Things I have worked on at university, with E-Traxx and O'Bosso, and at home.
I like cellular automata because a few simple rules can produce patterns that are hard to predict. This page collects my experiments with them, along with Voronoi diagrams and a few 3D simulations.
I lead the embedded software at E-Traxx. For the 2027 car I am building the shared base the boards will use. Telemetry for the 2026 car has its own page.
I watch the 2026 car from the pit. A radio link feeds a PC that shows the live signals and saves each session.
I design a manual clay brick press for O'Bosso's work in Cameroon. In Onshape, I create the 3D models and manufacturing drawings for its metal parts.
I made a 3D-printable housing for a device that continuously measures the diameter of recycled filament. It took several versions to get right.
During my dual-study program at Siemens Healthineers, I built a prototype that sent measurement data from a medical device to a server. I used C++, Arduino, Wi-Fi, and NFC.
My home network connects personal cloud storage, compute services, and smart-home devices through Tailscale. This lets me reach them remotely without exposing their ports to the internet.