About
I have hands‑on industry experience as a Project Trainee at India Nippon Electricals, working in an automotive engineering environment with exposure to electrical and power electronic systems, component selection, debugging, bill of materials (BOM), and industry‑grade engineering practices. This experience strengthened my understanding of automotive reliability, manufacturability, and system‑level troubleshooting, essential for EV and automotive product development. I am currently pursuing my M.Tech at Mahindra University (2024) with a strong focus on electric mobility, power electronics, and high‑power energy conversion systems, aligned with EV architectures, DC fast charging, and motor drive technologies. I hold a B.Tech in Electrical and Electronics Engineering with a minor in Artificial Intelligence and Machine Learning, enabling me to combine core electrical fundamentals with intelligent, data‑driven engineering approaches. Key Technical Projects 1. Dual Active Bridge (DAB) DC‑DC Converter for EV Fast Charging: Designed and analyzed a 25 kW converter operating at 400 V–800 V, focused on isolated high‑frequency power conversion, power flow control, and efficiency optimization. 2. EV Motor Controller (Power Electronics): Developed and analyzed a 48 V, 2.5 kW motor controller, focusing on power semiconductor devices, control logic, and system‑level performance. Tools & Skills MATLAB | STM32 | Arduino | MOSFETs | BOM | Debugging | System Analysis I have also demonstrated leadership as the Captain of the Falcon Racers team at RVR & JC College of Engineering and actively participated in IEEE technical events, strengthening my teamwork, leadership, and professional communication skills. Career Interests: EV OEMs, automotive & EV R&D, power electronics, and core electrical engineering roles, where I can contribute to high‑impact EV platforms, fast‑charging systems, and advanced power electronic solutions. 📩 Open to full‑time and R&D opportunities in EV power electronics.
