Bachelor of Technology [B.TECH] (Solar and Alternate Energy) - Admissions, Eligibility, Top Colleges

Solar and Alternative Energy BTech is a four-year undergraduate programme in renewable energy. This curriculum covers advanced material physics, solar thermal engineering, biofuel cell technology, and solar power technology, among other topics. After completing 10+2 with Physics, Chemistry, and Mathematics, BTech Solar and Alternate Energy programmes can be followed. Students must have a cumulative grade point average of at least 60% in 10+2. Entrance examinations are frequently used to determine admissions, which are then followed by counseling or individual interviews.

Amity University, Noida International University, and other major universities provide BTech Solar and Alternate Energy programmes. The typical annual fee is roughly INR 1.5–3 lakh per year, which is higher than comparable B.Tech programs. Students can pursue employment as solar power engineers, solar PV designers, electrical engineers, research and development engineers, monitoring and field testing engineers, and so on after finishing the program. The average annual pay is projected to be between INR 3 and 4 lakh.

BTech Solar and Alternate Energy graduates can work in the bioenergy, photovoltaic, wind power, and hydropower industries, among other fields. They can also pursue higher education by enrolling in courses such as M.Tech/ME in the relevant sector.

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What is the procedure for applying?

• For approval of the registration form, go to the university/official institution’s website or the preferred institution’s office.
• Fill in the blanks with your basic information.
• Create a new username and password and log in.
• Complete the registration form with all of the required information.
• Scan and submit documents such as transcripts, certificates, and legitimate admissions test results.
• In the situation of an offline registration, enclose papers such as a copy of the marksheets, a certificate, and a scoresheet with the registration form and mail it to the actual address.
• Check the specifics.
• The registration cost must be paid.
• Keep a copy of the completed form and the fee receipt for future reference.

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Eligibility for BTech Solar and Alternate Energy

The following are the minimal entrance requirements:

• A minimum cumulative score of 40% to 50% in 10+2 examination from a recognised board is required.
• Aspirants from the SC/ST category are eligible for a 5% reduction in their overall score.
• Students who are awaiting the results of their senior secondary examinations are also eligible to apply.

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A Course Overview for BTech Solar and Alternate Energy

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

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What is it about the course for BTech Solar and Alternate Energy?

B.Tech in Solar and Alternative Energy is a three-year degree programme provided by renewable energy-focused universities and institutions. This programme is open to those who have finished 10+ 2 or equivalent education in the science stream. This is a brand-new course that focuses on the advancement of renewable energy sources. The course provides students with sufficient guidance on the usage and integration of renewable energy sources. Solar and other renewable energy sources such as wind, rain, tides, waves, and geothermal gas are highlighted.

Candidates enrolled in the B.Tech in Solar and Alternative Energy programme will receive proper training in the usage and production of alternative energy. Solar and other renewable energy sources such as wind, rain, waves, tides, and geothermal heat are at the heart of it. This necessitates a thorough understanding of advanced material physics, solar thermal engineering, biofuel cell technology, and solar power technology, among other subjects. A degree similar to this is the B.Tech in Solar and Alternative Energy.

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Why should you pursue a BTech in Solar and Alternative Energy?

The following are some of the benefits of pursuing a B.Tech in Solar and Alternative Energy:

• By encouraging green technologies and giving alternative energy options to enterprises, students of this degree would will lead the way for economic growth.
• They can undertake additional study and build green energy alternatives to current energy conservation measures in order to use them as a dependable form of energy.
• By introducing unique and modern technology, they may lower their carbon impact and support environmental development.
• Since the globe is looking for ways to be more sustainable, the need for such specialists is growing.

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The Best Entrance Exams for B.Tech in Solar and Alternative Energy

The Amity JEE admissions test is the sole significant exam for admission to B.Tech in Solar and Alternative Energy.

Amity Joint Entrance Examination (Amity JEE) is a Computer Based Test (CBT) administered by Pearson VUE (for Amity) for enrollment in B.Tech programmes at Amity College campuses in Ranchi, Raipur, Patna, Noida, Mumbai, Lucknow, Kolkata, Jaipur, Gwalior, Gurgaon (Manesar), Greater Noida, and Dubai.

All of the exams are going to be multiple-choice (MCQs).

• Total number of questions: 90.
• Physics – 25 questions, Chemistry – 25, Mathematics – 25 questions and English – 15 questions.
• Physics – 25 questions, Chemistry – 25, Biology – 25 questions and English – 15 questions.
• Duration of the Test: 2 Hours
• For each correct response, the candidate will get 4 marks. For each incorrect response, one mark will be deducted from the total score.

Noida International University (All India Engineering Scholarship-cum-admission test): Noida International University awards fellowships to deserving individuals through scholarship/admission examinations. Because it is a pen-and-paper examination, students can undertake it anywhere in India at their leisure. This exam is 90 minutes long and contains multiple-choice questions. The examination is divided into four sections: PCB+General Knowledge, PCM+General Knowledge, and PCM+General Knowledge.

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Best Colleges for BTech Solar and Alternate Energy

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

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Syllabus for BTech Solar and Alternate Energy

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

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Career Scope for B.Tech in Solar and Alternative Energy

Specialized skills such as the implementation of energy technologies, nuclear power, and energy storage are in high demand, which means that green, standard, and renewable electricity engineers will have more work opportunities. The following are some of the companies that hire energy engineers:

• Bio-energy industry
• Photovoltaic industry
• Wind power industry
• Hydro power industry

Job Profile	Job Description
Solar Energy Engineer	Photovoltaic (PV) cells or units are checked or tested. To accomplish the aims of solar design, do research and offer technological or manufacturing improvements. Perform thermal, heat, or cost reduction ananalyzesor solar systems Set up standard operating procedures and quality or safety criteria for solar installations. Solar vacuum tube collection technologies are designed and/or created. Throughout the implementation, design, verification, commissioning, or performance monitoring of the system, provide technical direction or help to implementation teams. Perform a computational model of the efficiency of the solar photovoltaic (PV) generation system or energy output to improve efficiency. Make arrangements for the solar energy system’s expansion, management, and evaluation.
Solar Photovoltaic Designer	Solar photovoltaic designs must appropriately identify the equipment, control the project, and inform the repair staff of what to preexpectsdesigning and installing photovoltaic  skylight systems with proprietary software tools. Perform precise equipment sizing calculations. Utilizing computer-aided design (CAD)/PVsyst software, make separate electrical diagrams, panel schedules, or linking diagrams for solar electrical systems. Execute PVsyst reports to get device performance predictions. Create the best SLD, PML, pipe and wire scheduling, routing and equipment design, and computational 3-D rendering designs. Carry out projects in accordance with grid enforcement and permission requirements.
Research and Development Engineer	Communicate with reports from customers Technical staff will evaluate the tests and make improvements, as well as simulate the CU score values. To improve goods, efficiency, and pricing, institute projects with customers and vendors. Senior and Chief Engineers provide assistance in analysing results, solving problems, and completing projects. To strengthen long-term patentable economic roles, develop core inventions. Cooperate with sourcing, accounting, development, and engineering to solve quality issues. Evaluate new product preparedness by DV/ PV system specific product testing and third-party validation of potential marketing assertions.
Power Plant Engineer	Between engine inspections, evaluate the output of the test cell. Prepare shop activity reports and client deliveries according to a schedule. Support operations in resolving assembly, setup, and testing concerns for engine visits. Assistance with mechanics, inspectors, and other technical issues. Setup standards for power plants, equipment, and components, as well as direct configuration controls. Deionizers must be replenished, and emergency circumstances must be managed. Maintain temperature log sheets and records. Manage the power plant and provide a hand to the maintenance department.
Monitoring & On Field Testing Engineer	The major responsibility is to ensure that the product is carefully inspected before usage to ensure that there are no issues. Installations are the first tasks, followed by evaluation. Keep track of the obstacles and issues that arise following the introduction of a product and work to resolve them. Preparing detailed drawings and verifying that all designs are completed in accordance with the specifications. It is necessary to guarantee that the communications systems run smoothly. Participate in the design, testing, and maintenance of wireless network equipment such as routers and switches.
Legal Frameworks Expert	Conducts thorough legal, legislative, regulatory, and/or related empirical research and projects on account of the Office of University Counsel (OUC); develops explanatory findings based on the research findings; and offers effective remedies or measures. Examine major university rules and processes, both present and proposed, to identify potential legal issues; offer recommendations for policy, administrative, or legislative adjustments, as appropriate, under the administrative leadership of an OUC attorney. Provide other paralegals with training and professional competence, and/or provide suitable guidance and advice to legal assistance personnel on specific topics as needed. Provides appropriate certification in the field by providing ongoing training and staying current with current legal concerns and advancements.
Public Regulatory Expert	All corporate activities are reviewed by regulatory experts for accordance with local, state, and federal standards. Evaluate the organization’s policies and, where possible, implement changes. Evaluate the risk of all client rules and practises. Examine customer operations and policies for flaws that need to be fixed. Write detailed reports on issues uncovered within a company and send them to the appropriate government bodies. Maintain compliance by managing business licence renewals and registry papers. Keep up with changes to the regulation code, and inform firm management and managers about these changes to help them maintain regulatory compliance.

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Future Scope After BTech: Solar and Alternate Energy

Students have the choice of working or continuing their education after completing the programme. Both of the conditions are listed below:

• Jobs – Students will be knowledgeable in the area of sustainable power, and their skills in areas such as clean energy applications, nuclear power, and carbon capture and storage will be in high demand. Graduates with these skills and knowledge can work in the bioenergy, photovoltaic, wind power, and hydropower industries, among others.
• Higher Studies: – Students can enroll in postgraduate programmes. More programs are offered to them in M.Tech/ME in Solar and Alternative Energy, M.Tech/ ME in Renewable Energy, and M.Tech/ME in Energy Engineering, and more programs are offered to them. If they desire to get into management, they can enroll in MBA programmes.
• Government Jobs – The majority of government occupations require a high school diploma. Students can study for civil service exams as well as other government jobs.

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FAQs for Solar and Alternate Energy