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M.Sc. Nuclear Physics is a full-time 2-year postgraduate program in the Physics. The eligibility of which is passing B.Sc. Nuclear Physics with Physics and Mathematics are compulsory subjects of study with a minimum of 50% marks and above from a recognized university. 

Some of the top colleges who offer the program of M.Sc. Nuclear Physics are as follows:

  • M.S. Ramaiah University of Applied Sciences (MSRUAS) - Bangalore
  • University of Madras - Chennai
  • Andhra University (AU) - Visakhapatnam
  • University of Delhi (DU) – New Delhi
  • Osmania University – West Bengal

Selection of candidates for admission to the program on the basis of merit. However, candidates are required to pass the various entrance examination held by some of the colleges and universities. M.Sc. Nuclear Physics course intensively acquaints candidates with the branch of physics i.e. Nuclear Physics. The course deals with the various dimensions related to nuclear physics and structuring of atoms.

M.Sc. Nuclear Physics deals with the branch of physics detailing the aspects involved in the study of nuclear physics. The applicants seeking admission to the program should have the knack of getting into the depth of any topic as well as have a certain interest in getting to know the subject effectively. Candidates should be well-adept about mathematics and physics in order to solve complex problems arising during the study of the subject. In addition having the skills of analyzing, interpreting, research and evaluating data is considered beneficial for the program.

The course fee in average ranges from INR 6,120 to 2 lacs for a span of 2 years. Candidates after the completion of their post-graduation have lucrative openings in the areas surrounding research and nuclear power plants in national as well as international grounds. The average remuneration earned by students after passing the M.Sc. Nuclear Physics degree ranges from INR 3 to 18 lacs per annum.

Top Colleges for Master of Science [M.Sc] (Nuclear Physics)

  • M.Sc in Delhi-NCR
  • M.Sc in Maharashtra
  • M.Sc in Chennai
  • M.Sc in Uttar Pradesh
  • M.Sc in Telangana

M.Sc. Nuclear Physics: Course Highlights

Course levelPost-Graduation
Duration2 years
Examination TypeSemesters
EligibilityQualifying B.Sc. in Nuclear Physics with Physics and Mathematics as the main subjects of study with 50% aggregate and above from a recognized university/ Entrance Test
Admission processMerit and Entrance Based
Course FeeINR 6,120 to 2 lac
Average salaryINR 3 to 18 lac per annum
Top Recruiting CompaniesNuclear Power Plants, Space stations, research and development, Universities, etc.
Job PositionsProject Manager, Plant Manager, Scientist, Professor, etc.

M.Sc. Nuclear Physics: What is it About?

The field of Nuclear Physics deals primarily with the branch of physics which lays emphasis on the dimensions and attributes related to the field of Nuclear Science. The post graduation program of M.Sc. Nuclear Physics opportune candidates to expand their knowledge about the field forward by acquainting themselves to the advanced necessities of the field. Candidates are given an in-depth view of Nuclear science and how physics plays a role in exploring the hidden mysteries of the universe made of atoms, nuclei, and their interactions.

The program concentrates on the scientific side of Nuclear physics, which is concerned with reactions, forces and the structure of atoms. Students are rendered a platform to polish their skills of analysis, getting to the depth of data and evaluating them to zero in on lucrative solutions apart from bringing scientific breakthroughs in the study. M.Sc. Nuclear Physics course is considered extremely career oriented as it opens to candidates a wide arena of the sphere to explore and put into practice their knowledge in different sectors. Candidates are required to have a good hold of Mathematics and Physics as well as good communicative skills to convey their study to the masses through written and verbal forms.

The course curriculum is designed in a manner which molds the candidate in the entire aspect for their future. The program builds a strong foundation for students in the field, so as to prepare them for higher qualification in the field. M.Sc. Nuclear Physics program comprises of four semesters, in the first year of which the students are taught the fundamentals of the field concentrating on aspects like fluid mechanics, quantum physics, relativity concepts, Structure of atoms and much more. Furthermore, through the curriculum, candidates are polished and enhanced their skills through the project, presentation, lab study, internship, and class discussion so as to upgrade their knowledge in the field.

M.Sc. Nuclear Physics imbibes in candidates the nuances of the subject in detail thereby opening a wide range of prospects on the career front. They have an opportunity in the field of nuclear science, research and development and electronics, Laboratories and much more. The overall aim of the course is to build in candidates the acumen to instill in them the fundamentals of the field so as to come out as professionals in the area chosen for the career.

M.Sc. Nuclear Physics: Top Colleges and Institutes

Name of InstitutionLocationAverage Course Fee (in INR)
University of MadrasChennai13,005
Andhra University (AU)Visakhapatnam22,000
Osmania University – OUHyderabad6,120
University of Delhi (DU)New DelhiNA
M.S. Ramaiah University of Applied Sciences – MSRUASBangaloreNA
Indian Institute of Technology (IIT – Bombay)MumbaiNA
National Institute of Technology – NITDurgapurNA
Guru Ghasidas Vishwavidyalaya (GGU)BilaspurNA
Sambalpur UniversityOrissaNA

M.Sc. Nuclear Physics: Eligibility

The eligibility criteria for M.Sc. Nuclear Physics are mentioned below:

  1. Those who have passed their B.Sc. in Nuclear Physics with Physics and Mathematics as the main subjects of study with a minimum aggregate of 50% and above from a recognized university.
  2. Certain colleges and universities may conduct their own entrance examinations for the selection of candidates.

M.Sc. Nuclear Physics: Admission Process

Admission to M.Sc. Nuclear Physics is done merely on the basis of Merit obtained in the qualifying examination. The minimum eligibility laid out is passing B.Sc. in Nuclear Physics with a minimum aggregate of 50% marks and above from a recognized university. The eligibility criteria for the program is subject to differ for different institutions as per the norms prescribed by them. However, candidates are required to pass the various entrance examination conducted by the respective universities for selection of candidates. The cumulative marks obtained after calculating the score secured in qualifying exam and entrance test will deem the merit cut-off the respective colleges. Students seeking admission to IITs will have to pass the JEE Advanced 2019 entrance test to avail seat in the institution. Some of the entrance tests accepted for admission to M.Sc. in Nuclear Physics are as follows:

  • AUCET – Andhra University Common Entrance Test
  • JEE Advanced 2019 – Joint Entrance Examination 2019

Candidates can apply for M.Sc. Nuclear Physics course both online as well as offline. All information regarding admission dates, counseling and selection of candidates will be notified through email or listed on the official website of the college.

M.Sc. Nuclear Physics: Syllabus and Course Description

M.Sc. Nuclear Physics lays out to candidates a platform for understanding the subject in depth by exploring the different aspects of the field. They are introduced to the advanced techniques and fundamentals of the subject for making them proficient enough to take up future qualification in the said field such as M.Phil and Ph.D.

Below listed is an overview of syllabus followed by most of the universities and colleges:

Semester ISemester II
Electronic Devices and CircuitsElectromagnetic Theory
Mathematical PhysicsMolecular Physics and Spectroscopy
Classical MechanicsQuantum Mechanics I
Practical IPractical II
General PhysicsNuclear Materials
Nuclear Detectors and TechniquesNuclear Physics and Optical Physics
Laser, Nonlinear Optics and Integrated OpticsSafety Aspects of Ionising Radiations
Mobile CommunicationElectronic Communications
Soft SkillsSoft Skills
Semester IIISemester IV
Condensed Matter PhysicsComputational Techniques and Programming
Quantum Mechanics IIMaterials Physics
Statistical PhysicsPhysics in Imaging
Nuclear Physics and Elementary Particle PhysicsReactor Physics
Introduction to SpintronicsPhysics of Nano Materials
Physics of Thin FilmsX-Ray Powder Diffraction
Materials CharacterisationProject
Soft SkillsViva-Voce
-Soft Skills

** The Syllabus of the program may differ for different colleges.

M.Sc. Nuclear Physics: Career Prospects

Candidates after the successful completion of their postgraduation program in M.Sc. Nuclear Physics have a wide range of opportunities to explore on their carer front. They have options to choose in areas of Nuclear study, Nuclear Power plants, space stations, research and development, Colleges, Universities, governmental as well as private organizations. They can become Physicists, professors, plant manager, project manager, Quality control, Research Associate and much more.

Enlisted below are some career options for candidates to choose from:

Job ProfileJob DescriptionAverage Salary (in INR) per annum
Plant ManagerResponsibilities include overseeing the daily activities in the plant from manufacturing to production to ensure they are followed as per the policies laid.INR 6 to 11 lacs
Project ManagerResponsibilities include planning, budgeting and overseeing the documentation process ensuring it is in tandem with the project regulations and rules.INR 9 to 18 lacs
Quality Control ManagerResponsibilities include overseeing the quality and efficiency of the products as well as ensuring they meet the required quality expectations.INR 9 to 12 lacs
Research AssociateResponsibilities include coordinating with departments, gathering information, assay, tests, and studies aiding the scientist to perform experiments and evaluate data.INR 3 to 4 lacs
Nuclear PhysicistStudying the radiochemistry of radioactive elements that occur naturally and artificially.INR 6 to 20 lacs
ProfessorsImparting candidates the necessary skills and knowledge using different methodologies and tools.INR 6 to 7 lacs

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