Admissions Open — 2026 Batch

B.Sc. NMT | Allied Healthcare Sciences

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

Prepare for careers in diagnostic imaging, oncology, and nuclear medicine technology.

4-Year Programme 10+2 with Science Clinical Hospital Exposure Internship Included Industry-Oriented Curriculum
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4 Years Programme Duration
Advanced Laboratory Exposure
Curriculum Industry Aligned Curriculum
Multiple Career Tracks Available

The Bachelor of Science in Nuclear Medicine Technology (B.Sc. NMT) is a 4-year programme focused on nuclear medicine and molecular imaging technologies. It covers key areas such as radio pharmacy, 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, 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.

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WHY B.Sc.NMT

Programme Highlights

At Apollo Healthcare Academy, the Bachelor of Science in Nuclear Medicine Technology (B.Sc. NMT) programme is designed to blend academic knowledge with practical clinical laboratory training. Here is what makes this programme a transformative experience for aspiring laboratory professionals.

01
Cutting-edge Curriculum

Advanced Diagnostics

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

02
Hospital Rotations

Clinical Readiness

Training in radioisotope handling, imaging instrumentation and radiation safety.

03
Hands-on Training

Workforce-Aligned

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

04
advance lab

Professional Growth

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

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Programme Objective
ABOUT THE PROGRAMME

Programme Objective

To establish a solid understanding of the concepts of nuclear medicine, visual science, ocular anatomy and optics.
To provide both technical and clinical skill competency associated with the complete eye examinations, vision assessments and optical dispensing.
To offer experiential training to students about the diagnosis and management of refractive errors, ocular conditions and low vision management.
To cultivate professional ethics, critical thinking and communication skills in patient-centred environments, specifically blood disease cure.
To prepare students to appropriately act in clinical situations using modern tools and ophthalmic technology.
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CORE CURRICULUM

COURSE STRUCTURE

The Bachelor of Science in Nuclear Medicine Technology (B.Sc. NMT) curriculum is structured over five years to provide comprehensive knowledge of vision science, clinical diagnostics and ophthalmic practice, culminating in a full-year clinical laboratory internship.

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Semester I

badge 20% Hands-On Experience in Real Hospital
Human Anatomy Human Physiology Medical Terminology & Record Keeping Introduction to Healthcare Delivery System in India Communication Skills Computer Applications in Healthcare Nuclear Physics, Electronics & Instrumentation Fundamentals of Chemistry
01
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Semester II

badge 40% Hands-On Experience in Real Hospital
Medical Law & Ethics Psychology, Sociology & Behavioural Sciences Applied Biostatistics & Research Methods Community Orientation & Clinical Visit Professionalism & Values Constitution of India & Human Rights Environmental Sciences Indian Knowledge Systems in Health & Wellness Biochemistry Introduction to Nuclear Medicine & Patient Care Applied Chemistry: Organic Chemistry & Inorganic Chemistry for Nuclear Medicine
02
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Semester III

badge 60% Hands-On Experience in Real Hospital
Fundamentals of Immunology and Microbiology Introduction to Radiopharmacy Nuclear Medicine Instrumentation Physics Principles of Wave and Optical Physics in Biomedical Imaging Fundamentals of Electromagnetism in Nuclear Medicine Practicum-III Clinical Practice-II Research Design & Methodology
03
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Semester IV

badge 100% Hands-On Experience in Real Hospital
Radiochemistry Radiobiology Applied Biostatistics & Evidence-Based Practice Health Physics & Radiation Safety Practicum-IV Clinical Practice-III Data Collection & Sampling Methods
04
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Semester V

badge 100% Hands-On Experience in Real Hospital
Radiopharmaceutical Chemistry Imaging Instruments in Nuclear Medicine Applications of Computer in Nuclear Medicine Clinical Nuclear Medicine-I Practicum-V Clinical Practice-IV Data Analysis & Interpretation
05
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Semester VI

badge 100% Hands-On Experience in Real Hospital
Tomography and Hybrid Imaging Introduction to AI and Recent Advances in Nuclear Medicine Clinical Nuclear Medicine-II Practicum-VI Clinical Practice-V Research Communication & Scientific Writing
06
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Semester VII

badge 100% Hands-On Experience in Real Hospital
Internship - I Research Project / Dissertation - I
07
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Semester VIII

badge 100% Hands-On Experience in Real Hospital
Internship - II Research Project / Dissertation - II
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ADMISSION INFORMATION

Programme Admission, Fees & Scholarships

Everything you need to know about eligibility, admission pathways, programme fees, and scholarship opportunities for the Bachelor Science in Nuclear Medicine Technology (B.Sc. NMT) programme.

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ELIGIBILITY CRITERIA

  • tick 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.
  • tick Students with a PCM background who take Biology as a supplementary course are also eligible.
  • tick Must have passed class 12th with at least 50% marks with Biology, Physics and Chemistry and attain 17 Years as on 31st December of the calendar year.
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TUITION FEE

₹5 LAKH

PER ANNUM

The tuition fee for the Bachelor of Science in Nuclear Medicine Technology (B.Sc. NMT) programme is 5 lakh per annum.

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SCHOLARSHIP (BASED ON COMPOSITE SCORE)

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COMPOSITE SCORE

95 and above

25%

Tuition Fee Waiver

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COMPOSITE SCORE

90 - 94.99

15%

Tuition Fee Waiver

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COMPOSITE SCORE

85 - 89.99

10%

Tuition Fee Waiver

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  • tick Scholarships will be allocated in descending order of Composite Score until the scholarship allocation (10% of intake) is filled.
  • tick Meeting the score criteria does not guarantee award of scholarship if the allocated scholarship capacity has been reached.
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CAREER OUTLOOK

Build a Rewarding Career in Nuclear Medicine Technology

Graduates may explore international careers through higher education pathways, certification-based migration routes, and global healthcare recruitment programmes.

global opportunities

growing DEMAND FOR ot pROFESSIONALS

As healthcare increasingly relies on advanced molecular imaging and precision diagnostics, the demand for trained nuclear medicine professionals continues to grow significantly.

  • Expansion of oncology and advanced diagnostic imaging centres.
  • Increasing use of PET and SPECT imaging technologies.
  • Rising demand for early cancer detection and precision diagnostics.
  • Growth in molecular imaging and radiopharmaceutical applications.
  • Advancements in nuclear medicine instrumentation and healthcare technologies.
  • Increasing need for trained imaging professionals across hospitals and specialty healthcare facilities.

Continue your education

icon-image Master’s in Nuclear Medicine Technology
icon-image Molecular Imaging & Radiopharmacy Specialization Programmes
icon-image MBA in Healthcare Management
icon-image Clinical Research Programmes
icon-image Hospital Administration Courses
icon-image Advanced PET & SPECT Imaging Certifications
icon-image Radiation Safety & Quality Assurance Programmes
icon-image Oncology Imaging & Diagnostic Technology Courses
CAREER OPPORTUNITIES

Your Career after B.Sc. NMT

Graduates are positioned across high-demand roles in India’s rapidly expanding renal and dialysis healthcare sector.

CAREER TRACK PRIMARY WORK ENVIRONMENT KEY RESPONSIBILITIES
Nuclear Medicine Technologist Multi-speciality Hospitals Conducting nuclear imaging procedures and patient preparation
PET-CT Technologist Oncology & Diagnostic Centres PET imaging, scan acquisition, and imaging workflow management
SPECT Imaging Associate Nuclear Medicine Departments Supporting SPECT imaging procedures and diagnostic evaluations
Radiopharmacy Associate Radiopharmacy Units Preparation and handling of radiopharmaceuticals
Molecular Imaging Technologist Advanced Imaging Centres Assisting molecular imaging diagnostics and imaging analysis
Radiation Safety Associate Healthcare & Imaging Facilities Monitoring radiation protection and compliance standards
Nuclear Imaging Coordinator Hospitals & Diagnostic Networks Coordinating imaging workflow, patient scheduling, and quality assurance
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ENTRY LEVEL

Junior Nuclear Medicine
Technologist

0–2 Years

2
MID LEVEL

Senior Imaging
Technologist

3–5 Years

3
ADVANCED

PET/SPECT Specialist / Nuclear Imaging Supervisor

5–8 Years

4
LEADERSHIP

Nuclear Medicine Services Manager / Imaging Operations Coordinator

8+ Years

FAQ

Frequently Asked Questions

Everything you need to know about eligibility, admission pathways, programme fees, and scholarship opportunities for the Nuclear Medicine Technology (B.Sc. NMT) programme.

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Disclaimer:

Programme structure, curriculum, and clinical exposure components may be updated periodically in line with academic and industry requirements. Internship opportunities are subject to institutional and healthcare partner availability. Career progression depends on individual performance, experience, certifications, and market conditions. International opportunities may require additional examinations, licensing, or country-specific certifications. Placement support does not guarantee employment. Images and testimonials are for illustrative and informational purposes.

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