I build devices and software that connect AI to real hardware, especially in accessibility, robotics, and embedded systems.
Smart assistive glasses that help visually impaired students read classroom text by converting captured text into audio.
Top 5 national finish at Thermo Fisher JIC, a $10,000 Broadcom award, and a 30-device rollout plan across blind schools in California.
A robotics project focused on surgical-assistance concepts, precision control, and mechanical design.
Built as a robotics R&D project combining CAD, control systems, and surgical automation research.
Founder/member of a FIRST Tech Challenge robotics team, working across robot design, programming, outreach, notebooks, and leadership.
Helped lead a rookie FTC team to the Design Award, Think Award, and a Finalist Alliance Captain finish.
An AI-powered trash can that detects waste type and automatically opens the correct compost, trash, or recycling compartment.
Built a working AI + robotics prototype that connected real-time waste classification to physical bin automation.
A dual robotic arm system trained in NVIDIA Isaac Sim using reinforcement learning and designed for sim-to-real transfer.
Explored how reinforcement learning can improve coordinated robotic manipulation and accelerate sim-to-real development.
A standalone mini gaming console built around an ATmega2560 with physical controls, embedded game logic, and display output.
Built a self-contained interactive device that combined embedded programming, controls, and display logic on constrained hardware.
An IoT-style plant growth system built for research on improving crop growth outcomes in constrained environments.
Improved plant height by 29 percent, advanced to CSEF, and earned a Thermo Fisher JIC nomination.