Master of Technology (M.Tech) in Power Electronics Engineering

M.Tech Power Electronics Engineering Course Details

Master of Technology (M.Tech.) in Power Electronics Engineering is a power electronics device and systems study, design, control and application engineering programme that is used for efficient conversion, control and utilization of electric power. This expertise is important in many applications in electrical and electronic systems such as renewable energy, electric vehicles, smart grid, industrial automation, robotics, consumer electronics and power supplies.

Power electronics is one of the most followed areas in the era of energy transition, electrical mobility, smart infrastructure and automation today. Power electronic converters, inverters, drives, and control systems for efficient generation of sustainable energy transmission and distribution. The main focus of the course is that it is built around power conversion technology, motor drives, control systems and highly efficient energy solutions for ensuring quality.

As the penetration of renewable energy, electric vehicles (EVs), metro rail projects, industrial automation, and smart grid is increasing in India as well as across the globe, the requirement for trained power electronics engineers is growing rapidly. This course prepares students with theoretical advanced knowledge along with practical laboratory skills, simulation know-how and exposure to research the power, electronics, automotive and manufacturing industries need.

The programme provides a sound mix of theoretical and practical training with advanced labs, MATLAB/Simulink simulation and hardware-based projects, internship opportunities and mandatory industrial involvement in a final thesis project. Students are educated in how to design cost-effective power electronics systems that meet industry standards with respect to performance, quality and energy efficiency.

Key Areas of Study

• Power Semiconductor Devices

• Power Electronic Converters

• DC-DC & AC-DC Converters

• Inverters & Rectifiers

• Electrical Drives & Motor Control

• Control Systems for Power Electronics

• Renewable Energy Systems

• Electric Vehicle Power Systems

• Power Quality & Harmonics

• Smart Grid Technologies