Designed and built an autonomous competition-ready robot utilizing pneumatics and motor systems.
Mechanical exoskeleton components designed to improve mobility for patients in physical therapy.
Custom MATLAB software to analyze braking data and optimize sensor selection for motorsports.
Designing and analyzing mechanical control system components for Georgia Tech's Formula SAE team.
Ascend is a full-stack route-analysis platform that helps climbers determine the most efficient path up a rock wall.
I am designing a passive, load bearing prosthetic forearm structure (elbow to wrist), not the hand or control system.
Low-cost, prototyped go-kart focusing on tolerance analysis and assembly documentation.
Compact, ergonomic cord management solution designed for desk, reducing cable clutter while maximizing usability and durability.
Health-tracking web app using ML to provide real-time risk assessments for pregnant women.