IIT Bombay
- Fees: ₹ 88,300
- Exams: GATE
Degrees offered: B.E /B.Tech, B.Sc., B.Sc.(Hons), B.Tech M.Tech, BS, M.E /M.Tech., M.Phil.
Nuclear engineering is a branch of engineering which deals with application of fission and fusion of atomic nuclei. The course curriculum of Nuclear Engineering includes topics and theories from both electrical engineering and chemical engineering The energy released from this is used to convert water to steam, which is later used to run a turbine.
This branch of Engineering deals with the study of thermodynamics, radiation, nuclear safety and fuel and so on.The energy produced from nuclear plants is of low costs, and hence the operational expenses are cheap. Nuclear Energy is extremely reliable; hence there is a gradual shift towards building and producing nuclear energy.
Particulars | Values |
---|---|
Branch Name | Nuclear Engineering |
Degree | B.E/B.Tech, M.E/M.Tech |
Duration | UG: 4 years PG: 2 years |
Eligibility | UG: 10+2 PG: Bachelor’s degree |
Admission Process | Entrance Exam |
Top Entrance Exams | JEE Main, JEE Advanced, GATE |
Average Course Fees | Rs. 41,450 to Rs. 2.59 Lakhs |
Career Options | Project Engineer, Materials Engineer, Chemical Engineer, Scientific Engineer Associate |
Average Salary | Rs. 4 LPA |
Recruiting Companies | NPCIL, DRDO, BARC, Canberra, ISO, Blash and Veatch |
There are many universities and colleges in India that offer Nuclear Engineering courses at bachelor’s and master’s level. Admission to these colleges is mostly based on entrance examinations. Some colleges may also conduct personal interview, and aptitude test depending on the programme. In the table below we have mentioned top Nuclear Engineering colleges in India.
Colleges | Fees |
---|---|
Rs. 2.59 Lakhs | |
Rs. 2.82 Lakhs | |
- | |
- | |
Rs. 88,300 | |
Rs. 41,450 | |
Rs. 48,000 |
Studying Nuclear Engineering at a private institute is slightly more expensive than studying the same at a government institute. Candidates can check the course details and eligibility requirements for the course on the official website of the college. Mentioned in the table below are top Private Nuclear Engineering Colleges in India.
Colleges | Fees |
---|---|
School of Engineering and Technology, Lakshmangarh | Rs. 2.59 Lakhs |
School of Technology, Gandhinagar | Rs. 2.82 Lakhs |
OPJS University | - |
Amity University | - |
Government institutes are known to provide quality education under nominal fees, Some government institutes offer Nuclear Engineering courses in India. The fees are affordable and offer quality education to the students. Listed below are the top government institutes in India offering Nuclear Engineering courses in India.
Colleges | Fees |
---|---|
IIT Bombay | Rs. 88,300 |
IIT Kanpur | Rs. 41,450 |
Jadavpur University, Kolkata | Rs. 48,000 |
The candidates interested in Nuclear Engineering are required to clear eligibility requirements depending on the level of education which can be found on the official website and programme brochure of the institute. Mentioned below are undergraduate and postgraduate eligibility requirements for Nuclear Engineering.
The eligibility criteria for undergraduate courses can vary depending on the institute, generally for an undergraduate course, the candidates need to clear their 10+2 in Science stream. They also need to appear for relevant entrance examinations such as JEE Main, and JEE Advanced and score a valid percentage.
JEE Main: JEE Main exam is conducted by the NTA. It is a national level exam. Get admission to top institutions like IIITs, NITs, and CFTIs. JEE Main exam is held twice in a year; January and April. The mode of the exam is online.
JEE Advanced: JEE Advanced is conducted by the Indian Institute of Technology. This is a national level exam. The exam is held once in a year for IITs. The mode of the exam is online.
The eligibility requirements for postgraduate courses in Nuclear Engineering also varies depending on the institute, but it remains almost the same for every institute. Candidates are advised to clear a Bachelor’s degree in Nuclear Engineering or related discipline with a valid score. They also need to clear GATE or any other entrance examination specified by the institute.
GATE: GATE stands for Graduate Aptitude Test in Engineering and it is a postgraduate entrance examination in the field of Engineering, conducted by one of the IITs to provide admission to different IITs, NITs, and GFTIs. Students can find the relevant information for GATE Examination in the table below:
Nuclear Engineering is a promising field with diverse applications. It plays a crucial role in various sectors, including energy production, medicine, and environmental protection. The demand for nuclear engineers is expected to grow with the increasing reliance on nuclear energy.
Nuclear engineering is indeed an emerging field. After extensive research and studies, nuclear energy is gradually gaining recognition as a significant energy source. In India, the demand for nuclear engineers is on the rise. The high energy density of nuclear energy makes it extremely valuable for various industries.
The field of Nuclear Engineering is filled with new opportunities. Countries like the United States, France, Russia, Germany, and Japan, which are among the world's largest producers of nuclear energy, offer a plethora of options and opportunities in this field. Working in these countries could open up a wide range of possibilities for a career in Nuclear Engineering.
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Minimum Fees | Maximum Fees | |||
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Private | Government | Private | Government | |
UG | ||||
PG | ||||
DOCTORAL |
The course curriculum of Nuclear Engineering depends on the institute but it remains almost the same for every institute. Some of the subjects offered are Physics, Basics Engineering, Materials Science, and Computer Practice. Mentioned below is the syllabus of SRM University for their B.Tech Nuclear Science and Engineering programme.
Semester 1 | |
English | Mathematics – I |
Physics | Chemistry |
Basic Engineering – I | Personality Development – I |
NSS/NCC/NSO/YOGA | Computer Literacy |
Physics Laboratory | Chemistry Laboratory |
Workshop Practice / Engineering Graphics | - |
Semester 2 | |
Value Education | Mathematics – II |
Materials Science | Biology for Engineers |
Principles of Environmental Science | Basic Engineering – II |
Elements of Nuclear Science and Engineering | Personality Development – II |
Computer Practice | Engineering Graphics / Workshop Practice |
Semester 3 | |
German / Japanese / French Language Phase – I | Mathematics – III |
Mechanics of Materials | Neutron Physics |
Materials for Nuclear Applications | Nuclear Thermo Hydraulics – I |
Thermodynamics | Personality Development – III |
Thermodynamics Lab | Nuclear Thermo Hydraulics Lab – I |
Semester 4 | |
German/Japanese/French Language Phase–II | Engineering Mechanics and Fluid Mechanics |
Probability and Random Processes | Personality Development–IV |
Nuclear Thermal Hydraulics-II | Nuclear Thermo Hydraulics Lab-II |
Controlled Thermonuclear Fusion | Fluid Mechanics Lab |
Design Nuclear Engineering | Comprehension–I |
Applied Radio Chemistry | |
Semester 5 | |
Engineering Economics and Management | Biological Effects of Radiation |
Molecular and Cell Biology | Personality Development–V |
Computer in Reactor Analysis | Simulation Lab |
Nuclear Reactor Theory–I | Nuclear Measurement Lab–I |
Reactor Theory and Kinetics | Industrial Training–I* |
Semester 6 | |
Personality Development–VI | Fuzzy Approaches in Engineering |
Nuclear Measurement Lab–II | Nuclear Reactor Theory–II |
Reactor Lab | Nuclear Fuel Systems |
Comprehension–II | Elective I |
Computer Skills | - |
Semester 7 | |
Applied Reactor Analysis | Radiology Measurement Lab |
Fast Reactor Theory | Industrial Training–II |
Elective II | Seminar |
Elective III | - |
Semester 8 | |
Elective IV | Project Work |
Elective V | - |
The course curriculum of a postgraduate course in Nuclear Engineering is almost the same as the undergraduate syllabus, but there are some advanced subjects included in the postgraduate syllabus of Nuclear Engineering. Some of the subjects are Quantum Mechanics, Plasma Physics and Thermodynamics, and Radiation Technology and its Applications. Mentioned below is the syllabus of NIT Jalandhar.
Semester- I | |
Quantum Mechanics and Electrodynamics | Radiation Technology and its Applications |
Mathematical and Numerical Methods in Nuclear Engineering | Elective-I |
Computational PrNuclear Physics Laboratory | Nuclear Physics Laboratory |
Semester- II | |
Plasma Physics and Applied Thermodynamics | Accelerator Physics & Technology |
Nuclear Radiation Detection and Analytical Tools | Nuclear Radiation Safety and Waste Management |
Nuclear Measurement Laboratory | Plasma Laboratory |
Semester- III | |
Elective-II | Elective-III |
Seminar | Dissertation Phase-I - - - 6 Total C |
Semester- IV | |
Dissertation Phase- II | |
List of Electives | |
Nuclear and Computational Sciences | Structure and Materials of Nuclear Reactor |
Nuclear Power Engineering | Plasma Physics and Nuclear Fusion Reactor |
Students can work in both private and government institutes in this field of Engineering, there are many career options available for the students in Nuclear Engineering field such as Chemical Engineer, Material Scientist, and Physical Scientist. Here are a few job profiles that exist in the field of Nuclear engineering.
Job Profile | Job Descriptions |
---|---|
Project Engineer
| A project Engineer is responsible for making project objectives that are based on various plans and procedures. He or she schedules preparations, plans various projects, then looks after resources executing all the technical activities. |
Materials Engineer | Materials Engineer's role is to come up with new and varied materials that can be used for new activities. They majorly deal with metals, plastics and ceramics. |
Chemical Engineer applies all theories of Maths, Physics, Biology and chemistry together to solve problems. They also design various processes that can be executed on various levels. | |
Scientific Engineer Associate | A scientific engineer associate will interact with all the team members to make sure that they work efficiently. He or she uses various methods to make it inclusive. Their role is to improve productivity. |
Physical Scientist | A physical scientist focuses mainly on Physical properties and energy. He or she also conducts research and studies in the field. |
Nuclear engineering is a relatively new field. Therefore, it is still largely in the developing phase. In the years to come, Nuclear Energy will probably take over all other traditional sources of energy. A lot of nuclear waste is generated when nuclear energy is produced, research and studies are being conducted to find ways to minimise waste generation.
Scientists and engineers are trying to come up with ways to make this field more sustainable and environmentally friendly. Over the years, the price of installing such plants will also come down. Some of the upcoming trends and topics include:
There are many areas where a Nuclear Engineering graduate can work such as Hospitals, Government Institutes, Electric and Power Generation sector, and Research and Development. Mentioned below are the top recruiters in the field of Nuclear Engineering.
Top Recruiters:
The average salary of a Nuclear Engineering graduate depends on the location of the job, overall experience and skill sets of the candidate, and job role chosen by the candidate. In the table below we have mentioned the average salary of a Nuclear Engineering graduate.
Job Profile | Average Salary |
---|---|
Project Engineer | Rs. 4 Lakhs p.a. (Approx.) |
Materials Engineer | Rs. 3 Lakhs p.a. (Approx.) |
Chemical Engineer | Rs. 4 Lakhs p.a. (Approx.) |
Professor | Rs. 5 Lakhs p.a. (Approx.) |
Scientific Engineer Associate | Rs. 11 Lakhs p.a. (Approx.) |
Physical Scientist | Rs. 5 Lakhs p.a. (Approx.) |
Candidates interested in pursuing Nuclear Engineering are required to have certain eligibility requirements to perform well in their careers and also academically. These skills also provide an edge to the graduate, mentioned below are some necessary skills in Nuclear Engineering field.
During the course, students are introduced to various theories pertinent to the field. Concepts from chemical and mechanical engineering are applied to nuclear engineering. The fundamentals of the subject are thoroughly explained to the students. Given the practical nature of the subject, students are provided ample opportunities for hands-on learning.
As the course progresses, students learn to independently perform complex procedures and calculations. Many colleges offer internships, enhancing students' practical knowledge. By the end of the course, some institutions even assist with job placements in the field of Nuclear Engineering.
Answer :
JEE exam's syllabus and the other examination's syllabus are similar. Preparing for JEE will cover almost all topics. Also, if you crack JEE, you get placed into the best colleges. At the same time, make sure you keep a note of the syllabus of other examinations and make sure that you have prepared for those as well.
Answer :
Yes, you will have to appear for the All India Engineering entrance examinations. All branches of engineering follow the same procedure.
Answer :
Yes, it is mandatory. Only science students can apply to take up nuclear engineering. This is because knowledge of mathematics, physics, and chemistry is very important in this field.
Answer :
If you have a B. Tech in Chemical, Mechanical, Electrical engineering, then you can pursue nuclear engineering at the postgraduate level. Even a B.Sc. A physics degree is permitted. You don't need to have a B.Tech in nuclear Engineering for taking it up at the postgraduate level.
Answer :
The top entrance examinations required for Nuclear Engineering courses at undergraduate and postgraduate depend on the institute's preference. The top undergraduate engineering entrance exams are JEE Mains and JEE Advanced, and for a postgraduate course, students must appear for the GATE entrance examination and meet the cut-off specified by the chosen institute.
Answer :
The eligibility criteria for Nuclear Engineering courses at undergraduate and postgraduate levels in the field of Nuclear Engineering depends on the institute, but it remains almost the same for every institute. At an undergraduate level, the candidates need to complete their 10+2 with a valid aggregate score with the science stream. For a postgraduate course, they must pass a Bachelor's degree in Nuclear Engineering or a related discipline with a valid aggregate score.
Answer :
The average salary of a Nuclear Engineering graduate can vary depending on the location of the company, the job profile applied by the candidate, and the skills and experience of the candidate. The average salary typically is Rs. 4 LPA.
Answer :
The top colleges offering Nuclear Engineering courses at undergraduate and postgraduate levels are the School of Engineering and Technology, OPJS University, IIT Bombay, IIT Kanpur, and Jadavpur University Kolkata.
Answer :
In comparison to other fields of engineering, nuclear engineering is still in the growing phase. Hence, there aren't many students in the field. Over the years, however, we can see an increase in the number of aspirants.
Hello dear student, as you have asked for the top colleges for btech nuclear engineering -
disturbing there are not much colleges who provide BTech in this stream while there are many Institute who provide mtech in nuclear engineering. I hope this helps
Thank you
Hello aspirant,
The field of engineering known as nuclear engineering incorporates concepts and theories from both chemical and electrical engineering. It deals with the mixing and dismantling of nuclei. This produces energy that is used to turn water into steam, which is then used to power a turbine. This is successful in producing electricity. The study of thermodynamics, radiation, nuclear safety, fuel, and other topics is covered by nuclear engineering.
To know more about nuclear engineering course and it's subjects, you can visit our site by clicking on link given below.
https://www.careers360.com/courses/nuclear-engineering-course
Thank you
Hope this information helps.
Hello,
Nuclear Engineering is MTech Course .
Jadavpur University, Kolkata is only popular college in West Bengal which provide MTech in Nuclear Engineering.
For all information about Jadavpur University visit the mentioned link:
https://www.careers360.com/university/jadavpur-university-kolkata
Hope this helps
Thank you
Hello,
Yes, according to the employment portals nuclear engineering careers are going to boost in future. Nuclear Engineering & Technology makes a hot job alternative with undergraduate and postgraduate degrees among all engineering disciplines. Nuclear engineers find work vacancies as both engineers and researchers in Research & Development institution's, Nuclear Power plants, and Nuclear Reactors.
Now what can a nuclear engineer do :
Some of the best colleges for pursuing nuclear engineering are :
Get to know about nuclear engineering through this link :
https://engineering.careers360.com/colleges/list-of-nuclear-engineering-colleges-in-india
Hope this helps!!
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