Bachelor of Technology in Solar and Alternative Energy is a three year graduate degree course provided by colleges/universities for specialization in renewable energy. Candidates who have successfully completed 10+2 or equivalent education in science stream can apply for this course. This is a relatively new course designed to lay emphasis on renewable energy production. Employment opportunities for graduated students are available in renewable energy production plants or solar companies.
|B. Tech Colleges in Rajasthan||B. Tech Colleges in Tamil Nadu||B. Tech Colleges in Uttar Pradesh||B. Tech Colleges in West Bengal|
Admissions can be obtained in this program through entrance examinations that are conducted at state, national or university level. Candidates applying are needed to have a prior knowledge in chemistry, physics and mathematics. The average fee of the course per annum is INR 150,000. The candidates study subjects like nuclear security, solar thermal engineering, elements of biochemistry etc.
The industry is in promising stage and will grow manifolds in coming decades. The employment opportunities are available and the industry is constantly growing. The average salary of the employed candidates is INR 350,000.
|Name of the course||Bachelor of Technology in Solar and Alternative Energy or B.Tech Solar and Alternative Energy|
|Average course fee||INR 150,000/annum|
|Sectors of employments||Renewable Energy Industry|
|Average entry level salary||INR 350,000/annum|
|Top entrance exams||Amity JEE|
What is B.Tech Solar and Alternative Energy about?
Bachelor of Technology in Solar and Alternative Energy is an undergraduate program that requires four years for completion. The course provides the proper guidance to candidates regarding the use and production of alternative energy. It focuses on the solar and other renewable energy sources for e.g. wind, rain, tides, waves, and geothermal heat. It includes rigorous study of subjects such as Advanced Material Science, Solar Thermal Engineering, Bio Fuel Cell Engineering, and Solar Cell Engineering etc. Bachelor of Technology in Renewable Energy is a course that is similar to this one.
Top Colleges for Bachelor of Technology [B.Tech] (Solar and Alternate Energy)
Who should opt for B.Tech Solar and Alternative Energy?
Any candidate having an interest and intent of working in the renewable energy and solar production industry should apply for this course. The course is apt for those having an interest in various aspects of the production and manufacturing of renewable energy from energy sources. Having good organization and evaluation skills along with some prior knowledge of material sciences and chemistry helps in gaining excellence in the subject.
Top Institutes offering B.Tech Solar and Alternative Energy
Only a few institutes provide B.Tech in Solar and Alternative Energy and B.Tech in renewable energy in India.
|Amity Institute of Renewable and Alternative Energy||Delhi NCR||INR 169,500|
|Noida International University||Uttar Pradesh||INR 150,000|
Eligibility for B.Tech Solar and Alternative Energy
The candidate applying for the course must complete 10+2 or equivalent examination with minimum 60% aggregate in PCM/PCB. The candidates who have successfully completed a diploma in production technology can also apply for this course through lateral entry. Along with these requirements, they are required to appear for entrance examinations to get admitted into production technology course.
Admission process for B.Tech Solar and Alternative Energy
The admission processes vary from college to college or state to state. Most of the colleges require the candidate to qualify an entrance examination. Candidates who are currently appearing or have completed 10+2 (or equivalent) examination are eligible to appear for the entrance examination:
- Amity University (AmityJEE)
Admission to Amity University B.Tech programs are based on the Amity Joint Entrance Examination (AmityJEE). Amity JEE is a Computer-based Test (CBT) conducted by Pearson VUE (for Amity) and is held in various cities across India and abroad. The test consists of total 90 multiple choice questions in one set and the time duration is 120 minutes. Four marks are awarded for each correct entry and one mark is deducted for every wrong entry.
|Subject||Total no. of questions|
- Noida International University (All India Engineering Scholarship-cum-admission test)
Noida International University offers Scholarship/admission test, providing scholarships to meritorious candidates. It is pen and paper based test candidates can take it anywhere in India as per their convenience. It is a 90-minute test which comprises of multiple choice questions. The paper is divided into four segments PCB+General Knowledge and PCM+General Knowledge.
|B. Tech Colleges in Jharkhand||B. Tech Colleges in Karnataka||B. Tech Colleges in Maharashtra||B. Tech Colleges in Punjab|
The candidates who have completed a diploma in Renewable Energy can get admission into B.Tech Solar and Alternative Energy course through lateral entry. The candidates can start the course directly from the third semester.
Duration of B.Tech Solar and Alternative Energy
It is an undergraduate course which requires four years for completion. It consists of eight semesters in all and an examination is held at the end of each semester.
Career Prospects for B.Tech Solar and Alternative Energy graduates
Specialist skills such as clean energy deployment, nuclear power and carbon capture and storage are in huge demand, thus creating more employment opportunities for renewable, alternative as well as solar energy engineers. The industries that employ energy engineers are:
- Bio-energy industry
- Photovoltaic industry
- Wind power industry
- Hydro power industry
What can you become?
Analysts predict that by 2020, the global clean energy economy will be worth more than one trillion dollars so it represents a good and sustainable career path attracting attention from government, business as well as investors.
|Solar energy power plant engineer||Perform site-specific engineering analysis or evaluation of energy efficiency and solar projects involving residential, commercial as well as industrial customers. Their job also includes designing solar domestic hot water and space heating systems for new and existing structures by applying knowledge of structural energy requirements, local climates, solar technology, and thermodynamics|
|Solar photovoltaic designer||Solar photovoltaic designers are needed to quote the system correctly as well as to design the project and inform the installation crew what to expect.|
|Field engineer||Field engineers use scientific, engineering and mathematical theories to address the problems that arise in the productions plants and help in the proper functioning of the production plants.|
|Power plant engineer||INR 450,000|
|Solar PV designer||INR 300,000|
|Field engineer||INR 235,000|
Course Structure of B.Tech Solar and Alternative Energy
It is a four-year program which comprises of total eight semesters. An examination is held at the end of each semester. Candidates are required to propose and implement a project at the end of the curriculum in order to complete the course. Projects are to be implemented in groups. Candidates are also given a set of electives to choose from during the last two semesters, these electives give a proper direction in terms of specialization. The course structure of the program varies from college to college.
|Semester I||Semester II|
|Basic Electrical Engineering||Engineering Sciences Courses||Engineering Mechanics||Engineering Sciences Courses|
|Digital Systems and Microprocessors||Domain Elective Courses||Digital Systems and Microprocessors||Domain Elective Courses|
|Embedded Systems||Domain Elective Courses||Embedded Systems||Domain Elective Courses|
|Introduction to Nuclear Security||Domain Elective Courses||Introduction to Nuclear Security||Domain Elective Courses|
|Applied Chemistry||Basic Sciences Courses||Applied Mathematics||Basic Sciences Courses|
|Applied Physics||Basic Sciences Courses||Biology for Engineers||Basic Sciences Courses|
|Semester III||Semester IV|
|Material Science||Engineering Sciences Courses||Advanced Material Science: Theory and Applications||Core Courses|
|Basic Thermal Engineering and Statistical Methods||Core Courses||Electronics Circuits for Renewable Energy Systems||Core Courses|
|Elements of Biochemistry||Core Courses||Fundamentals of Physics of Solids||Core Courses|
|Semiconductor Device Fabrication Technology||Core Courses||Solar Thermal Engineering Processes||Core Courses|
|Semester V||Semester VI|
|Characterization Techniques in Material Science||Core Courses||Bio Fuel Cell Engineering||Core Courses|
|Solar Cell Engineering||Core Courses||Introduction to Dye-sensitized Solar Cells||Core Courses|
|Wind Energy Engineering: Power Generation Using Wind Turbines||Core Courses||Solar Thermal Engineering Processes||Core Courses|
|Renewable and Alternate Energy Lab – I||Core Courses||Renewable and Alternate Energy Lab - II||Core Courses|
|Semester VII||Semester VIII|
|Alternate Technologies for Renewable Energy||Specialization Elective Courses||Hydrogen as Future Energy Source||Specialization Elective Courses|
|Design and Simulation of Solar Cells||Specialization Elective Courses||Organic Electronics: Materials and Applications||Specialization Elective Courses|
|New Technologies for Renewable Energy Sources||Specialization Elective Courses||-||-|
|Solar Panels and Grid Integration||Specialization Elective Courses||-||-|