What we've built so far, with full source code and documentation.
Arduino-controlled scanning microscope that generates 2D and 3D intensity maps. A 650nm laser rasters over a sample while a photodiode captures reflected intensity at each coordinate. A Python GUI handles acquisition, FFT sharpening, deconvolution, and optional neural upscaling.
A 3D molecule viewer built with C++ and OpenGL. Enter a formula or build atom by atom — it calculates VSEPR geometry, bond orders, formal charges, and dipole moments on the fly with a custom physics engine.
A Python-based FRC strategy engine. Leverages The Blue Alliance API and Statbotics to generate predictive rankings, compatibility "Fit Scores", and Monte Carlo match simulations. (updated for 2026)
Uses an ESP-32 S3 Dev module to process microphone information to send back to a server for AI processing. If the AI determines it needs additional context, it will take a snapshot from the ESP-32 AI Thinker camera, then speak the output through a speaker.
A vector-based simulation project that explores field motion, force visualization, and interactive dynamics in a compact research-friendly format.
Uses an ESP-32 S3 Dev module to process information from a VL53L1X ToF laser rangefinder mounted on a pair of glasses to map the 3D space around the user. The system can distinguish between static and dynamic obstacles and alert the user to potential hazards through haptic feedback or audio cues, assisting those with visual impairments.