Things I have built

A full-stack web app and mobile concept that catalogs a user’s wardrobe and generates daily outfit suggestions. Google Gemini identifies and tags clothing from photographs; OpenAI’s models assemble outfits against the user’s preferences, calendar events, and local weather; Imagen renders a preview of the result. It also lets friends lend and borrow pieces from each other — the point being to reduce what people buy and throw away. Built over four months and roughly 100 hours in the Code2College AI program, then carried into my entrepreneurship course, where we gathered over 100 survey responses on pricing and prototype feedback before deciding how to develop it further.

• OpenAI API
• Google Gemini
• Imagen
• JavaScript
• Python
• Full-stack

Internal tooling that lets Polaris developers test infotainment software against a mock vehicle rather than a physical one, which removes a real bottleneck: there are far more engineers than there are vehicles to borrow. My work went into the D-Bus layer that publishes simulated vehicle signals so the infotainment stack behaves as if a real machine were attached, written in C++, QML, JavaScript, and CSHTML. I also helped start a multi-year effort using a rules engine to make data collection, storage, and transformation cheaper across the organization.

• C++
• QML
• D-Bus
• JavaScript
• InRule
• Linux

A physical Simon-style memory game built in a single hackathon. A Raspberry Pi 4 drives a 4×4 grid of illuminated buttons and a speaker, generating sequences that get longer as the player survives them, with audio feedback on each press. Python throughout, reading button state and driving the LEDs over GPIO. My job was as much decomposition as code: splitting the build into independent pieces the five of us could work on in parallel without blocking each other.

• Python
• Raspberry Pi 4
• GPIO
• Audio I/O

A browser application that watches a user exercise through their webcam and tells them, in real time, when their form has broken down. Built on Google Teachable Machine with a model trained on correct and incorrect repetitions. Nine hours from empty repository to working prototype and pitch, which placed third against more than thirty teams.

• Teachable Machine
• JavaScript
• Computer vision
• HTML / CSS

A desktop application in Java that I extended continuously over the course as I learned new concepts, which makes it the best record I have of my own progress. It persists state between sessions, calculates wages automatically from logged hours and pay rules, and presents separate manager and employee dashboards with different permissions behind each.

• Java
• OOP
• State persistence
• GUI

An instrument cluster running on a Raspberry Pi: a C++ and Qt Creator interface wired through the GPIO header to physical circuits I built myself, so that real switches and sensors changed what the display showed. My first project where the software had a body, and the one that pointed me toward embedded work.

• C++
• Qt Creator
• Raspberry Pi
• GPIO wiring