← Back to Home

Bachelor of Science in Nuclear Medicine Technology (B.Sc. NMT)

Programme Introduction

The Bachelor of Science in Nuclear Medicine Technology (B.Sc. NMT) at MIT ADT University, in collaboration with Apollo Healthcare Academy, is a 4-year programme focused on nuclear medicine and molecular imaging technologies. It covers key areas such as radiopharmacy, imaging instrumentation, and radiation safety, with a strong clinical and technical foundation. Students receive practical training and clinical exposure using advanced imaging systems like PET and SPECT, along with internships in nuclear medicine departments. The programme prepares graduates for careers in hospitals, cancer centres, research, and the radiopharmaceutical industry.

Our Skilling Partner

Backed by Asia's largest integrated healthcare group with over 40 years of excellence

Programme Highlights

Advanced Diagnostics

4-year NCAHP-aligned programme in nuclear medicine and molecular imaging.

Clinical Readiness

Training in radioisotope handling, imaging instrumentation and radiation safety.

Workforce-Aligned

Hands-on experience with gamma cameras, PET and SPECT imaging.

Professional Growth

Strong emphasis on patient safety, quality control and ethical practice.

Strong Academic Foundation

From a NAAC Accredited Grade A University.

Strong Placement Ecosystem

Domestic and International career opportunities.

Eligibility Criteria

Applicants must have completed Class 12 or equivalent from a recognised board with Physics, Chemistry and Biology as main subjects with at least 50% marks. Students with a PCM background and Biology as a supplementary subject are also eligible.

Course Structure

Note: Course content is indicative and subject to change.

Year Semester Courses
First Year Semester 1 • Basics of Biochemistry & Cell Biology
• Human Anatomy and Physiology for Nuclear Medicine
• Solid State Physics and Electronics in Nuclear Medicine
• Fundamentals of Chemistry
• Mathematics in Nuclear Medicine
• Practicum – I
Semester 2 • Introduction to Nuclear Medicine, Medical Ethics and Patient Care
• Applied Chemistry: Organic Chemistry & Inorganic Chemistry for Nuclear Medicine
• Radiation Physics
• Fundamentals of Electromagnetism in Nuclear Medicine
• Practicum – II
• Clinical Practice – I
Second Year Semester 3 • Fundamentals of Immunology and Microbiology
• Introduction to Radiopharmacy
• Nuclear Medicine Instrumentation Physics
• Principles of Wave and Optical Physics in Biomedical Imaging
• Practicum – III
• Clinical Practice – II
Semester 4 • Radiochemistry
• Radiobiology
• Biostatistics
• Health Physics & Radiation Safety
• Practicum – IV
• Clinical Practice – III
Third Year Semester 5 • Radiopharmaceutical Chemistry
• Imaging Instruments in Nuclear Medicine
• Applications of Computer in Nuclear Medicine
• Clinical Nuclear Medicine – I
• Practicum – V
• Clinical Practice – IV
Semester 6 • Tomography and Hybrid Imaging
• Introduction to AI and Recent Advances in Nuclear Medicine
• Clinical Nuclear Medicine – II
• Practicum – VI
• Clinical Practice – V

Frequently Asked Questions

What are the eligibility criteria for the B.Sc. NMT programme?

Applicants must have completed 10+2 or equivalent with Physics, Chemistry and Biology as required subjects and a minimum of 50% aggregate marks from a recognised board. Students with a PCM background who take Biology as a supplementary course are also eligible.

What is the duration of the B.Sc. NMT programme?

The B.Sc. NMT is a 4-year undergraduate degree programme.

What career opportunities are available after completing B.Sc. NMT?

Graduates are equipped for dynamic careers in hospitals, cancer centres, nuclear medicine departments, and the radiopharmaceutical industry. Roles include Nuclear Medicine Technologist, PET/SPECT Imaging Specialist, Radiopharmacy Technician, and Quality Assurance Officer in nuclear medicine facilities.

What kind of placement support is provided?

The Dedicated Placement Cell provides comprehensive career support, including resume building, interview preparation and clinical skills assessment. We conduct recruitment drives with various employers visiting the campus.

What higher education options are available after this programme?

Students can pursue M.Sc. in Nuclear Medicine Technology, M.Sc. in Radiation Physics, or specialisations in molecular imaging, radiopharmacy, or pursue research and academic roles in nuclear medicine and allied health sciences.

Is this course suitable for someone who wants to work internationally?

Yes, Nuclear Medicine Technology is a globally recognised profession. With further certification or licensing exams, many graduates work abroad in countries like the UAE, Australia, the UK and Canada.

MIT-ADT Healthcare Assistant