
AERB-Approved Training Facilities: Access both pre-clinical research laboratories and advanced clinical nuclear medicine units throughout your course duration.
Structured Academic Progression: Learn through a semester-based credit system that maintains a balance between theory and practical immersion.
Skill-Based Evaluation: Continuous internal assessment and end-semester examinations measure your academic and clinical growth.
Expert Faculty and Mentorship: Learn from experienced professionals across radiopharmacy, nuclear physics, and clinical imaging.
Strong Placement Record: Graduates secure positions in reputed hospitals, research centers, and international healthcare systems.

Lab Work
You conduct experiments in a Type-II AERB-approved radioisotope laboratory and gain proficiency in radiopharmaceutical preparation and quality control.
Lab Work
You conduct experiments in a Type-II AERB-approved radioisotope laboratory and gain proficiency in radiopharmaceutical preparation and quality control.
Program Details
Apply advanced knowledge in radiopharmacy, PET-CT imaging, and therapeutic nuclear medicine.
Demonstrate clinical and research skills in hospital and nuclear pharmacy environments.
Design and implement studies for developing new radiochemicals and radiopharmaceuticals.
Practice with strong ethical awareness, teamwork, and professional communication.
Use analytical and problem-solving abilities to address challenges in clinical nuclear medicine.
Commit to lifelong learning, innovation, and research that contribute to the healthcare sector.
Our meaningful collaborations with industry leaders and global universities enhance your career opportunities and higher education pathways
Placements


Admissions Path
Additional Requirements
Internship / Additional Internship / Clinical Experience Requirements.
Note
Eligibility & Admission process may change per National Commission for Allied and Healthcare Profession (NCAHP) directions.
Program Eligibility
You must have successfully completed one of the following from a recognized university with a minimum of 50% aggregate marks or equivalent: • B.Sc. Nuclear Medicine Technology • B.Sc. Nuclear Medicine Technology + PGDNMT • Medical Imaging Technology • Medical Laboratory Technology • Medical Radiation Technology • Any equivalent qualification
You must have the required Internship / Additional Internship / Clinical Experience.
You must appear for the Manipal Entrance Test (MET) and secure the required cutoff.
Curriculum and Fees
You study the foundations of nuclear medicine, covering radiopharmacy, radiation physics, radiobiology, and anatomy relevant to imaging. Training includes lab-based sessions on handling radioisotopes, image acquisition techniques, and safety procedures in diagnostic settings.
Program Duration
Total Program Fee
General:
Total Program Fee
NRI/Foreign:
Scholarships


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