Bachelor of Technology [B.Tech] (Solar and Alternate Energy) - Latest Notifications
- 20 November, 2024 : testing jee main local notif
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- 20 November, 2024 : testing local notification
BTech Solar and Alternate Energy is a 4-year undergraduate program in the field of renewable energy. This course offers a comprehensive study on topics like advanced material physics, solar thermal engineering, biofuel cell technology, solar power technology, etc.
BTech Solar and Alternate Energy courses can be pursued after completion of 10+2 with Physics, Chemistry, and Mathematics. The candidates should have an aggregate of at least 60% or above in 10+2. The admissions are usually based on entrance exams, followed by counseling or personal interview.
Top institutes offering BTech Solar and Alternate Energy are Amity University, Noida International University, etc. The average annual fee is also higher than other B.Tech courses, around INR 1.5 - 3 lakh per annum.
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The graduates after completion of the course can build their careers as a Solar Power Engineer, Solar PV Designer, Electrical Engineer, Research and Development Engineer, Monitoring & Field Testing Engineer, etc. The average salary is expected to be around INR 3 - 4 lakh per annum.
BTech Solar and Alternate Energy can find jobs in the bio-energy industry, photovoltaic industry, wind power industry, hydropower industry, etc. They can also go for higher studies and take up courses like M.Tech/ ME in the related field.
Table of Content
- What is BTech Solar and Alternate Energy
- What is BTech Solar and Alternate Energy?
- Why study BTech Solar and Alternate Energy
- BTech Solar and Alternate Energy: Admission Process
4.1 Merit-Based
4.2 Entrance Based
4.3 Entrance Exams
- BTech Solar and Alternate Energy: Syllabus
- BTech Solar and Alternate Energy: Top Colleges
- BTech Solar and Alternate Energy: Study Abroad
- BTech Solar and Alternate Energy: Course Comparison
- BTech Solar and Alternate Energy: Jobs
- What after BTech Solar and Alternate Energy
- BTech Solar and Alternate Energy: FAQs
BTech Solar and Alternate Energy: Course Highlights
| Full-Form | Bachelors of Technology in Solar and Alternate Energy |
| 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 Course Fee | INR 1.5 - 3 lakh per annum |
| 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 |
What is BTech Solar and Alternate Energy?
- BTech Solar and Alternate Energy is a 4-year undergraduate engineering program that concentrates on the development of renewable energy.
- This focuses on solar and other renewable sources such as wind, rain, tides, and geothermal gas.
- The course offers proper guidance to the students in the field of energy generation, utilization, conservation, and energy-efficient technologies.
- It offers a comprehensive study on topics like advanced material physics, solar thermal engineering, biofuel cell technology, solar power technology, etc.
Why Study BTech Solar and Alternate Energy?
Some of the reasons why someone should choose B.Tech in Solar and Alternate Energy are:
- The graduates from this course can help pave the way for sustainable development by promoting renewable energy technologies and providing alternative energy options to the industries.
- They can conduct more research and develop alternate energy-efficient alternatives to the present energy conservation techniques so that they can be used as a reliable source of energy.
- They can reduce the carbon footprint and promote sustainable development by the introduction of new and innovative technologies.
- The demand for such professionals is increasing since the world is finding ways towards sustainability.
BTech Solar and Alternate Energy: Admission Process
Admission into the B.Tech courses is usually based on entrance exams. The national and state-level entrance exam scores can be used in various institutes. Like the scores of JEE-Mains is considered by almost every engineering institute across India.
The state universities will consider the state-level entrance exam scores like MHTCET, KEAM, AP EAMCET, COMEDK, WBJEE, etc. The private institutes either conduct their own entrance exams like AMITYJEE, BITSAT, LPUNEST, etc.
Merit-Based
The merit-based admissions in the B.Tech program are offered by very few private institutes. The institutes refer to the previous academic scores of the student for selection. The candidates who have the minimum cut-off scores in 10+2 will be called for further processing.
Entrance Based
- Registration: The interested candidates can visit the official website of the national or state level examination and register themselves for the examination.
- Entrance Exam: They will have to download the admit card and appear for the entrance exam. They should make sure to clear the minimum cut-off of the exam.
- Result: The scores of the exam will be released and also a merit list of the shortlisted students will be released.
- Counseling: The shortlisted candidates will be called for counseling, where they can choose the institute and the course.
- Enrollment: After selection, they can enroll by paying the admission fees.
BTech Solar and Alternate Energy: Entrance Exams
| Entrance Exams | Exam Dates |
|---|---|
| JEE Mains | Check Here |
| JEE Advanced | Check Here |
| WBJEE | Check Here |
| VITEEE | Check Here |
| SRMJEE | Check Here |
| KEAM | Check Here |
BTech Solar and Alternate 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 |
BTech Solar and Alternate Energy: Top Colleges
| Institute Name | Average Fee |
|---|---|
| Amity University, Noida | INR 3,56,000 |
| Noida International University | INR 1,50,000 |
| UPES, Dehradun | INR 3,43,500 |
| Agriculture Engineering College and Research Institute, Kumular | INR 85,200 |
| Sharda University, Noida | INR 1,63,770 |
| Sardarkrushinagar Dantiwada Agriculture University | INR 1,42,000 |
BTech Solar and Alternate Energy: Abroad
Top institutes abroad that offer courses in B.Tech Solar and Alternate Energy are mentioned in the table below:
| Institute Name | Average Fees |
|---|---|
| Massachusetts Institute of Technology | INR 10,30,000 |
| Stanford University | INR 8,00,000 |
| University of Michigan | INR 20,00,300 |
| University of California | INR 31,00,000 |
| University of Wisconsin | INR 30,00,000 |
| University of Texas | INR 5,50,800 |
| Pennsylvania State University | INR 8,12,000 |
| North Carolina State University | INR 6,58,000 |
| Oregon Institute of Technology | INR 18,00,700 |
BTech Solar and Alternate Energy: Course Comparison
Below is a course comparison between BTech Solar and Alternate Energy Vs BTech Energy Engineering. Some of the parameters to explain the difference between Solar & alternate energy and Energy engineering are mentioned below.
| Parameters | B.Tech Solar and Alternate Energy | B.Tech Energy Engineering |
|---|---|---|
| Objective | It focuses on the study of solar and other renewable energy sources like wind, heat, rain, etc. | It focuses on providing studies in the field of nuclear plants, power industry, and renewable energy technology. |
| Level of Study | Undergraduate | Undergraduate |
| Duration | 4 Years | 4 Years |
| Eligibility | 10+2 in Physics, Chemistry, and Mathematics | 10+2 in Physics, Chemistry, and Mathematics |
| Admission Process | Entrance Exams | Entrance exams |
| Average Course Fee | INR 1 - 1.5 lakh per annum | INR 0.9 - 1.9 lakh per annum |
| Job Options | Solar Power Engineer, Renewable Energy Engineer, Solar PV Designer, Electrical Engineering, etc | Project Engineer, Field Engineer, etc. |
BTech Solar and Alternate Energy: Jobs
| Jobs | Job Description | Average Salary |
|---|---|---|
| Solar Energy/ Solar Power Engineering | They design everything from different solar energy apparatuses to solar plants for residential, commercial, or industrial solar power systems. They create plans for solar energy system development and also monitor and evaluate activities. | INR 3,60,000 |
| Solar Photovoltaic (PV) Designer | Their work is to manage new proposals for PV design, providing project management and design consultation for each project. Their work also includes bill designs, completing the bills of necessary materials, and establishing project schedules. | INR 3,75,000 |
| Electrical Engineer | They are responsible for implementing and designing components for any device that uses electricity. They focus on the generation of power to the device or product. | INR 3,67,184 |
| Field Engineer | Their responsibilities are highly professional in the field of solar energy. They have a comprehensive understanding of technological services and the specific machines and mechanisms of the company. | INR 2,97,340 |
What after BTech Solar and Alternate Energy
After completion of the course, the graduates have options to take up jobs or to go for higher studies. Both the criteria have been explained below:
- Jobs - 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.
- Higher Studies - 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.
- Government Jobs - Graduation is the basic eligibility for most government jobs. The graduates can prepare for civil services and other government job exams.
BTech Solar and Alternate Energy: FAQs
Ques. Is B.Tech Solar and Alternate Energy a popular course in India?
Ans. Currently, it is a new course and not very popular. There are very few institutes in India that offer this course. Though it is not popular, the demand for professionals from this field is increasing since the world is trying to shift towards sustainability.
Ques. Is B.Tech Solar and Alternate Energy worth it?
Ans. It is totally worth it for those who want to build their career in the field of energy or renewable energy and want to be valuable in moving towards sustainability.
Ques. What are entrance exams available for B.Tech Solar and Alternate Energy?
Ans. Admission into the B.Tech Solar and Alternate Energy is similar to that of other B.Tech courses. The most common exam for this course also is JEE-Mains. The private institutes conduct their own entrance exam and one such exam is AMITY JEE
Ques. What are the career options after B.Tech Solar and Alternate Energy?
Ans. The career options after B.Tech Solar and Alternate Energy include Solar Power Engineer, Solar PV Designer, Electrical Engineer, Research and Development Engineer, Monitoring & Field Testing Engineer, etc.
Ques. What is the average salary expected for freshers after B.Tech Solar and Alternate Energy?
Ans. The average salary expected after completion of B.Tech Solar and Alternate Energy is around INR 3 - 4 lakh per annum.
Ques. Is BTech Solar and Alternate Energy and Btech Renewable Energy the same?
Ans. They both are two different degree courses but are very much similar to each other. Solar & Alternate Energy focuses mainly on solar power, its generation, and utility. But renewable energy covers all the renewable resources.
Ques. Where can these BTech Solar and Alternate Energy graduates find jobs?
Ans. They can find jobs wherever there is a need for energy. All the industries are finding cleaner ways to reduce strain on the earth. Some of the industries where they can be hired are the Bio-energy industry, Photovoltaic industry, Wind Power industry, Hydropower industry, etc.
Ques. Is there a demand for BTech Solar and Alternate Energy graduates?
Ans. Yes, there is a demand for BTech Solar and Alternate Energy graduates. The energy industry is highly responsible for climate changes and global warming. But it also has a huge impact on employment. It is harming the environment, yet it is so necessary that its functioning can’t be stopped. So there is a need for a cleaner, cheaper and reliable source of energy to save the environment. Also a hundred years from now, fossil fuels won’t be left to be used for energy, thus the demand for professionals who could develop technologies for renewable energy is highly in demand.
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