Skill Based Training Program on Microprocessor Applications in Power Converters

24 April, 2026

The Electrical Engineering Department of Vishwakarma Government Engineering College (VGEC), Chandkheda successfully organized a four-day Skill-Based Short-Term Training Program (STTP) on “Microprocessor Applications in Power Electronics” from 20th April 2026 to 23rd April 2026 for the students of the department. The objective of this training program was to provide hands-on practical exposure in the area of Arduino-based microcontroller programming and its real-time implementation in power electronic converter applications. The sessions covered Arduino platform, IDE and UNO board familiarization, digital and analog I/O programming, mathematical coding, interrupt and timer applications, time-delay programming, and implementation of various converter topologies such as DC-DC choppers and single-phase converters. The expert sessions were delivered by Dr. R. S. Tare, Ph.D. (IIT Delhi), having more than 40 years of academic and industrial experience in the field of Power Systems and Microcontrollers. A total of 20 students actively participated in the training and received practical exposure through experiment kits, live demonstrations, and project-oriented activities. The program proved highly beneficial in bridging the gap between theoretical learning and industrial practical skills, thereby enhancing students’ technical competency, confidence, and readiness for advanced projects and career opportunities in power electronics and embedded systems.

Key Features: 

Organizing Department:  Electrical Engineering Department 

Date: 20th April to 24th April, 2026

Expert Name: Dr.R. S. Tare (Ph.D. from IIT-Delhi) 

Number of Participants: 20

Event Coordinators: Dr. S. N. Pandya

 

Outcomes and Learning by Students

  • Students learned digital input-output programming, including interfacing of LEDs, switches, relays, and other control devices. 
  • Students gained knowledge of analog input-output operations and sensor signal reading techniques. 
  • Students developed skills in mathematical programming, logical decision making, and data processing using microcontroller coding. 
  • Students understood the implementation of time delay functions, timer applications, and interrupt programming. 
  • Students learned the concept of Pulse Width Modulation (PWM) generation using microcontroller. 
  • Students acquired practical understanding of microprocessor-based control of power electronic converters.

Glimpses