
Proficient in digital logic design and prototyping, with strong skills in SystemVerilog and Xilinx Vivado. Demonstrated success in circuit debugging and testing through innovative projects like the photoresistor-controlled autonomous car.
Constructed a MicroBlaze FPGA SoC for automated 74-series TTL IC testing, integrating AXI GPIO, C firmware, HDMI output, and audio feedback while handling real-world TTL edge cases.
Designed and implemented a 4-bit logic processor on breadboard using the Urbana FPGA board for clock generation and switch inputs; later extended the design to 8 bits in SystemVerilog with Xilinx Vivado to demonstrate scalability and strengthen digital architecture skills.
Built a small-scale vehicle that moved in dark environments and stopped in bright light using photoresistors, DC motors, and sensor-driven control logic.