Biomedical Science MS

PCOM, PCOM Georgia, and PCOM South Georgia

Department website: https://www.pcom.edu/academics/programs-and-degrees/biomedical-sciences/

The PCOM Graduate Program in Biomedical Sciences provides an opportunity for students with baccalaureate degrees to study the biomedical sciences as preparation for science careers or further graduate or professional study. All students enter the program as candidates for the master of science degree. The program presents a broad content base in the basic biomedical sciences with a strong emphasis on human medicine and clinical applications during the first academic year, followed by a concentration in the second year.
 

Degree completion concentrations are offered in several topics at PCOM's campuses.  All first year courses are required for the degree, Master of Science in Biomedical Sciences, or for the certificate of graduate studies for students who choose not to pursue the master's degree. Students who pursue the master's must declare their concentration by the end of their first year.  

Concentrations

  • Forensic Biology
  • General Studies Capstone (PCOM Georgia only)
  • One Year Pre-Clinical 
  • Research
  • Translational Life Sciences
Plan of Study Grid
First Year
Term 1Hours
Fall
BIOM 503 Human Anatomy 6
BIOM 504 Histology 4
 Hours10
Term 2
Winter
BIOM 501 Molecular Basis of Medicine 7
BIOM 502 The Infectious Process 3
 Hours10
Term 3
Spring
BIOM 505 Neurosciences 3
BIOM 506 Medical Pharmacology 3
BIOM 507 Physiology 3
 Hours9
 Total Hours29

During Spring Term of 1st Year, Students Choose a Concentration for 2nd Year. See Concentration Tabs Above

Combined training in the fields of Biomedical Sciences and Forensic Medicine provides students in the Forensic Biology Concentration with an array of engaging career options. The Forensic Biology Concentration focuses on the emerging demand for medico-legal investigations by medical examiner staff and provides a foundation in forensic investigations as well as autopsy skills.

The Forensic Biology Concentration students receive practical instruction through coursework and an integrated capstone course. Coursework is a combination of online instruction and mostly scheduled as intensive weekend sessions (Friday-Sunday). 

As one of the only forensic medicine programs in the region developed and overseen by a board-certified forensic pathologist, all within a medical school environment, PCOM's Master of Science (MS) in Biomedical Sciences with a concentration in Forensic Biology is uniquely positioned to prepare its graduates for success in the field.

Locations

This concentration is only offered at the Philadelphia campus. Students at our Georgia campuses who wish to pursue this option will be required to travel to the Philadelphia campus at least one weekend each month and complete a capstone project.

Program Requirements

Plan of Study Grid
Second Year
Term 1Hours
FMED 500 Pathology for Forensic Medicine (Online course) 4
 Hours4
Term 2
FMED 501 Principles of Forensic Medicine I 6
 Hours6
Term 3
FMED 502 Principles of Forensic Medicine II 6
 Hours6
Term 4
FMED 508 Capstone: Integrative Experience 8
 Hours8
 Total Hours24

PCOM Georgia

Biomedical Sciences– General Studies Capstone concentration
This concentration’s upper-level curriculum involves seminars and the composition and presentation of an original manuscript supervised by members of the PCOM faculty on the Georgia (Suwanee) campus location. The curriculum consists of Required and Elective credits, with a total of 24 credits required. Students will be exposed to diverse, relevant, cutting-edge topical areas in biomedical sciences including genetics, microbiology, physiology, pharmacology, virology, neuroscience, and nutritional biochemistry. Courses are offered at the Georgia (Suwanee) campus location.

Upon completion of the General Studies concentration curriculum, the student is expected to be able to:

  • Demonstrate an understanding of specific coursework topical information and research methodology.
  • Demonstrate competency in the following skills:
    • Development of research design.
    • Approaches to quantitation of results.
    • Written and oral presentation of research.
  • Apply their knowledge and skills toward:
    • Entry into/progression through a variety of industrial fields.
    • Entry into/progression through careers in teaching multiple academic levels.
    • Continuation in a variety of advanced graduate and professional studies.

Program Requirements

Plan of Study Grid
First Year
Term 1Hours
Summer
BIOM 601M Introduction to Pathology 3
 Hours3
Term 2
Fall
Required Courses
BIOM 612G Historical Development of Current Themes in Biomedical Research 1
BIOM 650G
Special Topics in Biomedical Science Research and Methods
or Independent Study/Scientific Composition
2
Choose 2 Courses
BIOM 603G Concepts in Pharmacology Toxicology 3
BIOM 604G Nutritional Biochemistry 3
BIOM 605 Global Regulatory Requirements of Quality 3
BIOM 615G Biomedical Bases of Medicine 3
 Hours15
Term 3
Spring
Required Courses
BIOM 606G Analytical Reading, Molecular Reading 1
BIOM 607G
Independent Study/Scientific Composition
or Special Topics in Biomedical Science Research and Methods
2
Choose 2 Courses
BIOM 610G Medical Immunology 3
BIOM 611 Vaccines and Immune Therapies 4
BIOM 628G Topics in Global Health 3
Total Credits Required: 24
 Hours13
 Total Hours31

After completing foundational coursework, students meeting the program’s academic success criteria will have the opportunity to advance to a two-course summer term to complete their master’s degree before beginning medical school or pursuing other professional or academic options.

Program Requirements

Plan of Study Grid
First Year
Term 1Hours
Summer
BIOM 601 Introduction to Pathology 3
BIOM 690 Research Methods 3
 Hours6
 Total Hours6

Research concentration students will have the opportunity to work one-on-one with a faculty mentor on a novel research project that will advance scientific understanding, culminating in a research thesis and presentation.

Program Requirements

Plan of Study Grid
Second Year
Term 1Hours
BIOM 681 Research Proposal 1
BIOM 691 Biomedical Research 3
 Hours4
Term 2
BIOM 678 Scientific Communication Skills 1
BIOM 690 Research Methods 2
BIOM 691 Biomedical Research 4
 Hours7
Term 3
BIOM 683 Thesis Manuscript Development 1
BIOM 692 Biomedical Research 4
 Hours5
Term 4
BIOM 683 Thesis Manuscript Development 2
BIOM 693 Biomedical Research 3
 Hours5
Term 5
BIOM 685 Thesis Defense 2
BIOM 687 Thesis Completion 1
 Hours3
 Total Hours24

Upon completion of the Translational Life Sciences Concentration, the student will be able to:

  • identify risks and design process controls to reduce risk to product quality.
  • determine the correct classification of medical devices in order to design an appropriate development strategy.
  • identify primary and secondary clinical trial targets to demonstrate product safety and efficacy.
  • describe the medical device and pharmaceutical Quality Systems, and how those systems enable organizations to consistently produce products that are of the purported quality and safety, and meet user needs.
  • describe what needs to be studied and demonstrated during medical device and drug product development.
  • determine effective ways to monitor and predict product process performance.
  • demonstrate practical use of risk management tool.

Program Requirements

Plan of Study Grid
First Year
Term 1Hours
Fall
BIOM 611 Vaccines and Immune Therapies 4
BIOM 605 Global Regulatory Requirements of Quality 3
 Hours7
Term 2
Spring
BIOM 617 Business for the Sciences 3
BIOM 629 Product Development and Validation 3
BIOM 640 Life Science Innovation I 3
 Hours9
Term 3
Summer
BIOM 635 Risk and Failure Analysis 3
BIOM 642 Life Science Innovation II 2
BIOM 643 Bioinformatics 3
 Hours8
 Total Hours24