B.Tech in Power Electronics is a technology that deals with the conversion and control of electrical power with high-efficiency of switching mode electronic devices for a wide range of applications. The duration of the B.Tech in Power Electronics undergraduate engineering course is for four years which is divided into eight semesters. B.Tech in power electronics engineering is a part of electronics engineering that deals with a new kind of industrial revolution because of its important role in utility energy storage, energy conservation, renewable energy systems, and electric and hybrid vehicles.

B.Tech in power electronics engineering is the best combination of electronics power, management, and economics. The specialisation in B.Tech power electronics covers every area of electronics engineering and power engineering.

Highlights - B. Tech in Power Electronics

Cutoff of Top B.Tech Power Electronics Engineering Colleges

B.Tech Power Electronics Engineering cut-off score is a deciding factor in students’ admission to a particular university or college. B.Tech Power Electronics cutoff varies on numerous factors, such as the number of applicants who appear for the entrance examinations, the difficulty level of the entrance examination, and the previous year’s cutoff.

B.Tech in Power Electronics: Skills required

Candidates must possess certain skills in order to get the most out of their B Tech in Power Electronics programmes. After completing B.Tech in Power Electronics, students will need the following skillsets to advance in their careers.

B.Tech in Power Electronics Fees Structure

B.Tech Power Electronics fees vary depending on the college or university that you attend. Before enrolling in any particular college, students should check the B.Tech Power Electronics fees structure. The fees may also change if the candidate is eligible for getting a scholarship from the government. The average B.Tech Power Electronics fees is Rs. 5 lakhs.

Scope of B.Tech in Power Electronics Engineering

The Bachelor of Technology in Power Electronics programme focuses on making technology work in any electronic system flawlessly. The degree opens up a wide range of prospects for design engineers and electrical engineers due to its broad field of applications. Graduates of B.Tech programmes are equipped for opportunities in a variety of businesses that pay well. Furthermore, individuals can apply their creative talents in professional sectors. There are numerous career prospects in the business for B.Tech power electronics graduates.

Graduates could become power technicians, electrical engineers, or even supervisors. Among the most significant employers of these graduates are workers in the power and telecommunications industries. The subject is predicted to grow rapidly in the next years, and students seeking this degree can choose from a variety of options.

B.Tech in Power Electronics Career Options

There are numerous possibilities available to students, if they want to become an electrical engineer or a power electronic specialist. Power electronics engineers are in high demand and will have plenty of job prospects following graduation. Below are a few employment choices available to graduates with a degree in this discipline.

Power electronics engineer: As a power electronics engineer, they have to design and test circuits to use in power electronics systems. Power electronics may develop prototypes, collaborate with other engineers to perform cross-functional tasks when testing designs, and find solutions for known flaws in mechanical designs.

Electronics Engineer: Electronics Engineers need to provide technical and customer support for electronic components on-site. In this role, Installation, inspection, and repair of electronic equipment and components are part of their work. Performing diagnostic and maintenance services is also the responsibility of the electronics engineer. Calibrate, adjust and maintain test equipment.

Test Engineer: Test Engineer work involves testing new applications and Software and Interpreting results. These engineers provide test result information to other team members to improve product and service quality. Troubleshooting and resolving bugs.

Power Transformer Executives: Power Transformer executives will work on power generation and power plants, especially with transformers, handling related problems and giving appropriate solutions are one of the most important work of power transformer executives.

Senior Supervisor : A senior supervisor is responsible for managing the staff’s work and ensuring that employees are completing their work on time. He or she will supervise the work and informs the report to the project manager or team leaders.

Top Recruiters for B.Tech Power Electronics Engineering

Benefits of Studying B.Tech in Power Electronics

The Bachelor of Technology in Power Electronics programme provides multiple job choices. Students holding a Bachelor of Technology can continue their studies with a Master’s degree. The programme has great job prospects, with most graduates working in the energy business. Graduates can expect to work with cutting-edge technology in addition to rewarding professions. Students with a B.Tech in Power Electronics degree can work as electrical engineers or power technicians.

The training provides several job options in various sectors, as well as good pay and positions. Graduates of a B.Tech in Power Electronics programme can also pursue an MBA. Graduates will have a variety of professional opportunities. Electrical engineers will be at the forefront of innovation and improvement for the upcoming generation in the area of electrical and electronics engineering. Starting pay is good, and studies show that future job opportunities are outstanding.

Salary Trends for B.Tech in Power Electronics

The salary of a B.Tech in Power Electronics graduate candidate depends on the job role and skills acquired by every respective individual. The salary may change based on the job location, job profile, and experience. These engineers are having an opportunity to work both in the government and private sectors. Below is the table mentioned with job roles and salary figures.