M.Sc Nuclear Medicine Technology

Duration

2 years

Intake

15 per year

Program Highlights

This course includes 1-year research dissertation
The students are motivated to participate in research activities and present papers in national and international conferences.
Course recognized by Atomic Energy Regulatory Board (AERB), Mumbai.

Course Overview

Mahatma Gandhi University of Medical Sciences & Technology offers a two-year postgraduate programme, M.Sc. in Nuclear Medicine Technology, designed to prepare highly skilled professionals for the rapidly advancing field of nuclear medicine. The programme follows an Outcome-Based Education (OBE) curriculum, incorporating choice-based electives to ensure comprehensive academic and practical training. It is recognized by the Atomic Energy Regulatory Board (AERB), Mumbai, ensuring compliance with national regulatory standards.

Nuclear Medicine Technology is a dynamic and evolving discipline with significant impact on modern healthcare. Graduates of this programme are trained in advanced diagnostic and therapeutic procedures, as well as quality assurance, radiation safety, and clinical research, including participation in clinical trials.

With continuous technological advancements and increasing demand for precision diagnostics and targeted therapies, the field offers excellent career prospects. Currently, the employment rate is nearly 100%, and career opportunities are expanding rapidly across hospitals, diagnostic centres, research institutions, and healthcare industries.

At the end of an M.Sc in Nuclear Medicine Technology course, students should possess advanced competencies bridging technologist skills with supervisory, research, and specialized clinical roles, supervise BSc-level training for greater autonomy in high-precision nuclear medicine

The student should have acquired knowledge in

  • Basic principles of radiation physics and its subsequent applications.
  • Basic knowledge of radiation protection principles.
  • Safe handling of radionuclides and their disposal.
  • International Commission for Radiological Protection (ICRP) and National Regulatory guidelines pertaining to nuclear medicine practice.
  • Good practice on therapeutic nuclear medicine and dosimetry.

Teaching Methodology

Lectures, Practicals, on-site trainings, seminars, Journal clubs, full library assess, digital pedagogy and problem-based learning.

Assessment

The program is spread over two years.

Three internal examination followed by the university examination in an academic year.

Written and practical examinations.

Pass with minimum 50% marks per paper.

Minimum 75% attendance required to appear for university examination.

Career Path

  • Upon completion of the program, a number of career paths opens to you as a Nuclear Medicine Professional in hospital, industrial, academic or research sectors like:
  • Nuclear Medicine Technologist/Physicist
  • Molecular Imaging Application specialist in Industry
  • Radiation safety officer, after clearing RSO examination conducted by AERB.
  • Scientific officer and Research fellow
  • Higher education in the same/similar discipline - Doctor of Philosophy & Postdoctoral fellowship.