Master of Technology (M.Tech) in Power Electronics and Drives

The M.Tech programme in Power Electronics and Drives (PED) is a highly-specialized postgraduate engineering course focusing on the design, analysis, control, and testing of electronic power converters for various applications and their drives. With the emergence of clean energy, including electric vehicles (EVs), smart grids, automation and energy-efficient technologies, this programme is one of the most sought-after M.Tech specializations in Electrical and Electronics Engineering.

Power electronics and its application drives are crucial to any modern electrical system, which provide excellent solutions for efficient power supply and motor control in various aspects. It finds a wide range of applications in electric vehicles, industrial automation, robots, wind or solar power systems, railways, aerospace and smart manufacturing.

The objective of this M.Tech programme is to provide advanced theoretical knowledge and practical exposure in the field of power semiconductor devices, converters, inverters, motor drives, control systems and embedded systems. The programme encompasses industry-oriented learning, simulation tools, laboratory experimentation and physical investigations for understanding of model-based practices as well as a dissertation based on any near-real-time project.

Power electronics have already become an emerging field with vast engineering applications. They handle the control, conditioning, and conversion of electrical power by using solid-state devices. Power drives concentrate the control of electric motors for optimum speed, torque, and desired motion. Combined, PED brings about the efficient utilization of energy, decreases power losses and provides the intelligence for control in electrical machines.

Power electronics and drives are important to the fields of electric and hybrid vehicles, renewable energy integration, industrial motor control, smart grids and power systems, and automation and robotics. The course focuses on advanced power semiconductor devices, DC-to-DC converters and inverters, AC & DC motor drives, and the control of electric drives. It also includes digital control of power converters, PWM techniques, renewable energy systems, electric vehicle technology, power quality and harmonics.

M.Tech in Power Electronics and Drives Course Highlights

M.Tech Power Electronics and Drives Course Syllabus

Core Subjects

Research Components

Specialization Areas

Why M.Tech in Power Electronics and Drives?

High Demand: There is a great demand for electrical engineers in many industries for their skills in specialising in power systems. They are needed in manufacturing, automobile, power & energy, automation, and many industries. 

Lucrative Careers: Besides the demand, professionals can land jobs in many job roles in the power sector, as well as in the automotive and automation fields. They can earn handsome paychecks with opportunities to grow and innovate power electronics.

Specialised Skill Sets: One can specialise in developing, testing, implementing, and maintaining power systems. It focuses on energy efficiency, sustainability and innovation in power systems and drives.

List of M.Tech Power Electronics and Drives Colleges in India

Fee Structure of M.Tech Power Systems and Drives Colleges in India

Note: The fee structure may vary depending on the type of institution and seat quota.

List of M.Tech Power Electronics and Drives Colleges in Karnataka

Fee Structure of M.Tech Power Electronics and Drives in Karnataka