Specializing in embedded hardware and software, my academic journey at Vellore Institute of Technology involved a pivotal role in the formula student community, particularly with TEAM OJAS, spanning three years. Engaged in developing a formula student class electric vehicle, I contributed across various departments, strategically focusing on embedded electronics, PCB and circuit design, debugging, embedded coding, and electrical hardware/software integration for vehicle DAQ, fault diagnostics, start up sequences and throttle control circuits. The circuits were majorly based out of amplifiers and and active filters.
Beyond academia, my experience includes a three-year stint as a program manager for a commercial E-bike startup, specializing in the vehicle’s battery management system. This role involved high-voltage PCB design, accounting for thermal, vibration, and EMI considerations in the EV environment. This included designing power converters for stepping down battery pack power, amplifiers to sense shunt current and several analog MOSFET logic circuits. My expertise extended to 4-6 layered PCBs, ensuring the robust management and safeguarding of lithium-ion battery packs.
In summary, I bring a wealth of experience in embedded systems and circuit designing. I am eager to contribute to challenging projects, leveraging my skills in innovation, problem-solving, and efficient design, while continuing to enhance my capabilities.