I'm a Computer Engineering graduate from Louisiana State University passionate about embedded software, flight software, simulation, FPGA design, robotics, and real-time systems.

I primarily work in C/C++ and Python, developing software for ARM-based microcontrollers, FPGAs, embedded Linux systems, and robotics platforms. My experience includes STM32, ESP32, FPGA development, ROS 2, ros2_control, Core Flight System (cFS), and serial/network communication protocols.

Additionally, I develop simulations using NASA Trick and JEOD. My current work incorporates 6-DOF spacecraft dynamics, CCSDS Space Packet Protocol telemetry, motor physics, and Unity interfaces to aid in simulation development and visualization.

Outside of work, I combine my interest in music and engineering by designing audio hardware and embedded systems, including re-engineered analog guitar pedals, DSP-based effects, guitar amplifiers and modifications, and custom guitar builds.

Whether it's professional or personal projects, I'm driven by the desire to build technology, understand how systems work, and continuously improve my skills. If you're interested in collaborating or discussing any of my projects, feel free to connect!

NASA Trick & JEOD & Unity Satellite Dynamics Simulation 6-DOF spacecraft simulation with real-time orbital visualization	NASA Trick BLDC Simulation With CCSDS Telemetry Hardware-in-the-loop spacecraft simulation using CCSDS telemetry and real-time visualization
NASA cFS & ESP32 Telemetry Bridge CCSDS-based flight software integration between NASA's Core Flight System and an ESP32 sensor node	8-Bit Computer Programmable SAP-1-inspired computer using discrete logic ICs and Verilog on an FPGA.
Nixie Tube Clock Handcrafted clock with embedded hardware and remote integration	Marshall JMP Plexi 2204 Guitar Amplifier Handwired Marshall tube amplifier with circuit modifications and handcrafted enclosure