Building reliable systems from concept through validation

I am an electrical engineer with hands-on experience developing, integrating, and validating FPGA-based systems, embedded platforms, mixed-signal electronics, and board-level hardware. My work has included AMD/Xilinx Zynq-7000 platforms, SystemVerilog development, AXI-based peripheral integration, embedded C and C++, and FPGA hardware bring-up.

I have designed, assembled, and tested mixed-signal PCBs for biomedical data acquisition, performed system-level debugging with oscilloscopes and logic analyzers, and developed repeatable verification procedures for both simulation and physical hardware. My previous automotive experience also strengthened my skills in electrical diagnostics, root-cause analysis, component integration, and post-repair validation.

I enjoy working across the full engineering lifecycle, from requirements, design, and prototyping through integration, testing, documentation, and deployment. I have also led an eight-person senior design team in developing an educational FPGA platform, managing system integration, bitstream releases, hardware validation, and technical documentation.