Home | School Profile | Administration | Library | Student Affairs | Academic Affairs | Academic Programs |
Research Training
| Alumni | Outpatient Clinics | Contact Us
 

Academic Affairs

About the Department
Staff
CME(CONTINUING MEDICAL EDUCATION)


Programs

MD
PhD
Clinical Psychology
MPH
Fifth Pathway Program
Interdepartment Programs


Learning Resources

Problem Based Learning
Standardized Patient
 

PhD Program

 

Description

The Graduate Program in Biomedical Sciences Program is an integrated, inter-departmental program in the basic biomedical sciences that seeks to provide students with a broad-based two year core curriculum followed by advanced courses and research dissertation leading to a Ph.D. degree.  The program reflects the interest of the Institution to promote formation of professionals in the biomedical sciences.

 

Educational Goals

The goals of the Graduate Program in the Biomedical Sciences are to:

  1. Provide general knowledge in the basic sciences including Anatomy, Biochemistry, Microbiology, Pharmacology and Physiology.
  2. Develop technical and manual research skills through participation in research.
  3. Develop in the student the analytical capacities to be able to formulate ideas, solve problems, carry out critical evaluations and arrive at conclusions.
  4. Train students in the art of preparing manuscripts for publication, research proposals, dissertations, conferences and seminars.
  5. Prepare professionals capable of carrying out research and teaching in the basic and clinical sciences.
  6. Promote and sponsor scientific research, and to develop a strong research program and assist students to develop research interests.
 

General Graduation Requirements

The Doctor of Philosophy Degree (PhD) is awarded after achieving a high degree of scholarship and the successful completion of an original research project (12 credits) that could provide a significant contribution to the scientific knowledge in a particular field.  The general requirements for the degree are as follows:

  1. Course Work - Completion of all courses in the study program with a minimum general grade index of 3.00.  A minimum of 70 credits is required for graduation.
  2. Approval of the Qualifying Exam, prepared by the basic sciences faculty covering the core course material.
  3. Presentation of a research proposal before the student graduate committee.
  4. Engaging in a research program under supervision of a research mentor, and preparing an acceptable dissertation.
  5. Defense a research dissertation before the student graduate committee.

Requirements for the PhD degree must be completed not later than 8 calendar or academic years for a full-time student in the doctoral program.

 

Transfer/Re-Admission

Students admitted to the Graduate Biomedical Sciences Program must be aware that they cannot make a transfer to the M.D. Program during the course of their graduate studies.  Admissions to the M.D. Program can only be accomplished if the student withdraws from the graduate program before asking for admission to the MD.
 

Curriculum

The goal of the Biomedical Sciences Doctoral Program is to foster a broad-based training in the biomedical sciences while concentrating the research experience and additional courses in a specific area. The program is intended to develop extensive interdepartmental research interactions including seminar programs, discussion groups, and journal clubs.  It is expected that an introduction to the variety of disciplines will help to broaden their view of biomedical research, and enable them to approach scientific problems with a greater understanding and variety of approaches and tools. Students may elect to do research in a particular research laboratory within the areas of Anatomy, Biochemistry, Microbiology, Pharmacology, and Physiology. The research experience is expanded through specific advanced topic courses of a specialized nature. To achieve this goal, a core curriculum has been established for all graduate students.  The curriculum is shown below:
First Year
I Semester
II Semester
**Biochemistry 4 **Biochemistry 2
**Physiology 4 **Physiology 2
**Histology and Cell Biology 3 **Histology and Cell Biology 1
Seminar 1 Seminar 1
*Rotation 2 **Microbiology 6
    *Rotation 2
Summer
Introduction Computer 2 Biostatistics 3

Second Year

I Semester
II Semester
**Pharmacology 4 **Pharmacology 4
Seminar 1 Teaching Practicum 2
Advanced Topics 1-3 Electives 1-3
Ethics 2 Advanced Topics 1-3
Third Year (minimum 10 credits)
I Semester
II Semester
Thesis Research Thesis Research
Special Topics Special Topics
Fourth Year
I Semester
II Semester
Thesis Research Thesis Research
* Subject to student needs.
**All of these courses are the same as those taken by medical students in their first two years of basic sciences.


Top


Home | School Profile | Administration | Library | Student Affairs | Academic Affairs | Academic Programs |
Research Training
| Alumni | Outpatient Clinics | Contact Us