M.Sc. Programme in Medical Physics is to train Medical Physicists to international standards.
Objectives of the Degree Programme
The main objective of the professional M.Sc. Programme in Medical Physics is to train Medical Physicists to international standards for the CEMAC countries health care system especially for cancer diagnosis and treatment.
Employment Opportunities
Graduates of this program can work in hospital radiology and radiation therapy departments. They can also function as support engineers and Medical Physicists for radiation therapy and radiology equipment manufacturers. They can also work for the Cameroon Radioprotection Agency (Agence Nationale de Radioprotection). They can also work in environmental control agency or even mining company where radioactivity is involved either directly or indirectly.
Admission Requirements
B.Sc./License in Physics or Engineering
Graduation Requirements
To graduate a student must earn a minimum of 120 credits.
Skills to be Acquired
- Thorough understanding of the various forms of cancer and how they can be diagnosed and treated including the role of combinational therapy such as radiotherapy, surgery and chemotherapy.
- Use of radiation for the diagnosis and treatment of cancer
- Quality control of radiation therapy equipment to include CT simulator, linear accelerator, treatment planning system, record and verify system
- Radiation treatment planning for various cancer
- Administration of a radiation protection program for a hospital, university or any large organization.
- Understand various patient information management systems with the ability to design or implement them in a hospital environment.
- Telemedicine especially tele-radiology and radiotherapy services and how they can be designed and implemented
Structure of the Programme (Master of Science in Medical Physics)
General Studies Requirements
All candidates taken into the program must be physically fit with no known physical disability. He or she must be able to lift weights of at least 30 kg with no support. They should have no impairment to working in tide spaces and crawling under heavy equipment.
Language Requirements
All lectures are to be delivered in English and students admitted into the program must have adequate English Language training such as GCE O level, TOEFL or other English Language proficiency training.
Course Structure
Courses would be delivered through both live lecture format and online format. Before graduation students would be expected to sit and pass a version of the Canadian College of Medical Physicist certification exam (Parts 3 and 4) and the American Board of Radiology Certification Exams (Parts 1 and 2).
Internship and Dissertation
There would be no formal dissertation but students are expected to write a report during each of the four rotations in the internship program. Oral exams would also be organized for each rotation.
Comprehensive Exit Examinations
Students must pass a comprehensive oral examination at the end of the course.
Compulsory Courses
S/N | Course Code | Course Title |
---|---|---|
1 | MPH 601 | Fundamentals of Medical Physics |
2 | MPH 603 | Radiation Safety and Protection |
3 | MPH 605 | Radiobiology |
4 | MPH 607 | Fundamentals of Diagnostic Imaging Physics |
5 | MPH 609 | Physics of Radiation Therapy |
6 | MPH 611 | Radiation Treatment Planning |
7 | MPH 613 | Brachytherapy |
8 | MPH 615 | Computer Fundamentals |
9 | MPH 602 | Medical Electronics |
10 | MPH 604 | Nuclear Medicine |
11 | MPH 606 | Nuclear Medicine Laboratory |
12 | MPH 608 | Diagnostic Imaging Laboratory |
13 | MPH 610 | Physical Radiological Anatomy |
14 | MPH 612 | Cancer Pathology and Tumour Classification Systems |
15 | MPH 614 | Therapy Physics Laboratory |
16 | MPH 616 | Brachytherapy Treatment Planning Laboratory |
17 | MPH 660 | Daily Medical Physics Support of an Oncology Program and QC of associated radiation therapy systems |
18 | MPH 670 | Treatment Planning System-Internship |
19 | MPH 680 | Radiological Medical Physics-Internship |
20 | MPH 690 | Brachytherapy Systems-internship |
Program Courses: 120 credits
Year One
First Semester | Credits |
---|---|
Fundamentals of Medical Physics | 4 Credits |
Radiation Safety and Protection | 4 Credits |
Radiobiology | 4 Credits |
Fundamentals of Diagnostic Imaging Physics | 6 Credits |
Physics of Radiation Therapy | 4 Credits |
Radiation Treatment Planning | 4 Credits |
Brachytherapy | 6 Credits |
Computer Fundamentals | 3 Credits |
TOTAL | 39 |
Second Semester | Credits |
---|---|
Medical Electronics | 2 Credits |
Nuclear Medicine | 3 Credits |
Nuclear Medicine Laboratory | 2 Credits |
Diagnostic Imaging Laboratory | 2 Credits |
Physical Radiological Anatomy | 4 Credits |
Cancer Pathology and Tumour | 4 Credits |
Therapy Physics Laboratory | 2 Credits |
Brachytherapy Treatment and | 2 Credits |
TOTAL | 21 |
Year Two
First & Second Semester | Credits |
---|---|
Daily Medical Physics Support for Oncology Program QA/QC of Linacs and CT simulator | 20 Credits |
Treatment Planning and TP commissioning exercise | 20 Credits |
Radiological Medical Physics (QA/QC of CT & MRI scanner, xrays, etc) | 15 Credits |
Brachytherapy system | 35 Credits |
TOTAL | 60 |