Dr. Prakash Kharade is a distinguished academic and researcher affiliated with Bharati Vidyapeeth College of Engineering, Navi Mumbai. With extensive experience in engineering education and research, he has contributed significantly to the advancement of technical knowledge and innovation. Dr. Kharade’s work focuses on fostering sustainable engineering solutions and enhancing educational practices to prepare students for the evolving demands of the industry.

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Education and Qualification

Dr. Prakash Kharade embarked on his academic journey with a passion for electronics and control systems. He completed his Doctorate (Ph.D.) in February 2022 from Shivaji University, reflecting his relentless pursuit of knowledge and research excellence. Before this, he earned his Master of Engineering (M.E.) in 2000 with an impressive distinction (71%) and his Bachelor of Engineering (B.E.) in December 1992 from Pune University. His foundational education began with a Diploma in Electronics Engineering (DEE) in 1988, where he secured a first-class distinction. Dr. Kharade’s academic grounding laid the bedrock for his illustrious career in academia and research.

Professional Experience👨‍🏫

With over 31 years of teaching experience at Bharati Vidyapeeth College of Engineering, Navi Mumbai, Dr. Kharade has demonstrated unwavering dedication to academia. He has served as the Head of the Department (H.O.D.) of Electronics and Telecommunication Engineering (ExTC) since 2009, leading the department with a strategic vision and operational excellence.

Dr. Kharade’s professional roles extend beyond teaching. His diverse responsibilities include mentoring students as a Project Guide, organizing cultural and technical events such as “ANDAAZ” and “Abhiyaan,” and acting as a Class Advisor and Test Coordinator at the departmental level. He has also played key roles at the university level, contributing to syllabus revisions for core subjects like Linear Integrated Circuits and Principles of Control Systems. Additionally, his role as a Joint Chief Conductor during university examinations reflects his leadership in academic administration.

Contributions and Research Focus 🔬

Dr. Kharade’s contributions to research and academia are significant. His research interests encompass Power Electronics, Analog Electronics, and Control Systems, areas in which he has guided numerous projects and authored over 10 international publications and several conference papers. His impactful research includes:

1. Power Factor Correction for High-Power Converters: His work focuses on improving power efficiency using advanced topologies and simulation tools.
2. Integration of Neural Networks in Control Systems: He has collaborated on innovative studies that combine artificial intelligence and energy-efficient technologies.
3. IoT and Smart Systems: His publications, such as “Wireless Digital Parking Solution” and “Smart Bus System,” highlight his focus on smart, sustainable solutions.
4. Sustainable Energy Solutions: He has contributed to projects involving renewable energy applications like Hydrogen-CNG-powered vehicles.

Dr. Kharade’s expertise in software tools like MATLAB/Simulink, PSIM, and MultiSim has enabled him to address complex engineering problems, fostering a practical and innovative learning environment.

Accolades and Recognition 🏆

Dr. Kharade’s leadership has been instrumental in achieving NBA accreditation for the Electronics and Telecommunication Department three times (2018, 2021, and 2022), ensuring quality education aligned with national standards. His efforts led to a significant increase in department intake from 60 to 120 students in the 2012-2013 academic year. Furthermore, his department achieved 100% admissions in three consecutive academic years (2021-2024), showcasing his ability to foster academic growth and attract talented students.

His role as a convener and coordinator for various academic and cultural programs has earned him recognition as a dynamic leader and an advocate for holistic student development.

Publication Top Notes

P F improvement in single-phase high power rectifiers with interleaved boost topology