Projects

A custom PCB designed to interface with the MonARCH CubeSat payload, enabling communication between the payload and the satellite bus. The board was designed in KiCAD and fabricated by JLCPCB.

A live video system for the SRAD rocket, designed to capture and transmit high-quality video footage during flight.

Building and programming an 8-bit computer from scratch using Ben Eater's 6502 kit — learning how CPUs, memory, and I/O systems work at the hardware level.

An interactive 3D explainer of how a Toyota Yaris works, piece by piece — currently in progress, with the suspension and engine sections still being built out.

A six-axis omnidirectional robotic arm integrating mechanical design, electrical systems, and embedded code — built to explore how those three disciplines meet in one machine.

A living green wall built to honor Room 175 — the space where my interest in engineering started — applying biophilic and architectural design principles to a functional build.

An interactive physics simulator built in AP Computer Science A — lets users learn physics concepts through adjustable variables and real-time experimentation.

Designed a residential home for a defined plot in an architectural competition — a close look at space, layout, and user experience under real constraints.

Detailed 3D miniature models of residential home designs, produced with 3D printers, laser cutters, and CAD software including Onshape and Autodesk Inventor.

The project that first showed me what engineering could be. Built with woodworking tools and 3D modeling software for the New House Competition — and where I learned to recover from setbacks and keep iterating.