B.Tech Power Electronics Engineering From SRM University

B.Tech. (Power Electronics Engineering) Courses, Eligibility, Admissions, Syllabus, Frequently asked Questions.

Overview and About the B.Tech. in Power Electronics Engineering Course:

Technology in Power With high-efficiency switching mode electronic devices for a variety of applications, electronics is a branch of technology that deals with the conversion and management of electrical power. This undergraduate engineering programme lasts four years, which are broken up into eight semesters. Due to its crucial role in bulk utility energy storage, energy efficiency, renewable energy systems, and electric and hybrid cars, a B.Tech in power electronics engineering is a subfield of electronics engineering that deals with a new type of industrial revolution. The ideal mix of management, economics, and power electronics is a B.tech in power electronics engineering. For further information, please visit the website.

The transmission, generation, and distribution of electrical equipment and electric power are the core topics of this engineering subject. Power engineers’ duties include succession planning, designing, implementing, and maintaining various electrically oriented systems in the power producing process in order to lower the cost of power transmission and distribution. This technical topic is classified as a subfield of electrical engineering and is also known as power system engineering. Many different institutions provide graduation and post-graduation programmes for students who complete the power engineering degree. National Power Training Institute is one of the top universities and is situated in Durgapur, West Bengal, India. Students that pursue careers in power engineering are better positioned for employment after graduation.

For students to qualify for a B.tech in power engineering, they must have received at least a 40% to 45% grade in science in their 10+2 exam from an accredited institution. The BTech Entrance Test is administered by colleges and universities as part of the admissions process for the B.tech in power engineering programme. JEE Mains, WBJEE, and GGSIPU-CET are the admission examinations.

Why to do the course?

  • An electrical and power engineer with a degree from a reputable engineering school is qualified to pursue a career in areas like robots, AI, integrated systems, and VLSI, among others.
  • The students receive high salary and other privileges due to their engineering credentials. Some are hired for tough jobs in more expansive locations.
  • Students possess a special aptitude for carrying out the task with powerful force.
  • They have original plans and methods for carrying out the task.
  • A power engineer works for well-known organisations like IBM. Google, Apple, Tesla, Intel, etc.

Eligibility Criteria Required for the Course B.Tech. in Power Electronics Engineering:

  • A minimum of 55% must be obtained in the higher secondary board test by the pupils.
  • For lateral entrance students, a three-year diploma from an accredited board in a relevant topic is required.
  • The reservation category has a different eligibility standard. They receive some marks that are relaxed.
  • If they want to be considered for the admissions process, all applicants must achieve the entrance exam cut-off.
  • Candidates must pass the 12th exam or an equivalent from a reputable board with PCM as their primary subjects.

Highlights of the B.Tech. in Power Electronics Engineering Course:

Full name of the course

Bachelor of Technology in Power Electronics Engineering

Duration of the course

4 years

Type of the course


Examination Mode

Semester Based

Eligibility Criteria

Also, candidates must have received a minimum of 50 to 70 percent on their preceding exams.

Admission Process

Entrance/ Merit Based

Course Fee

INR 1 lakh to 5 lakhs

Top Recruiting Areas

Apple, News18, Godrej, Wow Game Studio, Microsoft, Diamond Magazines, Trizone India, the Forensic Department, Apple, News18, Godrej, etc.

Job Roles

Engineers in power electronics, test engineers for power electronics, executives in power transformers, a power engineering supervisor, etc.

Top Colleges for the course, B.Tech. in Power Electronics Engineering:

Check out the list of top colleges given below for doing the course, B.Tech. in Power Electronics Engineering.


College Name & Location


National Power Training Institute-NIPT, Durgapur


Indian Institute of Technology-IIT, New Delhi


Guru Gobind Singh Indraprastha University-GGSIPU, New Delhi


GMR Institute of Technology, Rajam


Tolani Maritime Institute, Pune


National Institute of Technology-NIT, Warangal


Jain University, Bangalore


NIMS University, Jaipur


National Power Training Institute, New Delhi


Lovely Professional University, Jalandhar

Admission Process for the B.Tech. in Power Electronics Engineering course:

 For admission to this degree, the combined scores from the 10+2 and JEE Advanced exams are taken into account.

  • After passing the admission exam, the student moves on to the selection process, which includes a group discussion round and a round of individual interviews.
  • Those with a diploma in electronics and communication are also eligible for the B.Tech. in Power Electronics Engineering program’s Lateral Entry admission.

Syllabus to be Study in the duration of the course B.Tech in Power Electronics Engineering Course:

In First Semester:

·      Basic Electrical Engineering

·      Environment and Ecology

·      Engineering Physics Lab

·      Electrical Engineering Lab

·      Engineering Graphics

·      Workshop Practical

·      English Language and Communication

·      Engineering Physics

·      Mathematics-I

·      Mechanical Sciences


In Second Semester:

·      Engineering Chemistry

·      Engineering Physics Lab

·      Electronics Engineering Lab

·      Computing Lab

·      Engineering Graphics

·      Workshop Practical

·      Engineering Physics

·      Mathematics-II

·      Mechanical Sciences

·      Introduction to Computing

·      Basic Electronics Engineering


In Third Semester:

·      Applied thermosdynamics

·      Electric Circuit Theory

·      Numerical Methods

·      Engineering Materials

·      Strength of Materials

·      Technical Report Writing and Lang Lab Practice

·      Numerical Methods

·      Mathematics-III

·      Engineering Materials

·      Strength of Materials


In Fourth Semester:

·      Electrical Machines-I

·      Fluid Mechanics and Hydraulic Machines Lab

·      Electrical and Electronic Measurement Lab

·      Physics-II La

·      Values and Ethics in Profession

·      Physics-II

·      Basic Environmental Engineering and Biology

·      Fluid Mechanics and Hydraulic Machines


In Fifth Semester:

·      Microprocessor and Digital Electronics

·      Electrical Machines Lab

·      Heat Transfer Lab

·      Refrigeration Lab

·      Microprocessor & Digital Electronics Lab

·      Economics for Engineers

·      Electrical Machines

·      Heat Transfer

·      Nuclear and Advanced Power Generation Technology

·      Hydro and Renewable Power Generation

·      Refrigeration and Air-Conditioning


In Sixth Semester:

·      IC Engines and Gas Turbines

·      Theory of Machines

·      Power Electronics

·      Combustion Lab

·      Study of Power Plant & T&D Schemes

·      Seminar

·      Principles of Management


·      Steam Generator & its Auxiliaries

·      Steam Turbine & its Auxiliaries

·      Electrical Equipment in Power Generation, Transmission and Distribution


In Seventh Semester:

·      Electric Drives

·      Group Discussion

·      Control & Instrumentation Lab.

·      Protection Lab.

·      Project-I

·      Industrial Training

·      Thermal Power Plant Operation and Maintenance

·      Instrumentation & Process Control

·      Electrical Protection System

·      Power System Operation

·      Manufacturing & Industrial Engineering


In Eighth Semester:


·      Design of Electrical Equipment

·      Seminar / Study & presentation of Tech. topic

·      Design Lab / Industrial practical training

·      Viva

·      Energy Management

·      Industrial Engineering & Operations Research

·      High Voltage Engineering.

·      Design of Mechanical Equipment

Frequently Asked Questions:

Question. Are there any particular qualifications applicants to this programme should possess?
Answer. Basic traits like passion, willingness to study, curiosity, good technical skills, communication skills, innovative skills, cooperation and cooperative spirit, motivation, and activeness are required of students in the BTech Power Electronics programme.

Question. Are there any exceptions for students in the reserved category?
Answer. Upon admission, students from the restricted categories (SC/ST/OBC) are permitted a moderation of 5% in their overall scores.

Question. What guidelines are there for holding counselling sessions following entrance exams?
Answer. Following the release of the admission exam results, counselling sessions are held. Students get admitted to colleges for BTech Power Electronics on the basis of their grades. Based on JEE-Mains or 10+2 exam results, the remaining seats are filled.

Question. What does a B.Tech. in Power Electronics entail?
Answer. Having a B.Tech in power electronics allows you to regulate and convert electrical power with high-efficiency switching mode devices for a variety of applications. This four-year, eight-semester undergraduate engineering programme has a total length.

Question. What distinguishes power electronics engineering from power engineering?
Answer. Electrical energy generation, transmission, distribution, and use are the topics covered by power engineering, whereas power electronics focuses on automotive applications.

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