A collection of robotics systems, autonomous solutions, and engineering projects showcasing technical depth and real-world impact.
Autonomous robot that won 1st Place in Robotics at the Georgia Student Technology Competition (GASTC).
Autonomous robot using computer vision and SLAM to identify plants in real-time and navigate to them for automated care.
Led design and build of competitive FTC robot as founder & team captain. Rookie team qualified for World Premier Event in first season.
Built at PennApps XXVI (UPenn) in 48 hours — a computer vision AI posture monitor giving real-time corrective feedback during work and exercise.
Designed and built a mid-flight air brake system for a model rocket with PID altitude control. Qualified for American Rocketry Challenge National Finals.
Investigated 15 public fountain water samples and explored a proposed UV filtration design with simulated monitoring. The physical system and Raspberry Pi implementation were not built.