Bharathiar University Coimbatore M.Sc Medical Physics: Fees 2026, Course Duration, Dates, Eligibility

Ans. Yes, the M.Sc Medical Physics programme at Bharathiar University is approved by the Atomic Energy Regulatory Board (AERB), BARC, Mumbai. AERB recognition is critical for a career in Medical Physics in India, as it is the regulatory body that governs the use of radiation in medicine. Graduates of AERB-approved programmes are eligible to work as Medical Physicists and Radiation Safety Officers (RSO Level-III) in hospitals, cancer centres, and nuclear medicine facilities. Without AERB-approved qualifications, one cannot independently practice as a Medical Physicist in India. The department received its AERB RSO Level-III approval in 2004, making it one of the established programmes in South India.

Ans. As per AERB guidelines, all M.Sc Medical Physics graduates must complete a one-year internship after successfully completing the 2-year course before they can practice independently as Medical Physicists. At Bharathiar University, this internship has been implemented since 2013. Students are placed in hospitals and cancer centres for hands-on clinical training in areas like Radiotherapy, Diagnostic Radiology, and Nuclear Medicine. The department has tie-ups with PSG Hospitals, Coimbatore, and students also get exposure to cancer hospitals across India during their training. The internship is a mandatory requirement and is separate from the 2-year M.Sc programme.

Ans. The career prospects for M.Sc Medical Physics graduates from Bharathiar University are excellent. Almost all graduates of this programme have been employed as Medical Physicists and Radiation Safety Officers in cancer hospitals across India. Some alumni are working with the World Health Organization (WHO), and others are pursuing research programmes in India and abroad. Career roles include Clinical Medical Physicist in radiotherapy and nuclear medicine departments, Radiation Safety Officer (RSO) in hospitals and industrial facilities, researcher in medical physics and radiation dosimetry, and faculty in academic institutions offering medical physics programmes. The AERB-approved status of the degree significantly enhances employability.

Ans. Students of M.Sc Medical Physics at Bharathiar University get extensive clinical exposure through the department’s collaboration with PSG Hospitals, Coimbatore. They receive hands-on training in the Departments of Diagnostic Radiology, Nuclear Medicine, and Radiotherapy at PSG Hospitals. Additionally, students are taken for field training to various cancer hospitals across India, giving them exposure to real-world clinical environments. The department’s four major laboratories (Radiation Dosimetry, Radiation Protection, Molecular Modelling, and Medical Biophysics) are equipped with advanced instruments including OSL dosimetry, Gel dosimetry, MOSFET, Radiochromic film dosimetry, GM counter, Gamma Spectrometer, and Treatment Planning Systems (TPS).

Ans. The eligibility for M.Sc Medical Physics at Bharathiar University requires candidates to have passed B.Sc Physics with First Class, with Mathematics and Chemistry as ancillary subjects. This means candidates who have not secured First Class (i.e., below 60% marks) in their B.Sc Physics are not eligible to apply. The First Class requirement is stricter than many other M.Sc programmes at BU, reflecting the technical and clinical demands of the Medical Physics field. SC/ST candidates may be eligible for relaxation in marks as per Government of Tamil Nadu norms. Candidates should verify the exact eligibility criteria at the time of application.

Ans. The M.Sc Medical Physics programme at Bharathiar University is one of the well-established AERB-approved programmes in South India, started in 2002 in collaboration with GKNM Hospital. The department has a strong panel of Mentor Professors including ex-BARC scientists, senior professors from reputed medical colleges, and international researchers from Australia. The near-100% placement record of graduates as Medical Physicists and RSOs in cancer hospitals, along with some alumni working with WHO and pursuing international research, speaks to the quality of the programme. Given the growing demand for Medical Physicists in India due to the expansion of cancer treatment facilities, this is a highly career-oriented and niche programme with strong job prospects.