B.Tech Renewable Energy is a four-year engineering programme. The program includes electives from the field of chemistry and material sciences, making it ideal for individuals who possess good organizational skills. In addition to a solid foundation in engineering, the program requires a rigorous review of a broad range of topics.
The Renewable Energy degree focuses on solar and other renewable sources such as wind, rain, tides, and geothermal gas. The Bachelor of Technology course in Renewable Energy offers proper guidance to students in the field of energy generation, utilization, conservation, and energy-efficient technologies.
B.Tech Renewable Energy Highlights
Level of Study |
Undergraduate |
Duration |
4 years |
Eligibility |
10+2 with Physics, Chemistry, and Mathematics |
Admission Process |
Entrance Exams |
Entrance Exams |
JEE-Main, AMITY JEE, etc |
Average Salary |
INR 3 - 4 lakh per annum |
Job Options |
Solar Power Engineer, Solar PV Designer, Electrical Engineer, Research and Development Engineer, Monitoring & Field Testing Engineer, etc. |
Areas of Employment |
Bio-energy industry, Photovoltaic industry, Wind Power industry, Hydropower industry, etc |
Eligibility Criteria for B.Tech Renewable Energy
1. Applicants must have a 10+2 qualification from a recognized board on Physics, Chemistry and Biology subjects in Class 12th.
2. Applicants must achieve at least 50% to 60% of the points in the relevant proficiency tests.
3. Eligibility conditions for candidates from SC/ST/OBC/PwD categories will be 45% marks in the qualifying examinations.
4. Applicants must not be younger than 17 at the time of application.
Admission process
1. Colleges publish admission notices on their website from June when most Indian universities would have finished degree exams.
2. Candidate to apply for each college, as each college considers each mark the cut-off mark.
3. Some private colleges and deemed universities perform their counselling process by conducting their university-level entrance exams.
4. Some colleges require a minimum of 50% aggregate in the qualifying examination.
5. Candidates who qualify for the test are called for an interview before the final seat allotment.
6. Some of the entrance exams for BTech are JEE Main, WBJEE, JEE Advanced, KCET etc.
Career after B.Tech Renewable Energy
The graduates will have knowledge in the field of renewable energy and their abilities like the applications of clean energies, nuclear power, carbon capture, and storage are in huge demand. Graduates with such knowledge and abilities can find jobs in the bio-energy industry, photovoltaic industry, wind power industry, hydropower industry, etc.
Renewable energy is a growing industry. By applying innovative technologies, farmers are becoming more profitable and efficient. Renewable energy sources can also improve yield, efficiency, and input/output processes. Advanced material science and biofuel cell engineering courses will provide graduates with a solid knowledge base.
The graduates can go for PG courses. Some of the courses available to them are M.Tech/ ME in Solar and Alternate Energy, M.TEch/ ME in Renewable Energy, M.Tech/ ME in Energy Engineering, etc. If they want to shift into management, then they can go for MBA courses. The graduates can prepare for civil services and other government job exams.
B.Tech Renewable Energy Syllabus
Semester 1 |
Semester 2 |
Basic Electrical Engineering |
Engineering Mechanics |
Introduction to Environmental Studies |
Introduction to Computers and Programming in C |
Applied Mathematics- I |
Applied mathematics - II |
Engineering Chemistry |
Engineering Physics |
Technical Communication – I |
Technical Communication - II |
Engineering Graphics Lab |
Workshop Practices |
Semester 3 |
Semester 4 |
Basic Electronics Engineering |
Basic Simulation Lab |
Object-Oriented Programming using C++ |
Advanced Material Science: Theory and Applications |
Basic Thermal Engineering and Statistical Methods |
Physics of Solids |
Basics of Semiconductors |
Renewable Energy Lab - I |
Elements of Biochemistry |
Semiconductor Device Fabrication Technology |
Applied Mathematics - III |
Solar Cell Engineering |
Semester 5 |
Semester 6 |
Hydrogen as Future Energy Source |
Energy Storage Systems |
Materials Characterization Energy Source |
Hydrogen as Future Energy Source |
Materials Characterization Techniques |
Employability Skills for Solar PV Power Plant |
Electronics circuits for Renewable Energy Systems |
BioFuel Cell Engineering |
Energy, Ecology, and Environment |
Renewable Energy Lab - II |
Solar Thermal Engineering Processes - I |
Solar Cell Engineering - II |
Wind Energy Engineering: Power Generation Using Wind Turbines |
Solar Power Systems Engineering |
Semester 7 |
Semester 8 |
Advanced Techniques for Material Characterization |
Advanced Techniques for Material Characterization |
Design and Simulation of Solar Cells |
Energy Concepts in Green Buildings |
Energy Management Related to Renewable Energy Sources |
Hydrogen as Future Energy Source |
Solar Panels and Grid Integration |
Major Project |
Industry Internship |
Rooftop Solar PV Plant and Entrepreneurship |