MSc in Radiation Therapy Technology is to train Radiation Therapists and radiological technologist to international standards

Objectives of the Programme

The main objective of the Professional MSc in Radiation Therapy Technology is to train Radiation Therapists and radiological technologists to international standards for the CEMAC countries health care system.

Employment Opportunities:

Graduates of this program can work in hospital radiology and radiation therapy departments. They can also function as support personnel for radiation therapy and radiology equipment manufacturers.

Admission Requirements

  • B.Sc./License in Biological Sciences, Nursing or any appropriate medical field
  • University level courses in Anatomy and Physiology

Graduation Requirements

To graduate, a student must earn a minimum of 120 credits.

Skills to be Acquired

  1. 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.
  2. Use of radiation for the diagnosis and treatment of cancer.
  3. Quality control of radiation therapy equipment, including CT simulator, linear accelerator, treatment planning system, record and verify system.
  4. Quality control procedures for MRI and other X-ray systems including mammography.
  5. Ability to perform the role of an X-ray technician in a clinical setting.
  6. Basic understanding of radiation treatment planning for various cancers.
  7. Ability to perform the duties of a CT technologist.
  8. Use of various patient information management systems.

General Studies Requirements

All candidates 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, and have no impairment to working in tight spaces or crawling under heavy equipment.

Language Requirements

All lectures are 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 certification.

Course Structure

Courses are delivered through live lectures, online learning, and directed self-study modules.

Internship and Dissertation

There is no formal dissertation, but students are expected to write reports during each of the two rotations in the internship program and all practical courses. Oral exams are organized for each rotation, and there will be an exit examination.

Compulsory Courses

S/N Course Code Course Title
1RTT 601Concepts of Clinical Care
2RTT 603Introduction to Radiation Oncology
3RTT 605Radiation Physics
4RTT 607External Beam Delivery Practicum (I)
5RTT 609Radiation Biology
6RTT 611Radiation Treatment Planning
7RTT 613Anatomy and Physiology
8RTT 615External Beam Delivery Practicum (III)
9RTT 602Design and Construction of Treatment Accessories
10RTT 604Nuclear Medicine
11RTT 606Radiation Protection
12RTT 608External Beam Delivery Practicum (II)
13RTT 610Clinical Radiation Oncology
14RTT 612Pathology of Cancer
15RTT 614Patient Simulation in Radiation Oncology
16RTT 616Medical Imaging Practicum (IV)
17RTT 617Treatment Planning Clinical Practicum (V)
18RTT 618Radiological Imaging
19RTT 619Brachytherapy
20RTT 620Introduction to Medical Oncology
21RTT 622Patient Simulation Practicum (VI)
22RTT 670Radiology Rotation
23RTT 680Radiation Oncology Rotation

Program Courses: 120 credits

Year One

First Semester Credits

Concepts of Clinical Care

4 Credits

Introduction to Radiation Oncology

4 Credits

Fundamental of Radiation Physics

4 Credits

External Beam Delivery
Practicum I

2 Credits

Radiation Biology

4 Credits

Fundamentals of Radiation
Treatment Planning

4 Credits

Anatomy and Physiology

4 Credits

External Beam Delivery
Practicum II

2 Credits

Treatment Planning Clinical
Practicum V

2 Credits

Brachytherapy

4 Credits

TOTAL

34

Second Semester Credits

Design and Construction of Treatment Accessories

4 Credits

Nuclear Medicine

4 Credits

Fundamental of Radiation Protection

2 Credits

External Beam Delivery
Practicum III

2 Credits

Clinical Radiation Oncology

4 Credits

Pathology of Cancer

4 Credits

Patient Simulation in Oncology

2 Credits

Medical Imaging Practicum

2 Credits

Radiological Imaging

4 Credits

Introduction to Medical Oncology

4 Credits

Patient simulation in Practicum

2 Credits

TOTAL

30

First Semester Credits

Radiation Oncology Rotation

30 Credits

Radiology Rotation

30 Credits

TOTAL

60