About the Course

The course is an introduction to switched-mode power converters. It provides a basic knowledge of circuitry for the control and conversion of electrical power with high efficiency. These converters can change and regulate the voltage, current, or power; dc-dc converters, ac-dc rectifiers, dc-ac inverters, and ac-ac cycloconverter are in common use. Applications include electronic power supplies, aerospace, and vehicular power systems, and renewable energy systems.

The department of Electronics & Telecommunication Engineering of RITEE established in the year 1995, to offer an undergraduate program with an annual intake of 60. The department is also running post graduate M.Tech. Program in Power Electronics. The department gifted with highly qualified and dedicated faculty with specialization covering various areas of Electronics & Telecommunication Engineering.

The current scope in the field of power electronics.

  1. Doing a job in any power electronics based company. There are several out there.
  2. Doing research in this field and inventing new things. For academic research, you can go for a Ph.D. For industrial research, you need to join an R&D section of a company.
  3. Develop innovative products and go for a power electronics based start-up.
  4. Power electronic devices are widely used in a number of home and industry appliances like Inverters, Stabilizers, voltage regulators etc. You need to be good at Power Electronics to get a technical job in those industries.

It deals with the conversion of power for efficient utilization. All automobile companies need power electronic engineers for electric vehicle technology or other electrical systems in automobiles.

In power systems, Flexible Ac transmission devices (FACTS), HVDC technology need power electronics for existence.

Semiconductor companies like Texas instruments, analog devices, Semikron, Hitachi and Delphi etc, design, manufacture, analyze and test power semiconductors where power electronics personnel are required.

M.Tech. (Power Electronics) I Semester

 

S.N. Subject Name
1 Power Converters
2 Industrial Control Electronics
3 Microcontroller & Embedded System Design
4 Modern Control Theory
5 Analysis & Design of Artificial Neural Network

 

 

 

 

 

M.Tech. (Power Electronics) II Semester

 

S.N. Subject Name
1 Switched Mode Power Conversion
2 Power Electronics Drives
3 PWM Converters & Applications
4 EHV AC & DC
5 Optimization Techniques

 

 

 

 

 

M.Tech. (Power Electronics) III Semester

 

S.N. Subject Name
1 Static VAR Controller & Harmonic Filtering
2 Power Electronics in Wind & Solar Power Converters

 

 

 

M.Tech. (Power Electronics) IV Semester

S.N. Subject Name
1 Project + Seminar