I build embedded systems end-to-end: electronics, firmware, system and 3D modeling, UI, and product design.
I lead embedded development in Zephyr, plus 3D modeling and graphic design. We are building a Field Programmable Hub for the military to make power distribution easier for soldiers in the field. I mainly code in Embedded C, and I integrate it with a web UI (HTML/CSS/JS).
At MedStorm, I worked as a hardware developer and built the PainSensor, a connectivity box, and several test kits. I used Target3001, Eagle, KiCad, and Fusion 360. Three of the five products I worked on reached the market before I changed jobs in 2024. I also worked with CE and MDR regulations and wrote technical documentation for medical-grade requirements. In addition, I did a lot of vector design (mostly Inkscape/Adobe) for labels, datasheet figures, and similar content.
I design the onboard computer and a high-speed FPGA system for BioSat, a CubeSat that will bring a plant to space (Altium, PCB, and schematic design). After 1.5 years in Orbit, I stepped down from the builder role after we sent the BioSat PCB to production. I now support the team as a mentor.
KRIK has a special place in my heart. In 2025, I had my 10-year anniversary at some of their camps. In recent years, I have focused more on organizing than leading on the ground. I plan and coordinate large camps for 1000+ participants each year in a cross-functional team. It is very rewarding, but also time-consuming.
I worked at Vulkaza as a software development intern. My main task was building a Python API that let customers customize 3D Blender models through a web interface. User inputs would change the model parameters in the background, and the model could be exported for 3D printing. I also learned 3D modeling in Fusion 360 and Blender.
What happens when you lose your balance? This is what Gaitline wanted to understand. We built a pneumatic measurement board that moves when you step on it and performs laser Doppler measurements in the heel at the moment you lose balance. We built everything with a custom PCB, a load cell, an Arduino, a few other dev kits, and a pneumatic arm that moved the board. Later, I guided one bachelor group and one master group on the project. Teaching others already in my second year was a great experience.
I taught at KG for three years, and I really enjoyed coming back as an engineering student. It was fun to answer the "why" questions that nobody managed to explain the to me when I tok the same classes. I taught Math (R1, R2), Python, Physics (F1, F2), and Biology (B1, B2). It was a real joy to give “aha” moments to students who truly wanted to learn.
