B Tech in Solar and Alternative Energy is a four-year undergraduate degree course specialising in renewable energy. Students who have completed 10+2 or corresponding education in Science are eligible to apply for the B Tech Solar and Alternative Energy course. This is a relatively new course that deals with the development of renewable energy.
The B Tech Solar and Alternative Energy course offers adequate guidelines to students on the use and development of renewable energies. This BTech course focuses on solar and other renewable energy sources such as wind, rain, tides, waves, and geothermal gas. Amity University- Noida and SSPU- Pune are key providers of BTech in Solar and Alternative Energy courses.
The BTech Solar and Alternative Energy focuses on a comprehensive study of Advanced Material Physics, Solar Thermal Engineering, Bio Fuel Cell Technology, and Solar Power Technology. This course is widely provided at the masters level (MTech), but at the UG level, it is offered by only two above-mentioned colleges with fees ranging from Rs 7.0 lakhs to Rs. 11.0 lakhs.
Particulars | Values |
---|---|
Course Name | B.Tech in Solar and Alternative Energy |
Course Type | Undergraduate |
Course Duration | 4 Years |
Eligibility Criteria | 10+2 with PCM or any equivalent course |
Admission Process | Entrance test/ Direct admission |
Entrance Examination | JEE Main, Amity JEE, MHT CET, SET |
Course Fee | Rs 7.0 lakhs to Rs. 11.0 lakhs |
Average Salary | Rs. 4.0 LPA |
Job Profiles | Power Plant Engineer, Research and Development Engineer, Solar Photovoltaic Designer, Solar Energy Engineer |
Top Recruiters | Bio-energy industry, Photovoltaic industry, Wind power industry, Hydropower industry |
Candidates interested in pursuing the BTech Solar and Alternative Energy course must fulfil certain eligibility criteria. As per the BTech in Solar and Alternative Energy eligibility criteria, candidates must have the following:
The B Tech Solar and Alternative Energy admission is done through entrance exams conducted at state, national, and university levels. Interested candidates are expected to have advanced expertise in chemistry, physics, and mathematics. The admission process for the B Tech Solar and Alternative Energy course is as follows:
Note: The admission procedure can vary across institutions.
There are numerous entrance exams for admission to B Tech in Solar and Alternative Energy at the national/ state/university level. Mentioned below are the top B Tech Solar and Alternative Energy entrance exams.
Exam Name | Exam Level | Conducting Body | Exam Schedule |
---|---|---|---|
National | NTA | ||
State | State Common Entrance Test Cell - Maharashtra State | ||
University | Amity University | - | |
University | Symbiosis International University | - |
A cut-off score for the B Tech Solar and Alternative Energy course is a set of criteria used to evaluate a student's merit or performance in the qualifying exam. The qualifying exams and the number of applicants who participate in the exam decide the B Tech Solar and Alternative Energy cutoff.
Interested students who are willing to enrol in a B Tech Solar and Alternative Energy course are required to possess a unique set of skills. Here is the list of some top skills students must have.
Before starting the course, students must know about the B Tech Solar and Alternative Energy subjects/syllabus. The BTech Solar and Alternative Energy syllabus of Amity University, Noida is mentioned below.
Semester 1 | |
Basic Electrical Engineering | Technical Communication – I |
Engineering Graphics Lab | Foreign Business Language |
Introduction to Environmental Studies | Open Elective Courses |
Applied Mathematics- I | Outdoor Activity-Based Courses |
Engineering Chemistry | - |
Semester 2 | |
Engineering Mechanics | Technical Communication – II |
Introduction to Computers and Programming in C | Foreign Business Language |
Workshop Practices | Open Elective Courses |
Applied Mathematics - II | Outdoor Activity-Based Courses |
Engineering Physics | - |
Semester 3 | |
Term Paper | Elements of Biochemistry |
Basic Electronics Engineering | Applied Mathematics- III |
Object-Oriented Programming Using C++ | Foreign Business Language |
Basic Thermal Engineering and Statistical Methods | Open Elective Courses |
Basics of Semiconductors | Outdoor Activity-Based Courses |
Semester 4 | |
Information Theory & Coding | Semiconductor Device Fabrication Technology |
Introduction to Digital Manufacturing | Solar Cell Engineering – I |
Numerical Methods in Engineering | Applied Mathematics-IV |
Self-Reliance and Socialization | Foreign Business Language |
Modeling and Simulation of System | Open Elective Courses |
Advanced Material Science: Theory and Applications | Outdoor Activity-Based Courses |
Renewable Energy Lab - I | - |
Semester 5 | |
In-House Practical Training | Electronics Circuits for Renewable Energy Systems |
Network Management and Security | Solar Thermal Engineering |
Rapid Prototyping and 3D/4D Printing | Wind Energy Engineering: Power Generation Using Wind Turbines |
Advanced Mechanics of Fluids | Creating Global New Ventures |
Bio Fuel Cell Engineering | Modern Trends & Innovative Solutions through Technology Management |
Materials Characterization Techniques | Cognitive Skills, Leadership, and Decision Making |
Cyber and Information Security | Foreign Business Language |
Web Developer | Open Elective Courses |
Aptitude and Reasoning Ability | Outdoor Activity Based Courses |
Semester 6 | |
Data Encryption and Compression | Renewable Energy Lab - II |
Additive Manufacturing | Solar Panels and Grid Integration |
Advanced Mechanics of Materials | Solar Power System Engineering |
Energy, Ecology and Environment | Professional Ethics and Social Responsibility |
Materials Characterization Techniques | Foreign Business Language |
Solar Cell Engineering - II - Organic Solar Cells | Open Elective Courses |
Employability Skills for Solar PV Power Plants | Outdoor Activity-Based Courses |
Energy Storage Systems | - |
Semester 7 | |
Industry Internship | Minor Project |
Advanced Techniques for Material Characterization | Rooftop Solar PV Plants and Entrepreneurship |
Design and Simulation of Solar Cells | Professional Ethics and Social Responsibility |
Energy Management Related to Renewable Energy Sources | Foreign Business Language |
Solar Panels and Grid Integration | Open Elective Courses |
Solar Thermal Energy Storage using Phase Change Materials | Outdoor Activity-Based Courses |
Semester 8 | |
Major Project | Introduction to Dye-sensitized Solar Cells |
Alternate Technologies for Renewable Energy | Foreign Business Language |
Energy Concepts in Green Buildings | Open Elective Courses |
Hydrogen as Future Energy Source | Outdoor Activity-Based Courses |
The B Tech Solar and Alternative Energy fees vary depending on the university that offers the course. Students must consider how much it will cost them to attend their preferred colleges. The average B Tech Solar and Alternative Energy fee ranges between Rs 7.0 lakhs to Rs. 11.0 lakhs.
The BTech Solar and Alternative Energy syllabus is structured in a way that offers students the opportunity to build a stable business and engineering platform. The B Tech Solar and Alternative Energy course teaches Advanced Material Physics and Solar Thermal topics.
Those inclined towards various aspects of the production and manufacturing of renewable energy with some prior knowledge of material sciences and chemistry will find the B Tech Solar and Alternative Energy course beneficial. B Tech Solar and Alternative Energy graduates can either go for higher education such as M.Tech or apply for jobs in renewable energy or associated fields.
There are several career options for B Tech Solar and Alternative Energy graduates in India and abroad as well. Below are some popular B Tech Solar and Alternative Energy job roles that graduates will explore.
Solar Energy Engineer: Solar Energy Engineers check or test photovoltaic (PV) cells or units. They research requirements and propose technical or production improvements to meet the goals of solar design.
Solar Photovoltaic Designer: Solar Photovoltaic Designers are responsible for designing mounted Photovoltaic and rooftop systems using custom software tools. They carry out accurate device sizing measurements and build single-line electrical diagrams, panel schedules, or linking diagrams for solar electrical systems using CAD.
Power Plant Engineer: Power Plant Engineers conduct an evaluation of test cell output during engine visits. They resolve assembly, setup, and testing issues for engine visits by assisting operations.
Legal Frameworks Expert: Legal Frameworks Expert carries out comprehensive legal, legislative, regulatory, and relevant empirical research and projects. They prepare interpretive reports based on research results and propose effective remedies or steps.
Energy Analyst: Energy Analysts build and maintain a high-level understanding of energy markets by locating, collecting, and evaluating energy data. They work in a variety of positions in engineering firms specialising in building efficiency.
In today's world, energy conservation and the development of alternative energy sources are in urgent need. Solar and Alternative energy is a booming domain with the promise of delivering a clean energy future.
To address the challenges of conventional energy sources and make the most out of alternative energy, the demand for more experts and skilled professionals in environmental sustainability is surging. Pursuing a B Tech Solar and Alternative Energy course will equip students with knowledge and skills in environmental sustainability while keeping them updated with the latest trends.
With this BTech degree in solar and alternative energy, students will acquire specialist abilities, including the application of clean energies, carbon capture and storage. They will be able to explore career prospects in wind energy, hydro energy, solar energy, renewable energy, waste management, green transport, and green construction.
There are a variety of job profiles for B Tech Solar and Alternative Energy graduates, allowing them to excel in their careers. The BTech Solar and Alternative Energy salary packages vary depending on job profile, experience, employers, location, and other factors. The table below lists BTech Solar and Alternative Energy salary trends based on the job profiles.
Job Profile | Average Salary |
---|---|
Power Plant Engineer | Rs. 6.3 LPA |
Solar PV Designer | Rs. 3.5 LPA |
Rs. 3.9 LPA | |
R&D Engineer | Rs. 9.2 LPA |
Solar Energy Engineer | Rs. 3.2 LPA |
Test Engineer | Rs. 5.6 LPA |
Rs. 7.4 LPA |
Source: Ambition Box
Note: The salary figures are just for reference purposes. Please treat them as such.
Only two colleges in India offer B Tech in Solar and Alternative Energy courses. Below are the details of these colleges.
College Name | Total Fees |
---|---|
Rs. 7.12 lakhs | |
Rs. 11.08 lakhs |
If you are willing to learn and pursue a career in the renewable energy field, a B Tech Solar and Alternative Energy course is for you.
A B Tech in Solar and Alternative Energy is a four-year undergraduate engineering programme. The B Tech Solar and Alternative Energy course deals with the comprehensive study of Solar Thermal Engineering, Bio Fuel Cell Technology, Solar Power Technology, and other topics.
The average B Tech Solar and Alternative Energy fee is between Rs 7.0 lakhs to Rs. 11.0 lakhs. This varies depending on the institutions students attend.
Interested students must have passed 10+2 with the Science stream (PCM) from a recognised board.
Yes, you will have to appear in and qualify for national/state/university level entrance exams like JEE Main, Amity JEE, and MHT CET for admission to your preferred B Tech Solar and Alternative Energy colleges.
Graduates will find numerous B Tech Solar and Alternative Energy career options in both the public and private sectors. They can work as Solar Energy Engineers, Solar Photovoltaic Designers, Legal Frameworks Experts, and Energy Analysts.
Application Date:05 September,2024 - 25 November,2024
Application Date:15 October,2024 - 15 January,2025
Application Date:10 November,2024 - 08 April,2025