Extract data items from a mmWave sensor, train a NN to diagnose pipeline defects, and inspect results w/ deformed pipe images on a web app.

ReMIX35 is an open-hardware reinterpretation of the Prusa MK3.5 electronics — a fully community-driven mainboard designed to bring modern 32-bit performance and transparent engineering to the iconic MK3S/+ platform. Built around the STM32F427 microcontroller and Trinamic TMC2130 drivers, ReMIX35 ensures binary compatibility with the original Prusa firmware while staying true to open design principles. What began as a reverse-engineering study evolved into a complete hardware rebuild — adapting the xBuddy form factor to the classic Einsy RAMBo layout, analyzing every subsystem, and testing the board extensively on real printers. The result is not just an upgrade, but a dive into the engineering behind one of the most successful open 3D printer architectures — a project built by and for the community.

For this Halloween, I'm fusing the creative blocky world of Minecraft with the spooky glow of the colorful RGB LEDs in a fun and simple Halloween project.

Motherboard for 3d printer that I designed myself

Converting a Quacopter drone to fly like an airplane

A portable, GPS-enabled device to measure river water quality at multiple city locations, storing data for later mapping and analysis, built with low-cost sensors and an ESP32 board.

This is a 3D printable mounting bezel/frame for the Elecrow 7 inch Pi touchsreen. Multiple mounting brackets are included. The bezel can be printed in full or in 2 halves that fit together for smaller 3D Printers. The Bezel has 2 boltholes on al 4 sides so it can be mounted in any position.

A button that can be used for automation and temperature and humidity monitoring

An alternative clock with a unique style, easy to build, and a great piece of furniture! Introducing the new Floppy Voltmeter Clock!

This small 20W RGB video light can be fully 3D printed and is very simple to operate. You can switch on the light by pressing the button on the side once. By rotating the encoder, we can cycle through the hue value. After pushing the encoder, we can switch to the brightness control mode. We can adjust the brightness of the LED by rotating the encoder. If we push the encoder button again, we can switch back to the hue control mode. It's a one-knob operation.

My curiosity to create something new and interesting got me into this gothic style rechargeable lantern. A Gothic Lantern is a captivating piece of lighting that brings the allure of the Victorian Era into your home.