Organized by IEEE Power Electronics Society student branch chapter (SBC), School of Electronics Engineering, KIIT (DU), Bhubaneswar, INDIA
Event Details:
- Title Event: Power Converter Control for Performance and Reliability
- Resource Person: Prof. Sudip K. Mazumder, Fellow IEEE/AAAS; Distinguished Professor, University of Illinois; President, NextWatt LLC, Power Electronics Lead of James Webb Space Telescope
- Date: 29th March 2025 (Saturday)
- Time: 7:30 PM onwards
- Mode: Online, Google Meet
- Number of Participants: 30
- Purpose of the Event: Academic knowledge enhancement and social awareness and outreach
Write-up on the Event:
IEEE Power Electronics Society (PELS) Student Branch Chapter at the School of Electronics Engineering, KIIT (Deemed to be University), Bhubaneswar, on 29th March 2025, was a highly insightful and technically enriching session aimed at advancing knowledge in modern power electronics systems. Conducted in online mode via Google Meet from 7:30 PM onwards, the session witnessed the active participation of 30 students and researchers, fostering an interactive and engaging learning environment. The lecture was delivered by Prof. Sudip K. Mazumder, Fellow IEEE/AAAS, Distinguished Professor at the University of Illinois, President of NextWatt LLC, and Power Electronics Lead of the James Webb Space Telescope, whose vast experience brought exceptional depth to the discussion. A key highlight of the lecture was the detailed exploration of advanced control strategies for power converters, focusing on enhancing system performance, stability, and long-term reliability. The speaker emphasized practical design considerations, real-world applications, and challenges in high-performance power systems. The primary objective of the event was to enhance academic knowledge while promoting awareness of the critical role of power electronics in modern technological infrastructure. Participants gained valuable insights into cutting-edge research and industry practices. Overall, the session successfully inspired students to pursue innovation and research in power electronics and control systems for sustainable and reliable engineering solutions.
