B. Tech in Nuclear Science and Engineering is a branch of engineering that involves the study of sub- atomic physics or the science involving breakdown of atomic nuclei comprising a sub- discipline of nuclear physics that explores features of Nuclear Physics, essentially atoms, protons, and neutrons.
It is 4 year- long course divided into 2 semesters for each year. Candidates having secured a minimum aggregate score of 75% with Physics, Chemistry, Mathematics and English as core subjects in 10+2 are eligible to apply for it. The course is offered at an average annual fee of INR 1,05,900 to 1,49,000 across institutes in India.
|B.Tech Colleges in UTTAR PRADESH||B.Tech Colleges in RAJASTHAN||B.Tech Colleges in TAMIL NADU|
Successful graduates of the discipline get placed as Researchers, Professors, Engineers etc. with a starting salary ranging from INR 3- 4 lacs in the country.
|Name of the course||B. Tech (Bachelor of Technology) in Nuclear Science & Engineering|
|Duration of the course||4 years|
|Average course fee||INR 70,000 per semester|
|Sectors of employment||Science and Technology companies, Bhaba Atomic Research center (BARC),|
|Average enter level Salary||INR 80,000 – 1,20,000|
Bachelor of Technology in Nuclear Science and Engineering is ideal for candidates interested in practical application of theoretical ideologies in the subject of nuclear power plants, nuclear weapons, nuclear reactors and other nuclear science- related applications.
The main objective of the course is to impart proficiency to students in Nuclear Science and Engineering, primarily involving fusion and breakdown of atomic elements. A nuclear engineer generally works towards development and research in the field of nuclear radiation and energy at the same time. Radioactive waste is dealt with, and techniques and strategies are devised for its safe disposal. Also, a nuclear engineer is amply equipped with knowledge of radioactive isotopes, nuclear fuels, their application and handling, and develops radioactive tools suitable for medical and industrial usage. Nuclear Science and Engineering is an amalgamation of radiation science and nuclear physics.
Aspiring candidates hailing from a background in science at the level of 10+2 and with interest in nuclear science can opt for the course. Academic professions such teacher, professor, lecturer etc. can be pursued by successfully graduated engineers.
B.Tech in Nuclear Engineering is a 4- year long course with 2 semesters in each year. There is a total of 8 semesters through the course involving different subject combinations.
Some of the top institute/colleges in India offering B. Tech in Nuclear Science and Engineering in India are listed here in the following table:
|Ranks||Colleges/Institute||State||Average Fee Per Semester (INR)|
|1||Pandit Deendayal Petroleum University (PDPU)||Gandhinagar, Gujarat||1,70,000|
|2||IIT Bombay||Mumbai, Maharashtra||60,000|
|3||IIT Kanpur||Kanpur, Uttar Pradesh||3,60,000|
|4||Bhabha Atomic Research Centre Mumbai (BARC)||Maharashtra||--|
|5||Homi Bhabha National Institute, Mumbai||Maharashtra||--|
|6||GH Raisoni College of Engineering, Nagpur||Maharashtra||95,000|
|7||School of Nuclear Energy Gandhinagar||Gujarat||50,000|
|8||Amity Institute of Nuclear Science & Technology, Noida||Uttar Pradesh||1,70,000|
|9||IIT Madras||Tamil Nadu||45,000|
|10||Sastra University||Tamil Nadu||72,000|
Candidates need to have qualified the XII standard from a recognized educational Board of India with Physics, Chemistry and Mathematics as the main subjects, with a minimum aggregate score of 50% to be eligible to apply for B. Tech in Nuclear Science and Engineering. Eligible candidates need to subsequently appear in and qualify the All India JEE exam to get admission at preferred colleges. However, some colleges conduct their own screening test, and interested candidates get direct admission into such institutes upon qualifying their corresponding entrance tests.
One needs to score a minimum aggregate score of 75% in All India JEE Main. However, the cut-off may vary every year. Some universities also offer the course via correspondence.
Nuclear engineers can find job opportunities as both researchers and engineers in Nuclear Reactors, Nuclear Power Plants and Research and Development organizations.
Apart from this, they can find employment as professors/ lecturers and contribute actively towards nuclear research. Nuclear Engineers get employed in both private and government agencies.
Some of the top recruiting organizations that employ successful graduates of Nuclear Science and Engineering are mentioned in the table below along with the corresponding designations on offer.
|Organization Name||Designation||Average Salary / Month|
|Bhaba Atomic Research Center (BARC)||Scientist, Engineer||INR 30,000|
|DRDO||Scientist, Engineer||INR 40,000|
Successful graduates of Nuclear Science and Engineering start their careers with an average monthly salary of INR 20,000- 45,000. Apart from this, various other facilities and perks such as T.A, D.A, and residence are offered. Salaries increase overtime with performance as well as experience.
A semester- wise breakup of the course is listed in the table below for interested candidates’ reference.
|Semester I||Semester II||Semester III||Semester IV|
|English||Value Education||German / Japanese / French Language Phase – I||Nuclear Thermo Hydraulics – II|
|Mathematics – I||Mathematics – II||Mathematics – III||Applied Radio Chemistry|
|Physics||Materials Science||Mechanics of Material||Engineering Mechanics and Fluid Mechanics|
|Chemistry||Principles of Environmental Science||Neutron Physics||--|
|Basic Engineering – I||Basic Engineering – II||Materials for Nuclear Applications||--|
|--||Elements of Nuclear Science and Engineering||Nuclear Thermo Hydraulics – I||--|
|Semester V||Semester VI||Semester VII||Semester VIII|
|Engineering Economics and Management||Fuzzy Approaches in Engineering||Applied Reactor Analysis||Project Work|
|Molecular and Cell Biology||Nuclear Reactor Theory – II||Fast Reactor Theory||Elective IV|
|Computer in Reactor Analysis||Nuclear Fuel Systems||Elective II||Elective V|
|Nuclear Reactor Theory – I||--||Elective III||--|
|Reactor Theory and Kinetics||--||--||--|
|Biological Effects of Radiation||--||--||--|
Students who are looking to get admission for the specific course can opt for the counseling sessions.