSTP students differ in the amount of time needed to complete their training; the average, based on 10 graduates to date, is 8.1 years.

Curriculum

Year 1, Summer B, Header (5/29/25-8/8/25)

DBSCI724 Gross Anatomy 8
GENDT802 Introduction to Dentistry 3
Semester Total 11

Year 1, Fall B (8/25/25-12/12/25)

CLNDM805 Early Clinics I 3.5
DBSCI727 Dental Biochemistry 3
DBSCI728A Cell Bio and Basic Histology 3
DBSCI728B Oral Histology and Embryology 2
DPOH806 Preventive Dentistry 1
FXPRO801 Pre-Clinical Occlusion I 2.5
GENDT801 Dental Morphology 3
GENDT804 Nutrition and Oral Health 1
GENDT819 Infection Control 1
IP711 IP Foundations & TeamSTEPPS 1
IP### IP Concentration Course 1
PERIO802 Periodontics I 2
GENDT831 Evidence Based Dentistry 0.5
Semester Total 24.5

Year 1, Spring (1/5/26-5/1/26)

CLNDM806 Early Clinics II 3.5
DBSCI723 Dental Microbiology 4
FXPRO805 Fixed Prosthodontics I 2
DBSCI725 Physiology 6
DBSCI729 Oral Immunology/Biology 4
MATSC801 Dental Materials 2.5
PROS820 Implant Prosthodontics I 2.5
STOMA880 Behavioral Science 2
Semester Total 26.5

Year 2, Summer A, Header (5/1/25-8/14/25)

CGS720 Laboratory Rotation 4
CGS721 Laboratory Rotations 4
###970 Research 3 - 6
Semester Total 11 - 14

Year 2, Fall B (8/25/25-12/12/25)

MCBP745 Topics in Oral Health Sciences 0.5
MCBP747 Oral Health Science Seminar Series 0.5
CGS768 Techniques & Experimental Design 2
###970 Research 3 - 6
Semester Total 6 - 9

Year 2, Spring (1/5/26-5/1/26)

CGS772 Learning From the Literature 2
CGS770 Principles Practices & Professionalism 2
MCBP745 Topics in Oral Health Sciences 0.5
MCBP747 Oral Health Science Seminar Series 0.5
###970 Research 3 - 6
Dissertation
Semester Total 8 - 11

Year 3, Summer A, Header (5/1/25-8/14/25)

###970 Research 3 - 6
Semester Total 3 - 6

Year 3, Fall B (8/25/25-12/12/25)

CGS727 Designing Rigorous Research 1
MCBP745 Topics in Oral Health Sciences 0.5
MCBP747 Oral Health Science Seminar Series 0.5
CGS700 Intro to Biostatsistics 4
###970 Research 3 - 6
Any additional department specific requirements
Semester Total 9 - 12

Year 3, Spring (1/5/26-5/1/26)

MCBP745 Topics in Oral Health Sciences 0.5
MCBP747 Oral Health Science Seminar Series 0.5
###970 Research 3 - 6
Dissertation 8-11
Semester Total 15*

Year 4, Summer A, Header (5/1/25-8/14/25)

Dissertation 15
Semester Total 15

Year 4, Fall B (8/25/25-12/12/25)

MCBP745 Topics in Oral Health Sciences 0.5
MCBP747 Oral Health Science Seminar Series 0.5
Dissertation 14
Semester Total 15

Year 4, Spring (1/5/26-5/1/26)

MCBP745 Topics in Oral Health Sciences 0.5
MCBP747 Oral Health Science Seminar Series 0.5
Dissertation 14
Semester Total 15

Year 5, Summer A, Header (5/1/25-8/14/25)

Dissertation 15
Semester Total 15

Year 5, Fall A (8/18/25-12/19/25)

MCBP745 Topics in Oral Health Sciences 0.5
MCBP747 Oral Health Science Seminar Series 0.5
Dissertation 14
Semester Total 15

Year 5, Spring (1/5/26-5/1/26)

MCBP745 Topics in Oral Health Sciences 0.5
MCBP747 Oral Health Science Seminar Series 0.5
Dissertation 14
Semester Total 15

Year 6, Summer A, Header (5/1/25-8/14/25)

RSCH Research in Area of Study 15
Semester Total 15

Year 6, Fall A (8/18/25-12/19/25)

CLNDM810 Early Clinics III 3
ENDO816 Principles of Endodontics 3
FXPRO806 Fixed Prosthodontics II 2.5
GENDT805 Operative I and Cariology 4.5
OMFS801 Oral Surgery I 1
ORAD800 Introduction to Rad Tech & Interp 2
ORTHO 801 Orthodontics I 2
RMPRO811 Complete Dentures Pros I 4.5
SDENT623 General & Systemic Pathology 3.5
SDENT838 Oral Medicine I 1
MCBP745 Topics in Oral Health Sciences 0.5
MCBP747 Oral Health Sci Seminar Series 0.5
Semester Total 28

Year 6, Spring (1/5/26-5/1/26)

CLNDM811 Early Clinics IV 2.5
ENDO817 Endodontic Technique 2
FXPRO807 Fixed Prosthodontics III 2.5
GENDT830 Operative II 4
OMFS805 Comp. Control of Pain/Anxiety Dentistry 1
ORTHO 802 Orthodontics II 2
DBSCI726 Pharmacology 4
PDENT800 Pediatric Dentistry I 1
RMPRO813 Complete Dentures II 1.5
RMPRO835 Removable Partial Pros 3.5
SDENT907 Oral Medicine II 1
MCBP745 Topics in Oral Health Sciences 0.5
MCBP747 Oral Health Sci Seminar Series 0.5
Semester Total 26

Year 7, Summer A, Header (5/1/25-8/14/25)

CLNDM812I Junior Clinic Oral Diagnosis/Rad 1
CLNDM890 Orientation to Clinics 1
CLNDM896 Junior Attendance I 2
GENDT835 Treatment Plan Fundamentals 1
GENDT888 Preclinical Skills Assessment 0.5
OMFS806 Clinical Pathopsys of Com Med Cond 0.5
OMFS810 Physical Diagnosis 1
PEDOR825 Pediatric/Orthodontic Lab 1
PROS821 Implant Prosthodontics II 2.5
PERIO817 Periodontics II 1.5
Semester Total 12

Year 7, Fall A (8/18/25-12/19/25)

CLNDM813E Junior Clinic Pediatric 0.5
CLNDM813I Junior Clinic Oral Diagnosis/Radiology 1.5
CLNDM830 Continued Quality Improvement 1.5
CLNDM897 Junior Attendance II 3
DBSCI730 Clinical Genetics 1
ENDO813 Endo Special Topics 1
GENDT818 Introduction to Research Methods 2
PDENT801 Pediatric Dentistry II 1
PERIO818 Periodontics III 1.5
SDENT839 Oral Pathology I 3
MCBP745 Topics in Oral Health Sciences 0.5
MCBP747 Oral Health Sci Seminar Series 0.5
Semester Total 17

Year 7, Spring (1/5/26-5/1/26)

CLNDM814A Junior Clinic Fixed Prosthodontics 1
CLNDM 814B Jr. Clinic Endodontics 1
CLNDM814C Junior Clinic Operative Dent 3.5
CLNDM814D Junior Clinic Oral Surgery 1
CLNDM814E Junior Clinic Pediatric Dent. 0.5
CLNDM814I Junior Clinic Oral Diagnosis/Rad 1.5
CLNDM814J Junior Clinic Periodontics 3
CLNDM814K Junior Clinic Orthodontics 0.5
CLNDM814L Junior Clinic Removable Pros 3
CLNDM827 Junior Treatment Plan Clinic 1
CLNDM831 Continued Quality Improvement II 1.5
CLNDM874 Oral Rehab Clin Experience I 2
CLNDM898 Junior Attendance III 3
GENDT807 Practice Management I 1
GENDT816 Patient Management 1
MATSC886 Independent Project 1
PROS830 Dental Implantology 1
SDENT840 Oral Pathology II 3
DPOH808 Dental Public Health 1
ORAD801 Radiology Advanced Topics 1
MCBP745 Topics in Oral Health Sciences 0.5
MCBP747 Oral Health Sci Seminar Series 0.5
Semester Total 32.5

Year 8, Summer A, Header (5/1/25-8/14/25)

CLNDM832 Cont. Quality Improvement III 1.5
CLNDM850E Senior Clinic Pediatric Dentistry 0.5
CLNDM892 Senior Attendance I 2.5
GENDT806 Esthetic Dentistry 0.5
GENDT825 Comp Clinical Competency I 0.5
OMFS885 Advanced Concepts in OMFS 1
GENDT817 Practice Management II 1
SDENT846 Chronic Orofacial Pain Mgmt 0.5
Semester Total 8

Year 8, Fall A (8/18/25-12/19/25)

CLNDM833 Continued Quality Improvement IV 1.5
CLNDM851C Senior Clinic Operative Dentistry 3
CLNDM851E Senior Clinic Pediatric Dentistry 0.5
CLNDM875 Oral Rehab Clin Experience II 2
CLNDM893 Senior Attendance II 3
GENDT810 Advanced Dental Seminar Series 1
GENDT823 Advanced Treatment Planning 2.5
MCBP745 Topics in Oral Health Sciences 0.5
MCBP747 Oral Health Sci Seminar Series 0.5
Semester Total 14.5

Year 8, Spring (1/5/26-5/1/26)

CLNDM828 Senior Treatment Plan Clinic 1
CLNDM818 Ryan White Wellness Center 0.5
CLNDM834 Continued Quality Improvement V 1.5
CLNDM845 Oral Surgery Rotation 1.5
CLNDM852B Senior Clinic Endodontics 1
CLNDM852C Senior Clinic Operative Dentistry 1
CLNDM852E Senior Clinic Pediatric Dentistry 0.5
CLNDM852J Senior Clinic Periodontics 3
CLNDM852L Implant Prosthodontic Clinic 1
CLNDM852M Senior Clinic Removable Pros 3
CLNDM852N Senior Clinic Fixed Prosthodontics 1
CLNDM871 Clinical Rest Dent Comp 7.5
CLNDM872 Oral Diagnosis Rotation 1.5
CLNDM876 Oral Rehab Clin Experience III 1
CLNDM880 Oral Head & Neck Cancer Clinical 0.5
CLNDM894 Senior Attendance III 3
CLNDM865 Off Campus Enrichment Sites 0.5
GENDT822 EBD Capstone 0.5
GENDT826 Comp Clinical Competency II 0.5
MCBP745 Topics in Oral Health Sciences 0.5
MCBP747 Oral Health Sci Seminar Series 0.5
Semester Total 31
Curriculum Total 388-403+

* In Dissertation years, total credits for each semester must equal 15.

College of Graduate Studies

Curriculum

The curriculum of the Master of Science in Biomedical Sciences (MSBS) program is centered around nine areas of study that reflect the breadth of modern biomedical research.

Biochemistry & Molecular Biology Curriculum

Year 1, Fall A (8/18/25-12/19/25)

CGS765 Proteins: Dynamic Structures and Functions 1
CGS766 Genes: Inheritance & Expression 2
CGS767 Cells: Organization & Communication 2
CGS768 Techniques & Experimental Design 2
BMB970 Research 2
Semester Total 9

Year 1, Spring (1/5/26-5/1/26)

BMB730 Seminar: Biochemistry Research & Methods 1
BMB766 Provocative Topics: Biochemistry 2
CGS770 Principles, Practices & Professionalism 2
BMB970 Research 2.5
ELEC Elective Pool 2.5
Semester Total 10

Year 1, Summer A, Trailer (5/4/26-8/14/26)

CGS762 Writing for Master of Science in Biomedical Sciences 1
BMB970 Research 5.5
ELEC Elective Pool 2.5
Semester Total 9

Year 2, Fall (8/18/25-12/19/25)

BMB607 Provocative Topics in Biochemistry 2
BMB730 Seminar: Biochemistry Research & Methods 1
BMB970 Research 3.5
ELEC Elective Pool 2.5
Semester Total 9

Year 2, Spring (1/5/26-5/1/26)

BMB730 Seminar: Biochemistry Research & Methods 1
BMB970 Research 5.5
ELEC Elective Pool 2.5
Semester Total 9
Curriculum Total 46

Biostatistics

Year 1, Fall A (8/18/25-12/19/25)

BMTRY700 Introduction to Clinical Biostatistics 3
BMTRY706 Theoretical Foundations in Statistics I 3
BMTRY736 Foundations of Epidemiology I 3
BMTRY776 Public Health Seminar 1
BMTRY970 Research 1
Semester Total 11

Year 1, Spring (1/5/26-5/1/26)

BMTRY701 Biostatistics Methods II 4
BMTRY707 Theorectical Foundations of Statistics II 3
BMTRY747 Foundations of Epidemiology II 3
BMTRY776 Public Health Seminar 1
CGS770 Principles, Practices, and Professionalism 2
BMTRY970 Research 1
Semester Total 14

Year 1, Summer A, Trailer (5/4/26-8/14/26)

BMTRY970 Research 5
ELEC Elective Pool 4
Semester Total 9

Year 2, Fall A (8/18/25-12/19/25)

BMTRY784 Biostastical Methods III 3
BMTRY970 Research 6
Semester Total 9

Year 2, Spring (1/5/26-5/1/26)

BMTRY970 Research 6.5
ELEC Elective Pool 2.5
Semester Total 9
Curriculum Total 52

Cell & Molecular Pharmacology & Experimental Therapeutics

Year 1, Fall A (8/18/25-12/19/25)

CGS765 Proteins: Dynamic Structures and Functions 1
CGS766 Genes: Inheritance & Expression 2
CGS767 Cells: Organization & Communication 2
CGS768 Techniques & Experimental Design 2
PCOL970 Research 2
Semester Total 9

Year 1, Spring (1/5/26-5/1/26)

CGS770 Principles, Practices & Professionalism 2
CGS790C Fundamentals of Cancer Biology 2
CGS790E Principles of Drug Discovery & Development 2
PCOL970 Research 1
ELEC Elective Pool 2
Semester Total 9

Year 1, Summer A, Trailer (5/4/26-8/14/26)

CGS762 Writing for Master of Science in Biomedical Sciences 1
PCOL970 Research 8
Semester Total 9

Year 2, Fall (8/18/25-12/19/25)

PCOL727 Provocative Topics in Pharmacology 2
PCOL970 Research 4.5
ELEC Elective Pool 2.5
Semester Total 9

Year 2, Spring (1/5/26-5/1/26)

PCOL727 Provocative Topics in Pharmacology 2
PCOL970 Research 4.5
ELEC Elective Pool 2.5
Semester Total 9
Curriculum Total 45

Epidemiology Curriculum

Year 1, Fall A (8/18/25-12/19/25)

BMTRY700 Introduction To Clinical Biostatistics 3
BMTRY736 Foundations in Epidemiology I 3
CGS776 Public Health Seminar 1
PHGEN706 Introduction to Public Health 2
BMTRY970 Research 1
Semester Total 10

Year 1, Spring (1/5/26-5/1/26)

BMTRY701 Biostatistics Methods II 4
BMTRY747 Foundations of Epidemiology II 3
BMTRY776 Public Health Seminar 1
BMTRY970 Research 1
CGS770 Principles, Practices, and Professionalism 2
ELEC Elective Pool 3
Semester Total 14

Year 1, Summer A, Trailer (5/4/26-8/14/26)

ELEC Elective Pool 3
BMTRY970 Research 6
Semester Total 9

Year 2, Fall (8/18/25-12/19/25)

ELEC Elective Pool 3
ELEC Elective Pool 3
BMTRY970 Research 3
Semester Total 9

Year 2, Spring (1/5/26-5/1/26)

ELEC Elective Pool 3
ELEC Elective Pool 3
BMTRY970 Research 3
Semester Total 9
Curriculum Total 51

Experimental Pathology & Laboratory Medicine Curriculum

Year 1, Fall A (8/18/25-12/19/25)

CGS765 Proteins: Dynamic Structures and Functions 1
CGS766 Genes: Inheritance & Expression 2
CGS767 Cells: Organization & Communication 2
CGS768 Techniques & Experimental Design 2
PATH970 Research 2
Semester Total 9

Year 1, Spring (1/5/26-5/1/26)

CGS770 Principles, Practices & Professionalism 2
CGS790B Immunobiology 2
MBIM735 Advanced Immunobiology 2
PATH970 Research 1
ELEC Elective Pool 2
Semester Total 9

Year 1, Summer A, Trailer (5/4/26-8/14/26)

CGS762 Writing for Master of Science in Biomedical Sciences 1
PATH970 Research 8
Semester Total 9

Year 2, Fall (8/18/25-12/19/25)

PATH700 Seminar in Pathobiology 1
PATH970 Research 5.5
ELEC Elective Pool 2.5
Semester Total 9

Year 2, Spring (1/5/26-5/1/26)

MBIM770 Seminar 1
PATH970 Research 5.5
ELEC Elective Pool 2.5
Semester Total 9
Curriculum Total 45

Microbiology & Immunology Curriculum

Year 1, Fall A (8/18/25-12/19/25)

CGS765 Proteins: Dynamic Structures and Functions 1
CGS766 Genes: Inheritance & Expression 2
CGS767 Cells: Organization & Communication 2
MBIM970 Research 2
CGS768 Techniques & Experimental Design 2
Semester Total 9

Year 1, Spring (1/5/26-5/1/26)

CGS770 Principles, Practices & Professionalism 2
CGS790B Immunobiology 2
MBIM970 Research 2.5
ELEC Elective Pool 2.5
Semester Total 9

Year 1, Summer A, Trailer (5/4/26-8/14/26)

CGS762 Writing for Master of Science in Biomedical Sciences 1
MBIM970 Research 5.5
ELEC Elective Pool 2.5
Semester Total 9

Year 2, Fall (8/18/25-12/19/25)

MBIM735 Advanced Immunology: Molecular and Cellular Basis of Inflammation & Immunity 2
MBIM770 Seminar 1
MBIM970 Research 3.5
ELEC Elective Pool 2.5
Semester Total 9

Year 2, Spring (1/5/26-5/1/26)

MBIM856 Critical Lit Review in Inflammation & Immunity 1
MBIM970 Research 5.5
ELEC Elective Pool 2.5
Semester Total 9
Curriculum Total 45

Molecular & Cell Biology & Pathobiology Curriculum

Year 1, Fall A (8/18/25-12/19/25)

CGS765 Proteins: Dynamic Structures and Functions 1
CGS766 Genes: Inheritance & Expression 2
CGS767 Cells: Organization & Communication 2
CGS768 Techniques & Experimental Design 2
MCBP970 Research 2
Semester Total 9

Year 1, Spring (1/5/26-5/1/26)

CGS770 Principles, Practices & Professionalism 2
MCBP724 Seminar in Molecular & Cell 2
MCBP970 Research 2.5
ELEC Elective Pool 2.5
Semester Total 9

Year 1, Summer A, Trailer (5/4/26-8/14/26)

CGS762 Writing for Master of Science in Biomedical Sciences 1
MCBP970 Research 5.5
ELEC Elective Pool 2.5
Semester Total 9

Year 2, Fall (8/18/25-12/19/25)

MCBP724 Seminar in Molecular & Cell 2
MCBP970 Research 4.5
ELEC Elective Pool 2.5
Semester Total 9

Year 2, Spring (1/5/26-5/1/26)

MCBP724 Seminar in Molecular & Cell 2
MCBP970 Research 4.5
ELEC Elective Pool 2.5
Semester Total 9
Curriculum Total 45

Neuroscience Curriculum

Year 1, Fall A (8/18/25-12/19/25)

CGS765 Proteins: Dynamic Structures and Functions 1
CGS766 Genes: Inheritance & Expression 2
CGS767 Cells: Organization & Communication 2
CGS768 Techniques & Experimental Design 2
NSCS970 Research 2
Semester Total 9

Year 1, Spring (1/5/26-5/1/26)

CGS770 Principles, Practices & Professionalism 2
NSCS730A Neuroscience A 2
NSCS730B Neuroscience B 2
NSCS730C Neuroscience C 2
NSCS970 Research 1
ELEC Elective Pool 2.5
Semester Total 11.5

Year 1, Summer A, Trailer (5/4/26-8/14/26)

CGS762 Writing for Master of Science in Biomedical Sciences 1
NSCS970 Research 8
Semester Total 9

Year 2, Fall (8/18/25-12/19/25)

NSCS970 Research 6.5
ELEC Elective Pool 2.5
ELEC Elective Pool 2.5
Semester Total 11.5

Year 2, Spring (1/5/26-5/1/26)

NSCS970 Research 6.5
ELEC Elective Pool 2.5
Semester Total 9
Curriculum Total 50

Regenerative Medicine & Cell Biology Curriculum

Year 1, Fall A (8/18/25-12/19/25)

CGS765 Proteins: Dynamic Structures and Functions 1
CGS766 Genes: Inheritance & Expression 2
CGS767 Cells: Organization & Communication 2
CGS768 Techniques & Experimental Design 2
RMCB970 Research 2
Semester Total 9

Year 1, Spring (1/5/26-5/1/26)

CGS770 Principles, Practices & Professionalism 2
CGS790F Human Genetics and Genomics 2
CGS825 Biological Big Data for Basic Scientists 1
RMCB970 Research 4
Semester Total 9

Year 1, Summer A, Trailer (5/4/26-8/14/26)

CGS762 Writing for Master of Science in Biomedical Sciences 1
RMCB970 Research 5.5
ELEC Elective Pool 2.5
Semester Total 9

Year 2, Fall (8/18/25-12/19/25)

MCBP771 Seminar in Regenerative Medicine 1
MCBP753 Cell Biology and Cancer Journal Club 1
RMCB970 Research 4.5
ELEC Elective Pool 2.5
Semester Total 9

Year 2, Spring (1/5/26-5/1/26)

MCBP771 Seminar in Regernative Medicine 1
MCBP753 Cell Biology and Cancer Journal Club 1
RMCB970 Research 4.5
ELEC Elective Pool 2.5
Semester Total 9
Curriculum Total 44

Biomedical data science and informatics is an interdisciplinary field that applies concepts and methods from computer science and other quantitative disciplines together with principles of information science to solve challenging problems in biology, medicine and public health.

The nation's transition to new healthcare delivery models and the exponential growth in biomedical data translate to a need for professionals with expertise in data science focused in biomedical research who can leverage big data to improve health in the state and the nation. Specialized tracks include precision medicine, population health, and clinical and translational informatics.

The program is a unique collaboration that brings together Clemson's strengths in computing, engineering, and public health and MUSC's expertise in biomedical sciences to produce the next generation of data scientists, prepared to manage and analyze big data sources from mobile sensors to genomic and imaging technologies. Graduates will possess the necessary skills for informatics careers in biology, medicine or public health focused on the development of prescriptive analytics from large data sources.

Curriculum

Each student will work with the graduate coordinator, academic advisor, and dissertation committee to construct a program of study that conforms to the requirements outlined below and takes into account both the student’s prior preparation and intended research area. In cases where the student comes to the program with prior coursework in a required area, the graduate coordinator may approve a substitution. In cases where a student lacks pre-requisites for a required course, the student will be asked to complete both the pre-requisite coursework and the required course. Because the curriculum will be tailored to each student, the time needed to complete the degree will vary, but in general, it is expected that students can complete the degree in five years or less.

Coursework (65-68 credits):

Area I - Biomedical Informatics Foundations & Applications 15-16 credits
Area II - Computing, Math, Statistics, & Engineering 18 credits
Area III - Population Health, Health Systems, & Policy 5-6 credits
Area IV - Domain Biology/Medicine 3-4 credits
Area V - Lab rotations, seminars, doctoral research 24 credits

Additional requirements include passing a qualifying exam, a dissertation proposal, and ultimately a dissertation and its defense.

Students will have a designated "home institution" -- either Clemson or MUSC -- at which they will be physically located. However, all students in this program will take graduate classes from both institutions. Students will not be required to travel between campuses as courses will be made available to students both on-campus and via synchronous remote capability. Courses will be offered at the Clemson main campus, MUSC main campus, the University Center at Greenville, and the Zucker Family Graduate Education Center (on CURI campus, North Charleston).

This doctoral program is a research degree. Students will pursue one of three track specialty areas which include precision medicine, population health, and clinical and translational informatics. All students will have the opportunity to work directly with one or more program faculty members on research related to data science and informatics. Doctoral students will be immersed in the research environment and will actively engage in authoring research proposals, conducting research, writing abstracts and manuscripts, and presenting research findings.

*This course is delivered through Clemson University as part of a joint Biomedical Data Science and Informatics program.

Area I - Biomedical Informatics Foundations & Applications


Biomedical Informatics Foundations
BDSI 701
(MUSC)
Introduction to Biomedical Informatics 3
BDSI 702
(MUSC)
Biomedical Data Standards 3

Research Foundations (Choose 1)
BDSI 8210
(MUSC)
Health Research I 3
DHA 866
(MUSC)
Applied Research
3
HIN 708
(MUSC)
Applied Statistical & Research Methods 3

Track Specific Course (Choose 1)
BDSI 711
(MUSC)
Precision Medicine Informatics 3
BDSI 712
(MUSC)
Translational Informatics 3
BDSI 8900
(CLEM)
Population Health Informatics 3

Electives (Choose 1-2, Minimum 3 credits)
CPSC 8450
(CLEM)
Bioinformatics Algorithms 3
BMTRY 783
(MUSC)
Statistical Methods for Bioinformatics 2
BDSI ####
(MUSC)
Panomics 3
BDSI ####
(MUSC)
Consumer & Quantified Self 2
BDSI ####
(MUSC)
Health Enterprise Analytics 2
BDSI 731
(MUSC)
Microbiome Informatics 2
Area Total 15-16

Area II - Computing, Math, Statistics, & Engineering


Systems & Database Management (Choose 2)

Applied Software Engineering
BDSI 8710
(CLEM)
Foundations of Software Engineering 3
BDSI ####
(CLEM)
Software Design 3

Computing Environments
BDSI ####
(CLEM)
Computational Science 3
BDSI 6780
(CLEM)
General Purpose Computation on GPUs 3
BDSI ####
(CLEM)
High-Performance Computing with GPUs 3
BDSI 8200
(CLEM)
Parallel Architectures 3
BDSI ####
(CLEM)
Introduction to Parallel Systems 3
BDSI ####
(CLEM)
Principles of Scientific Computing 3

Data Management Tools & Technology
BDSI 6620
(CLEM)
Database Management 3
BDSI ####
(CLEM)
Database Management System Design 3
BDSI 8470
(CLEM)
Introduction to Information Retrieval 3

Human Factors, HCI, & Usability
BDSI 6140
(CLEM)
Human & Computer Interaction 3
BDSI 8310
(CLEM)
Fundamentals of Human-Centered Computing 3
BDSI 8000
(CLEM)
Human Factors Engineering 3

Math & Computing Foundations (Choose 1)
BDSI 8010
(MUSC)
Statistical Methods I 3
BDSI 8050
(MUSC)
Data Analysis 3
BMTRY 700
(MUSC)
Introduction to Clinical Biostatistics 3

Machine Learning/Data Science (Choose 1)
BDSI 6420
(CLEM)
Artificial Intelligence 3
BDSI 6300
(MUSC)
Applied Data Science 3
BDSI 721
(MUSC)
Applied Machine Learning 3
BDSI 6430
(CLEM)
Machine Learning: Implementation & Evaluation 3
BDSI ####
(CLEM)
Advanced Machine Learning 3

Choose 2

Biostatistics
BDSI ####
(CLEM)
Biostatics 3
BDSI 8310A
(MUSC)
Quantitative Analysis 3
BMTRY 701
(MUSC)
Biostatistical Methods II 4

Data Mining
BDSI 8650
(CLEM)
Data Mining 3
BDSI ####
(CLEM)
Pattern Recognition 3
BDSI ####
(CLEM)
Network Science 3
BDSI ####
(CLEM)
Applied Multivariate Statistical Analysis 3
BMTRY 719
(MUSC)
Bayesian Biostatistics 3

Visualization & Exploratory Data Analysis
BDSI 6030
(CLEM)
Data Visualization 3
BDSI 8031
(CLEM 8030)
Scientific Visualization 3
BDSI 8430
(CLEM)
Deep Learning 3

Image & Signal Processing
BDSI ####
(CLEM)
Introduction to Computer Vision 3
BDSI ####
(CLEM)
Introduction to Digital Signal Processing 3
BDSI ####
(CLEM)
Digital Image Processing 3
BDSI 6310
(CLEM)
Medical Imaging 3

Decision Analysis/Knowledge Integration/Modeling
BDSI 6410
(CLEM)
Introduction to Stochastic Models 3
BDSI ####
(CLEM)
Knowledge Engineering 3
BDSI ####
(CLEM)
Engineering Optimization & Applications 3

Geospatial Analysis
BDSI ####
(CLEM)
GIS for Public Administrators 3
BDSI ####
(MUSC)
GIS & Mapping for Public Health 3

Algorithms/Data Structures
BDSI ####
(CLEM)
Design & Analysis for Algorithms 3
BDSI 8380
(CLEM)
Advanced Data Structures 3

Natural Language Processing
BDSI 722
(MUSC)
Clinical Natural Language Processing 2-3
Area Total 18

Area III - Population Health, Health Systems, & Policy


Choose 2 (Course titles must be different)

Ethical, Legal & Social Issues, Privacy, and Security
HAP 735
(MUSC)
Health Law & Risk Management 3
HIN 716
(MUSC)
Ethical, Legal, & Regulatory 3

Health Systems
BDSI 8110
(MUSC)
Health Care Delivery Systems 3
BDSI ####
(CLEM)
Health Economics 3
DHA 807
(MUSC)
Managing Healthcare Information 3

Health Policy
HAP 704 02
(MUSC)
Health Policy 3
BDSI 8100
(CLEM)
Health Policy 3

Population Health
BDSI ####
(CLEM)
Population Health & Research 2
BDSI ####
(CLEM)
Epidemiology 3
BMTRY 736
(MUSC)
Foundations of Epidemiology I 3
DHA 850
(MUSC)
Population Health Management 3
BMTRY 747
(MUSC)
Foundations of Epidemiology II 3

Quality & Safety
BDSI ####
(CLEM)
Health System Quality Improvement 2
HAP 632 02
(MUSC)
Quality Management of Health Care Services 3
Area Total 5-6

Area IV - Domain Biology/Medicine


Choose 1

Biochemistry/Pathology
BDSI ####
(CLEM)
Molecular Biology: Genes to Proteins 3
BDSI ####
(CLEM)
Molecular Basis of Disease 3
BDSI ####
Advanced Biochemistry
3

Foundations of Biomedical Sciences
BDSI ####
(CLEM)
Biomedical Basis for Engineered Replacement 3
CGS 766
(MUSC)
Genes: Inheritance & Expression 4

BDSI ####
(CLEM)

Computational Biophysics  3
BDSI ####
(CLEM)
Practical Bioinformatics for Microbiologists  3
BDSI ####
(CLEM)
Concepts in Molecular, Cellular and Dev. Bio  3
BDSI ####
(CLEM)
Concepts in Evolution, Ecology and Organismal Bio  3
CGS 767
(MUSC)
Cells: Organization & Communication 3
BDSI 6400
(MUSC)
Bioinformatics 3

Genetics
BDSI 6700
(MUSC)
Human Genetics 3
BDSI ####
(CLEM)
Introduction to Applied Genomics 3
BDSI ####
(CLEM);
Statistical Genetics  3
BDSI ####
(CLEM)
Introduction to Quantitative Genetics  3
BDSI ####
(CLEM)
Advanced Genetics  3
BDSI ####
(CLEM)
Molecular Genetics and Gene Regulation  3
BDSI ####
(CLEM)
Population & Quantitative Genetics  3
BDSI ####
(CLEM)
Molecular Genetics of Eukaryotes  3
   Genomics  
 
BDSI 6700
(MUSC)
Human Genetics 3
BDSI ####
(CLEM)
Introduction to Applied Genomics 3
BDSI ####
(CLEM) 
Principles of Pharmacogenomics  3
BDSI ####
(CLEM) 
Systems Biology and Pharmacology  3
BDSI ####
(CLEM) 
Advanced Medical Bioinformatics   3
BDSI ####
(CLEM) 
Genomics and Proteomics  3
BDSI ####
(CLEM) 
Molecular Diagnostics and Pathogen Genomics  3
BDSI ####
(CLEM) 
Regulatory Genomics  3
Area Total 3-4

Area V - Lab rotations, seminars, doctoral research


Lab Rotations
BDSI 720
(MUSC)
Lab Rotation 2
BDSI 700
(MUSC)
BDSI Seminar 4
BDSI 771
(MUSC)
Health Equity 1
BDSI 780
(MUSC)
BDSI Special Topics 1-3
BDSI 970
(MUSC)
Research 18
Area Total 24
Curriculum Total 65-68

The granting of the Doctor of Philosophy (Ph.D.) degree is based on evidence of general proficiency and distinctive attainments in a special field, particularly on the demonstrated ability to carry on independent and original investigation. Critical thinking, experimental design, data analysis and the ability to communicate in a scholarly manner are also key skills learned during the Ph.D. training. The degree is not one to be conferred solely as a result of study for a specific length of time with the accumulation of credits taken.

The College of Graduate Studies (CGS) offers a common entry pathway for new Ph.D. students. Upon matriculation, students pursue their studies in Biomedical Sciences, Biomedical Data Science & Informatics, Biostatistics, or Epidemiology each with different curricula and training plans. Students pursuing Biomedical Sciences follow a first-year core curriculum designed and administrated by CGS. This first-year curriculum provides a broad interdisciplinary background devoted predominately to the principles of the basic sciences. It also provides information on some of the latest and cutting-edge areas of science. After their first year, Biomedical Sciences choose a major advisor for their dissertation research and a departmental or interdepartmental program for their further training.

As a prerequisite for the Ph.D. degree, the College requires students to demonstrate a predetermined level of statistical competence. This may be achieved by both enrolling in and completing CGS 700 in the second or subsequent years of graduate study, or by providing transcript evidence of satisfactory completion of previously taken statistical course(s) that fulfill the College requirement. The Dean will decide whether or not to grant a waiver.

Doctor of Philosophy with areas of study in:

  • Biochemistry & Molecular Biology
  • Cell & Molecular Pharmacology & Experimental Therapeutics
  • Drug Discovery
  • Microbiology & Immunology
  • Molecular & Cellular Biology & Pathobiology
  • Neuroscience

Degree Requirements

CGS does not require a specific number of course credits for the Ph.D. degree. In addition to those requirements mentioned above for the Biomedical Sciences students (see Curricula), programs may require participation in journal clubs or seminars. All students will complete Qualifying and/or Admission to Candidacy exams that differ for students in the Biomedical Sciences, Biostatistics, Epidemiology and BDSI programs. Finally, students submit a dissertation based on their original investigation. Biomedical Sciences programs have adopted the rule that students must have 1 first author peer-reviewed research article accepted prior to the dissertation defense. Students and mentors can petition the Dean for an exception if there are unusual extenuating circumstances. Students will then present a public seminar and are given an oral examination related to the defense of the dissertation. The Dissertation Advisory Committee will then recommend whether to award the final degree; a successful written document and oral defense are required.

Program of Study

Within three months of the selection of Dissertation Advisor, the Program of Study is planned in a joint meeting of the student and his/her Dissertation Advisor. The Program of Study is a list of courses and other requirements, including those of the major department/program, which the student must complete in order to meet the program requirements for the given degree. It lists courses that are being transferred as well as courses that are to be taken on campus. After approval by the Dissertation Advisor, the approved Program of Study is filed with the departmental graduate coordinator and with the office of the dean. A decision to remove, substitute, or add courses to the Program of Study can be made in a joint meeting of the student and the Dissertation Advisor. Any changes in the program must be completed no later than one week after the substituted or additional course has begun. A record of any change in the program will be submitted by the Dissertation Advisor to the office of the dean. In addition, it will be the final responsibility of the student and his/her Dissertation Advisor to ensure that any change in the Program of Study is consistent with the maintenance of at least the minimum course requirements of the major department.

The Dissertation Advisor, in consultation with the student, will prescribe additional course work needed to complete the departmental requirements for graduation and other course work or areas of study needed to remedy deficiencies in the student's background to ensure successful completion of the proposed dissertation. The Program of Study form must be completed before scheduling the Admission to Candidacy exam.

Courses Audited

Any graduate student, with permission of the instructor and the chairperson of the Thesis/Dissertation Advisory Committee, and with written notice to the Graduate Office, may audit a course. Audited courses are not part of the Program of Study and will not be given credit.

Admission to Candidacy Exam - Biomedical Sciences

Admission to candidacy for the Ph.D. degree requires that the student has passed a rigorous examination. This examination is intended to test his/her general knowledge of his/her major field and related fields of study, as well as testing the ability to think critically, develop hypothesis and use knowledge gained to address unanswered research questions. The Biomedical Sciences Ph.D. programs (MCBP, Neuroscience, Drug Discovery, Biochemistry, Pharmacology, Microbiology & Immunology) have eliminated a separate qualifying examination and adopted a common format for a single Admission to Candidacy exam to be given in the second year.

This exam requires the submission of an original research proposal followed by a substantive oral defense. In general, the written proposal is submitted by May 30 of the 2nd year, and the oral exam occurs during the month of June of the 2nd year. (Some students may choose to take the examination earlier). The proposal CANNOT have been submitted previously to any intramural or extramural funding agencies, and cannot duplicate material contained in the advisor's grants. The proposal can be related to ongoing work in the lab as long as it is original and solely the work of the student.

Instructions are posted on the CGS intranet site. The proposal will follow the format of an NIH F31 grant proposal. The examination committee will be chaired by someone other than the major advisor, and the committee will contain faculty from within and outside of the major department/program. In addition, one committee member (from outside the department) will be drawn from a CGS evaluation committee to ensure that examinations are fair and comparable. The Chair will be a committee member other than the Dissertation Advisor and will work closely with the student and ensure that they are making progress on their Specific Aims and understand the rules and expectations. Documents will be submitted to the student's Candidacy Committee at least a week before the proposal defense to give them adequate time to review it. The oral examination will begin with an uninterrupted presentation by the student, following by substantial questioning by the members of the committee. All committees will use the same rubric for both the written and oral examinations. The outcomes are pass, conditional pass, and fail. Guidelines for how outcomes of "conditional pass" and "fail" will be handled are listed on the intranet site. The outcome of "conditional pass" should be a common occurrence, given the student the opportunity to improve important skills in a way that will help them in the rest of their training. Remediation of the "conditional pass" usually involves modification of a portion of the written document, preparation of some supplementary material, or a partial repeat of the oral examination. Completion of this remediation should occur no later than September 30th of the 2nd year. A grade of "fail" in contrast, represents a serious lack of mastery of important skills on the part of the student. Students who "fail" their candidacy exam have the opportunity to repeat the entire written and oral examination within 3 months after the first oral examination.

Upon successful completion of the candidacy exam, the Examination committee recommends that the student be admitted to candidacy by their signatures on the Admission to Candidacy form. Admission to candidacy must occur at least one year prior to the date of the student's final defense.

Dissertation Advisory Committee

A student's dissertation advisory committee should be formed no later than 6 months after passing the Admission to Candidacy exam. The Chairperson must be a full member of Graduate Faculty or an associate member with a full member co-mentor. The advisory committee should consist of 5 members including the Chairperson: three from the students' major department and two from outside the department. This stipulation is to encourage diversity of thought and to ensure that the committee members feel free to express their opinions to the student and to the major advisor. For students training in MCBP, the "external" members should be chosen from departments other than that of the mentor, and preferably from outside the same MCBP track. All members shall be members of the Graduate Faculty, with the exception of individuals external to MUSC. External faculty must have appropriate credentials at their institution and their appointment to the committee must be approved by the Dean. The Chairperson will be responsible for coordinating the activity of the Dissertation Advisory Committee and ensuring compliance with graduate school regulations. The Dissertation Advisory Committee is chosen by the student with the proposed dissertation advisor and the names forwarded through the departmental graduate coordinator for approval by the Dean. (Recommendation for Appointment of Dissertation Advisory Committee)

The student must meet at least annually with his/her Dissertation Advisory Committee from the time of appointment of the committee until completion of the requirements for the degree. A written status report must be submitted by the student to the committee one-week prior to each meeting. The Evaluation of Student Progress form is posted on the CGS intranet site and includes a rubric and a mandatory statement from the mentor and the student. It is strongly advised that meetings be held every 6 months, or more often if the committee feels it necessary. The departmental coordinator and the Dean should receive completed copies of the student progress forms.

Submission and Completion of the Dissertation Defense

When the student, mentor and committee feels that the student is ready to prepare their dissertation and move towards their defense, this consent should be indicated on the Evaluation of Student Progress form. The student must have completed all academic requirements and made satisfactory progress in their research.

Students should prepare their dissertation according to CGS guidelines and any additional requirements of their Program. Once the student is ready to defend, the completed "Notification of Defense" form, signed by the mentor and Graduate Coordinator, should be sent to the Dean's office at least three (3) weeks prior to the public seminar and private defense date. The Chairman of the dissertation committee must agree that the dissertation copy is adequate prior to its distribution to the committee for review and committee members should receive the document at least 2 weeks prior to the defense. Ph.D. students present an hour-long seminar immediately prior to the defense; this seminar is open to all students and faculty and a flyer advertising the seminar is distributed by the CGS office. The defense that follows the presentation is usually attended only by the student and the dissertation committee. By CGS rules, other Graduate Faculty may attend the defense and participate in the questioning of that student, but may not vote on the student's performance on the exam.

After the defense is completed, students will be given clear written instructions from their committee members and major advisor (at, or within 48 hours of, the defense) regarding the changes that need to be made to the dissertation before it can be accepted. Upon receiving these comments, students will then have three (3) weeks to complete these modifications and return the dissertation to the committee for their consideration. This is a firm deadline, although students may appeal to the dean of CGS for an extension. If granted, the length of the extension will be determined based on the circumstances and justification for the request.

It is expected that most students will provide a thoughtful and thorough revision to their committee. If the committee does not feel the first revision has addressed their concerns, the student will have one (1) additional week to give the committee a 2nd revised dissertation that must address the committee's comments. If this 2nd revision is accepted, the "Successful Defense" form can be completed and sent to CGS and the remaining steps needed to complete the Ph.D. can be completed as outlined above.

If the 2nd revision of the dissertation is still not acceptable to the committee, CGS recommends that the student's stipend support be terminated. They will nevertheless have to make a third round of revisions in order to satisfy the committee before the defense can be considered successful.

Upon completion of the defense, each committee member will fill out a defense rubric form and give them to the Dissertation Advisor. The Dissertation Advisor will in turn collate the evaluations into one form, discuss it with the trainee and then submit it to the College's Registrar. Committee approval is followed by the completion of the "Successful Defense" form and its submission to CGS.

Once all requirements are completed (digital dissertation uploaded to MEDICA), the student is deemed to have completed their Ph.D. If the "Successful Defense" form along with all other requirements are not submitted to CGS by the last designated day, normally at least one week before the end of the semester, the student will need to enroll for 1 semester hour for the following semester in order to complete the requirements. Defenses can be scheduled at any time throughout the semester. Often, the student will be moving on to their next training position or employment shortly after the successful defense. However, if the student and mentor foresee that the student will remain in the laboratory for several months, it is recommended that the student be moved into a postdoctoral position.

Time Limit

At least one year must pass between completion of the Admission to Candidacy Exam and the Dissertation defense. All work for the Ph.D. degree must be completed within seven years. If there are extenuating circumstances, this time limit may be extended upon approval by the Dean, if warranted.

Curriculum

Students in MUSC's Ph.D. in Biomedical Sciences degree programs enroll in approximately 15 credits per semester (three semesters per year), which includes a combination of didactic course credits and research project credits. The total credits taken per year is typically 45. Because time to complete the degree is significantly affected by progress in one's research project(s), the range of credits students acquire by graduation varies.

The degree can be earned in four to seven years. Degree completion in fewer than four or more than seven years requires prior approval by the dean of the College of Graduate Studies. The number of credits associated with these time frames follows:

  • 4 years (12 semesters)=180 credits
  • 5 years (15 semesters)=225 credits
  • 6 years (18 semesters)=270 credits
  • 7 years (21 semesters)=315 credits

Students typically graduate with 225-270 credits (5-6 years)

Year 1, Fall

CGS720 Laboratory Rotation 4
CGS765 Proteins: Dynamic Structures & Functions 3
CGS766 Genes: Inheritance/Expression 4
CGS767 Cells: Organization/Communication 3
CGS768 Techniques & Experimental Design 2
Semester Total 16

Year 1, Spring

CGS721 Laboratory Rotations 4
CGS770 Principles Practices & Prof 2
CGS772 Learning From the Literature 2
CGS790 Topics in Contemporary Biomedical Science 2
TBD Additional courses in area of study and/or research 4
Semester Total 14

Year 1, Summer

CGS764 Science Writing As Persuasion 1
TBD Additional courses in area of study and/or research 14
Semester Total 15

Year 2, Fall

CGS817 Rig. Extramural Fellowship App 2
TBD Additional courses in area of study and/or research 13
Semester Total 15

Year 2, Spring

TBD Additional courses in area of study and/or research 15
Semester Total 15

Year 2, Summer

TBD Additional courses in area of study and/or research 15
Semester Total 15

Year 3, Fall

TBD Additional courses in area of study and/or research 15
Semester Total 15

Year 3, Spring

TBD Additional courses in area of study and/or research 15
Semester Total 15

Year 3, Summer

TBD Additional courses in area of study and/or research 15
Semester Total 15

Year 4, Fall

TBD Additional courses in area of study and/or research 15
Semester Total 15

Year 4, Spring

TBD Additional courses in area of study and/or research 15
Semester Total 15

Year 4, Summer

TBD Additional courses in area of study and/or research 15
Semester Total 15

Year 5, Fall

TBD Additional courses in area of study and/or research 15
Semester Total 15

Year 5, Spring

TBD Additional courses in area of study and/or research 15
Semester Total 15

Year 5, Summer

TBD Additional courses in area of study and/or research 15
Semester Total 15

Year 6, Fall

TBD Additional courses in area of study and/or research 15
Semester Total 15

Year 6, Spring

TBD Additional courses in area of study and/or research 15
Semester Total 15

Year 6, Summer

TBD Additional courses in area of study and/or research 15
Semester Total 15

Year 7, Fall

TBD Additional courses in area of study and/or research 15
Semester Total 15

Year 7, Spring

TBD Additional courses in area of study and/or research 15
Semester Total 15

Year 7, Summer

TBD Additional courses in area of study and/or research 15
Semester Total 15
Curriculum Total 180-315

College of Health Professions

College of Medicine

College of Nursing

College of Pharmacy