At UST supporting an NVIDIA client, I lead electrical validation for PCIe Gen4/Gen5, Ethernet, I2C, SPI, and UART, automating compliance suites to reduce validation cycle time by 25% and improve defect detection by 30%.
Previously at Tata Elxsi, I designed FPGA and microprocessor boards, delivered 80% power savings through an LED surgical-light circuit redesign, and developed a 230V-to-400V EV-charger boost converter with over 90% efficiency. I also bring experience in power budgeting, circuit simulation, PCB reviews, BOM optimization, and EMI/EMC testing for medical and industrial systems.
