BARC is now accepting applications for its 62nd Diploma in Radiological Physics program, which has 30 seats available. Applicants should possess an M.Sc. (Physics), B.Sc. (Physics), or an integrated M.Sc. (Physics) with at least 60% marks. Sponsored candidates must have one year of experience in a radiotherapy department. Age limits are specified according to different categories.
General category applicants must be under 26 years old, OBC under 29, and SC/ST under 31, with sponsored candidates eligible up to 40 years. Selection is based on a written test and interview. Non-sponsored candidates receive a monthly stipend of Rs 25,000 and accommodation at Anushaktinagar, Mumbai. The application fee is Rs 500, with waivers available for certain categories. The application deadline is June 4, 2024.
Details of Posts for BARC Recruitment
Total Vacancies:
There are 30 seats available for the 62nd batch of the Diploma in Radiological Physics course.
Application Process:
The application process began on May 14, 2024, and will close on June 4, 2024. Interested candidates can apply online on BARC’s official website.
Eligibility Criteria:
Candidates must have an M.Sc. (Physics) with 60% aggregate marks, a B.Sc. (Physics) with 60% marks, or an integrated M.Sc. (Physics) with 60% marks. Sponsored candidates need one year of experience in a radiotherapy department and certification in personal monitoring service. Final-year M.Sc. students can also apply but must submit their results by October 30, 2024, with at least 60% aggregate marks.
Age Limit:
The age limits vary by category. The maximum age is 26 years for general category candidates, 29 years for OBC, and 31 years for SC/ST. Sponsored candidates from all categories have an upper age limit of 40 years as of August 1, 2024.
BARC Recruitment 2024 Application Fees:
Candidates interested in applying are required to submit a non-refundable application processing fee of Rs 500/- through online payment. However, certain categories including SC/ST applicants, Dependents of Defence Personnel Killed in Action (DODPKIA), women candidates, and persons with benchmark disabilities are exempt from this fee.
Selection Process for BARC Recruitment 2024:
The selection process for the BARC Diploma in Radiological Physics course consists of two stages: a written test and an interview. Candidates’ performance in these assessments determines their suitability for admission.
Application Process for BARC Recruitment 2024:
To apply for the BARC Diploma in Radiological Physics course, candidates must fill out the online application form accessible on the BARC official website. The application period commenced on May 14, 2024, and will end on June 4, 2024. Alongside the application, candidates must submit a non-refundable processing fee of Rs 500 through online payment. However, certain categories such as SC/ST applicants, Dependents of Defense Personnel Killed in Action (DODPKIA), women candidates, and persons with benchmark disabilities are exempt from this fee.
Important Date
| Event | Date |
|---|---|
| Application Start Date | May 14, 2024 |
| Application End Date | June 4, 2024 |
Official Website of BARC — www.barc.gov.in
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The Bhabha Atomic Research Centre (BARC) stands as a cornerstone of India’s scientific and technological advancement. Established in 1954, BARC is the nation’s premier nuclear research facility, located in Trombay, Mumbai. It encompasses a wide spectrum of research and development activities, spanning from nuclear energy to basic sciences, engineering, and applied research. With a mission to harness nuclear technology for societal benefit, BARC plays a pivotal role in various domains, including nuclear power generation, nuclear medicine, and radiation technology applications. Beyond its scientific endeavors, BARC is renowned for its commitment to safety, environmental stewardship, and promoting nuclear knowledge and expertise through education and training initiatives. As a nucleus for innovation and discovery, BARC continues to spearhead India’s journey towards becoming a global leader in nuclear science and technology.
