B.Sc Nuclear Medicine Technology: Eligibility, Admission Process, Top Colleges, Syllabus and Jobs

Updated on Mar 26, 2025

Kanishka

A B.Sc. in Nuclear Medicine Technology is a 3-year undergraduate program that focuses on the application of radioactive materials for medical imaging and treatment, equipping students with the necessary skills.

Candidates must have passed their 10+2 examination from the science stream with PCB as a main subject to be eligible to enrol in the B.Sc. in Nuclear Medicine Technology.
Entrance examinations like NPAT and CUET UG are conducted to get admission to B.Sc Nuclear Medicine Technology.
Some institutions offer admissions based on the marks obtained by the candidate in their 12th standard.
The average fee for a B.Sc. in Nuclear Medicine Technology ranges between INR 30,000 to INR 2LPA.
Upon completion of the course, B.Sc. in Nuclear Medicine Technology graduates are eligible for an average annual package ranging between INR 2 LPA to INR 9 LPA.

B.Sc. in Nuclear Medicine Technology: Course Highlights

The following table shows the course highlights of the B.Sc. in Nuclear Medicine Technology.

Parameters	Details
Name of course	B.Sc. in Nuclear Medicine Technology
Course level	Bachelor's Degree
Duration	3 Year
Course Fees	INR 30,000 to INR 2LPA
Eligibility	Candidates must have passed their 10+2 examination from the science stream with PCB as a main subject.
Admission Process	Based on merit or an entrance examination.
Salary	INR 2 LPA to INR 9 LPA (Fresher Level)
Job Roles Offered	Radiologist Research Assistance Associate and Lab Reader Professor Nuclear Medicine Technologist

What is BSc Nuclear Medicine Technology?

The Bachelors of Science (B.Sc) in Nuclear Medicine Technology is an undergraduate Chemical Engineering degree program. The degree deals with the usage of radioactive materials in diagnosing and treating disease is an area of medicine concerned with.

The course aims at early identification of disease progression.
It also deals with the early treatment of diseases with successful prognosis.
Once the course is completed, graduates get numerous career opportunities.

Why should you study BSc Nuclear Medicine Technology?

Pursuing BSc Nuclear Medicine Technology is highly beneficial as it combines theoretical learning with practical exposure to the students. The course enables students to develop technical skills and receive certification. This program emphasizes the importance of hands-on experience in entering the field as a trained professional.

Coursework may include classes in:

Anatomy and physiology
Radiation chemistry
Radiopharmacy
Gamma scintillation camera operation
Patient care and ethics

Benefits of BSc Nuclear Medicine Technology

BSc Nuclear Medicine Technology is suitable for radiopharmaceutical preparation and administration.
The program aims to use sophisticated computers for data processing and image enhancement.
Suitable for laboratory analysis of biological specimens.
Individuals can get job opportunities in Government, Defence and Public sectors.

BSc Nuclear Medicine Technology: Eligibility Criteria

To be eligible for the BSc Nuclear Medicine Technology:

Candidates must have passed their 10+2 examination from the science stream with PCB as a main subject.
Candidates must have Physics, Chemistry, English, Biology/Mathematics as main subjects.
Candidates must score at least aggregate 50% in their 12th examination from a recognized board.

BSc Nuclear Medicine Technology: Admission Process

Candidates are required to submit their application form on the university's official website.
Candidates must submit the following documents:

10th and 12th class mark sheet
Provisional Certificate
Migration Certificate
Cast Certificate ( If required)
Character certificate
Any other relevant degree certificate
Passport size photo
Signature
EWS Certificate (If applicable)

BSc Nuclear Medicine Technology admissions are made entirely on the basis of candidates performance in 10+2 examination.
Candidates with Mathematics as one of their main subjects in 10 + 2 are given separate ranks based on aggregate PCM scores in the merit list.
The final selection of applicants is based on their English scores and aggregate marks in the qualifying examinations if two or more applicants achieve equal marks in the merit list.
The candidates are required to clear NPAT and CUET to proceed with admission processes in colleges and universities.

BSc Nuclear Medicine Technology: Entrance Exams

The list of BSc Nuclear Medicine Technology entrance exams is provided below along with their exam dates and registration fees:

Entrance Examinations	Exam Dates	Registration Fees
National Test for Programs After Twelfth (NPAT)	1st March 2025- 31st May 2025.	The NPAT exam fee is INR 2,000 for one school program, with an additional INR 1,000 for each subsequent application.
Common University Entrance Test (CUET)	May 8 - June 1, 2025 (Tentative)	General (UR): INR1000 (INR 400 per subject) OBC-NCL/EWS: INR 900 (INR 375 per subject) SC/ST/PWD/Third Gender: INR 800 (INR 350 per subject) Outside India: INR 4500 (INR 1800 per subject) NOTE: The registration fee covers up to three subjects, with additional fees for more than three, and a maximum of five subjects can be selected.
Central Universities Common Entrance Test (CUCET)	Registration End Date: March 31, 2025. Phase-I Exam (Ongoing): Oct 28, 2024 - April 1, 2025. Phase-II Exam: June 2025 - August 2025.	INR 1000/- The candidate category doesn't affect the fee amount.
State Eligibility Test (SET)	SET Test 01 - May 05, 2025 Test 02 - May 11, 2025 SLAT: Test 01 - May 05, 2025 Test 02 - May 11, 2025 SITEEE: Test 01 - May 05, 2025 Test 02 - May 11, 2025 SEED: January 12, 2025	General/SLAT/ SITEEE fee: INR 1950. Additional fee: INR 1000 for each program. SEED fee: INR 2950. The candidate category doesn't affect the fee amount.

BSc Nuclear Medicine Technology: Top Colleges

The table below shows a list of top colleges offering BSc Nuclear Medicine Technology:

Top Colleges	Fee (Annually)
Manipal College of Allied of Health Science, Manipal	INR 3,00,000
Amity University, Noida	INR 1,13,500
Kiwadi Memorial Institute of Oncology, Bangalore	INR 1,20,000
Sri Venkateswara Institute of Medical Science, Tirupati	INR 48,000
Dr MGR Medical University, Chennai	INR 27,000
Madras Medical Mission, Chennai	INR 16,000
Sanjay Gandhi PG Institute of Medical Science, Lucknow	INR 75,000
AIIMS, New Delhi	INR 3,085
Christian Medical College, Vellore	INR 23,280
JIPMER, Pondicherry	INR 42,000
Tata Memorial Hospital, Maharashtra	INR 42,000

BSc Nuclear Medicine Technology: Syllabus

The table below shows the syllabus and Curriculum offered for BSc Nuclear Medicine Technology:

1st Year
Semester 1	Semester II
Basic Physics and Nuclear Physics Basics of Computer	Human Anatomy and Physiology Basics of Computer and Image Hard Copies Production
2nd Year
Semester III	Semester IV
Radiochemistry & RadioPharmacy Nuclear Medicine Techniques & Special Procedures	Physics of Nuclear Medicine Instrumentation
3rd Year
Semester V	Semester VI
Quality Assurance in Nuclear Medicine. Radiation Biology.	Recent advances in Nuclear Medicine Techniques. Radiation & Radiation Biology Safety in Nuclear Medicine.

BSc Nuclear Medicine Technology: Job Roles & Career Scope

Graduates get ample job opportunities in Laboratories and hospitals, providing them with diverse employment opportunities in various fields.
Candidates can work as a Radiologist, Research Assistance, Associate and Lab Leader, Professor, and Nuclear Medicine Technologist.
Graduates can earn between INR 2 LPA to 9 LPA.

The table below shows a list of job opportunities offered after completing BSc Nuclear Medicine Technology along with salaries:

Job Role	Job Description	Average Salary (Approx)
Radiologist	A Radiologist is a medical doctor trained in interpreting medical images like X-rays, CT scans, ultrasounds, and MRIs to treat health problems in patients, but typically not responsible for general medical needs.	INR 3-4 LPA
Research Assistance	Research Assistants/Associates are Academic Student Employees (ASEs) hired by faculty to assist in conducting research projects, typically including literature reviews, and contribute in various ways to the project.	INR 2-3 LPA
Associate and Lab Reader	Lab Managers schedule staff use-time, purchase lab supplies, and prepare ordering lists. They ensure safe storage of information and data, often handling security documents. In government laboratories, they may use special software and computers, making this role particularly relevant.	INR 4-5 LPA
Professor	Postsecondary teachers work in various institutions, with their duties varying based on the organization. For instance, a mathematics professor may teach calculus, statistics, or a graduate seminar in a specific area, teaching one or more courses.	INR 7-9 LPA
Nuclear Medicine Technologist.	The professionals operate equipment that creates images of a patient's body, prepares radioactive drugs, and administers them to patients, causing abnormal areas in the images due to the use of radioactive drugs.	INR 6-7 LPA

Frequently Asked Questions (FAQ’s) for B.Sc Nuclear Medicine Technology

Does admission to B.Sc Nuclear Medicine Technology course require NEET?

No, admission to the B.Sc Nuclear Medicine Technology course does not require the NEET.

What is the scope of pursuing B.Sc Nuclear Medicine Technology?

Graduates in this field can work as research assistants or lab associates post-degree, with a PG degree offering a higher job profile. They can also work in hospitals' MRI departments or as lab managers.

What can we do after pursuing B.Sc Nuclear Medicine Technology?

Graduates of Nuclear Medicine courses can pursue job profiles like Radiologists, Research Assistants, Associate & Lab Leaders, and Technologists, earning an average salary between INR 2.4 LPA and INR 9 LPA.

How many semesters are there in B.Sc Nuclear Medicine Technology?

A B.Sc. in Nuclear Medicine Technology is a three-year undergraduate program that focuses on the application of radioactive materials for medical imaging and treatment.

Can I do M.Sc. in nuclear medicine after B.Sc. Radiology?

A Bachelor's degree from an accredited university or institution in a relevant field—such as biomedical sciences, radiology, physics, chemistry, biology, medicine, pharmacy, healthcare, or a related field—is normally required of candidates.

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