We build simulators, software, and hardware for the science community. Everything is open source and documented so you can replicate it yourself.
Scientific equipment shouldn't cost thousands. We design DIY software, and electronics that run on standard hardware and fit in a student's budget.
Every project includes parts lists, diagrams, and commented source code/instructions so you can replicate it yourself.
We're a small group of students that put everything online and donate to local robotics team.
A sub-$100 scanning microscope. A 650nm laser rasters across a sample, a photodiode reads the reflected intensity, and a Python app reconstructs 2D and 3D images from the coordinates.
A 3D molecule builder written in C++ and OpenGL. Type a chemical formula and it constructs the structure, calculates VSEPR geometry, and lets you edit molecules in real time.
Using a VL53L1X laser rangefinder mounted to a pair of glasses, an ESP-32 microcontroller will stream 3D spatial data over a secure network to be processed. The computer will distinguish between static objects, moving objects, and their height; then call it out to the user.
Take any regular pair of glasses and upgrade them with an ESP-32 camera, and a microphone for a voice controlled AI experience.
A scouting tool for FRC teams. It pulls live event data from The Blue Alliance and Statbotics, scores team compatibility for alliance selection, and models match outcomes using Monte Carlo simulation. (updated for 2026)