DIGITAL DESIGN / FPGA / EMBEDDED HARDWARE
I’m an electrical engineer working across Verilog RTL, FPGA implementation, and circuit-card design. My projects connect digital logic and simulation with Altium schematics, embedded interfaces, and hands-on FPGA board checks.
RTL / SIMULATION / FPGA IMPLEMENTATION
Built logic, adders, and ROM-based comparators; wrote a testbench covering all 16 input combinations of a 2-bit comparator. Took a 2-to-1 MUX through XDC pin constraints, synthesis, implementation, bitstream generation, and board-level switch/LED checks.
SCHEMATICS / PCB LAYOUT / INTERFACES
Created assigned schematics and multilayer PCB layouts for an SPI-connected LSM6DSOX IMU, a Micro-USB programming/debug interface with ESD protection, and a 44-pin GPIO/SPI/I2C/UART expansion header.
Wrote microcontroller firmware for button and timer interrupts, PWM output, and a separate SPI master exercise. Source code is linked from the project page.
Recreated an RC circuit tolerance study using Gaussian, uniform, and Worst Case Monte Carlo simulations, with schematic and output plots.
At Santee Cooper, I ported C source from Windows to Linux, deployed version-controlled changes across eight servers using Git, and supported system integration and acceptance testing with technical documentation. These workflows reinforce the development, validation, and configuration-management side of my hardware work.