Random Projects
A non-linear collection of hardware experiments, mathematical proofs, and unoptimized logic bridges. This sandbox represents the physics-first playground where hardware meets chaos.
Low-cost bicycle speedometer using a Hall-effect sensor and microcontroller. Winner of Excellence in Electronics at KIT Summer School, Kyoto 2019.
ESP32-based educational microcontroller with MicroPython API. LCD display, buttons, accelerometer, compass, BLE, buzzer, and alligator-clip I/O pins — designed to make physical computing accessible to students.
Browser-based IDE for learning programming. Students assemble drag-and-drop blocks, see the corresponding MicroPython code update in real time, and run it on a connected CodiBit — all in one interface.