Worked on the development of a high-speed data acquisition system for analyzing cosmic muon charge curves, utilizing a specialized ASIC (DRS4) and FPGA.Tested the existing prototype and identified the errors/ issues, both in hardware and VHDL code.Wrote VHDL code for the FPGA which is controlling and reading data from the DRS4 chip, and achieved a sample speed of 4 GSPS.Wrote C/C++ code for the onboard soft core NIOS processor, for sending data to a back-end server via Ethernet connection.

Worked at Embedded and Real-Time Systems Lab (ERTS) on the FPGA bot project. Developed Verilog - based low-level hardware drivers for SPI and I2C interfaces.Interfaced a CMOS camera with the FPGA to display the real-time feed on an SPI TFT screen.Implemented real-time image processing, such as RGB to YUV color space transformation and image enhancement using convolution operations, on an FPGA in Verilog..

Built hardware setup for a 5kW full bridge converter to be used in Indian Railways coaches, as part of consultancy project by G.A.E.C.Migrated the entire control system and HMI code from TI’s C2000 controller to Microchip’s dsPIC33 controller.Developed a high speed, high current and low cost CMOS buffer based power MOSFET gate driver.Developed multiple high-speed fault protection systems using controller’s internal hardware peripherals.