Early Academic Pursuits :
He embarked on his academic journey with an innate curiosity for Electrical & Electronics Engineering. His pursuit began at A.P. Residential School, Lingampally, where he demonstrated exceptional aptitude, securing an impressive 91.16% in SSC in 2011. This solid academic foundation laid the groundwork for his subsequent academic endeavors. Graduating from Jawaharlal Nehru Government Polytechnic, Hyderabad, in 2014 with a Diploma in Electrical & Electronics Engineering, Bharathsimha exhibited consistent dedication, achieving a remarkable 76.74%. He further honed his skills by pursuing a Bachelor's degree in Electrical & Electronics Engineering from B V R I T Narsapur, graduating with distinction in 2017, marking the onset of his profound journey into the world of Power Electronics.
Professional Endeavors :
His academic pursuits seamlessly transitioned into the professional sphere as Bharathsimha sought enriching experiences and practical exposure in the field. Notably, his internships at APTRANSCO, TSGENCO, and Danfoss Industries Private Limited were pivotal in shaping his practical understanding and expertise in power systems and electronics. The culmination of his academic and professional growth led to pursuing a Master's in Power Electronics and Drives from Vellore Institute of Technology. His tenure at VIT was highlighted by academic excellence, culminating in an impressive 8.15 CGPA upon completion in 2021.
Contributions and Research Focus in Power Electronics:
Throughout his academic journey, he demonstrated a profound interest in cutting-edge research and innovation in Power Electronics. His projects and conference presentations, including the analysis of power modules for electric drives, bidirectional DC-DC converters, improved three-port converters, wireless charging systems for electric vehicles, and dynamic voltage restorers, exemplify his dedication to pushing the boundaries of technological advancements in the field. His research focus centered on optimizing power systems, reducing component count, improving efficiency, and exploring innovative solutions for electric vehicle charging and transmission line voltage enhancement.
Accolades and Recognition :
His academic prowess and contributions were recognized at various platforms, including conferences where his papers were presented. His dual switch ultra-high gain DC-DC converter with low voltage stress garnered attention and acclaim in academic circles, showcasing his ability to innovate and create impactful solutions.
Impact and Influence :
His work and dedication in the field of Power Electronics have laid the groundwork for potential advancements in energy efficiency, power transmission, and electric vehicle technology. His contributions through research and projects have the potential to influence and shape the future landscape of power systems and electronic drives.
Legacy and Future Contributions :
He continues to chart his course in the realm of Power Electronics, his legacy lies in the innovations, research, and practical applications he's brought forth. His future contributions are poised to further revolutionize the field, fostering advancements in sustainable energy, efficient power transmission, and cutting-edge technologies for electric vehicles, leaving an indelible mark on the industry.
Notable Publications :