Power electronics and embedded systems. Student at TU/e.
48 V H-bridge that pushes current in both directions, through zero, without flinching. Full closed-loop PI control on a TI C2000, hardware OCP that doesn't wait for firmware, custom 4-layer PCB. Still in progress.
A0 wall map where pressing a physical button fires up a photo slideshow for that country on a small TFT. 40 buttons, an ESP32, and a lot of wire routing. It's hanging on a wall now, which is the best possible outcome.
Duolingo plush that hits the API at 9 PM, and if you haven't done your lesson, starts guilt-tripping you — out loud. Built as a birthday gift for someone on a 1000+ day streak. ESP32-S2, I2S audio, surprisingly good at its job.
Workshop I designed to teach CAN bus from scratch in an afternoon. Three progressively harder tasks, then a team game at the end. The kind of thing where people leave actually understanding what an arbitration ID is.
I study Computer Science & Engineering at TU/e, but I spend most of my time on power electronics and PCB design. It started with a half-bridge that barely worked and I've been hooked since.
Right now I'm building a bidirectional current source for magnet testing — full H-bridge, hardware overcurrent protection, the whole thing designed from schematic to board. It's the kind of project where you learn something new every time you turn on the bench supply. I like problems where the datasheet doesn't quite tell you everything.
Outside of that I'm an upcoming student at CERN Summer Student Programme, electrical engineer at Polar Student Team, a tutor, and I run sometimes.
Eindhoven, Netherlands
Studying at TU/e