Capstone · PCB Design
ModμMIDI² Ongoing
An open-source modular semitonal MIDI controller for the UGA School of Music. I lead prototyping and PCB design, including a banked key system with adjustable octave width and layouts.
I'm a Computer Systems Engineering student at the University of Georgia, graduating May 2027. I work where hardware meets software: embedded systems, PCB design, FPGAs, and the code that runs on them.
I'm looking for roles in SOC analysis, systems integration, or anywhere physics and hardware meet computing. Outside of class I lead hardware on my capstone, do accessibility research in the ACCESS Lab, and teach physics and circuits.
Get in TouchFrom soldering iron to source code. I design circuits and PCBs, program microcontrollers and FPGAs, and build the software that ties them together, with a growing focus on keeping those systems secure.
An open-source modular semitonal MIDI controller for the UGA School of Music. I lead prototyping and PCB design, including a banked key system with adjustable octave width and layouts.
A three-sensor device that dispenses food on programmable intervals and monitors water turbidity and level, with a web app for remote control and data over a VPN.
Built at DawgHack 2025. Composes multi-instrument MIDI pieces with no ML: a Markov chain picks chord progressions, modal rotation sets the mood, and layered rhythms build the arrangement.
View on GitHub →Diagnosing and repairing consumer hardware down to individual components with micro-soldering, and helping people balance parts for the best performance per dollar.
Undergraduate research on accessibility in engineering and engineering education: survey design, literature reviews, focus groups, analysis, and presenting findings.
Created course material for UGA's College of Engineering covering how AI is used in industry and the ethical questions engineers face when they use it.
Open to SOC analyst, systems integration, and hardware or research roles. Email is the fastest way to reach me.