I’m a multidisciplinary hardware and embedded systems engineer working across electronics, robotics, bionics, firmware, and mechanical design.
If it has wires, gears, signal noise, or moves in a slightly cursed manner, I'll probably build it, rebuild it, and debug it at 2 AM.
I also love computers — one day I swear I'm going to build one myself (after finishing my bucket list of 2000 other things).

Founder of Mechaxil (DIY open-hardware kits) and Bionixia (my personal bionics R&D blacksite).

"I'll just fix this one thing."
— me, 01:37 AM on a random weekday

• Elegant PCB design
• Clean firmware development
• Maintain healthy sleep cycles

• Forget to re-import new components until the PCB screams
• Rewire entire circuits because they look ugly
• Reprint mechanical parts eight times to fix a 0.2 mm gap
• Add features no one asked for because why not
• Write Python scripts at ungodly hours because automation = happiness
• Attempt Rust → suffer → continue anyway
• Be too lazy, ask ChatGPT → get annoyed by ChatGPT → do 90% of it myself anyway even this was made by that clancker

A fully 3D-printed prosthetic arm powered by EMG signals and servo mechanisms.
Modular, open-source, constantly evolving.

An EMG acquisition band for gesture control and prosthetics.
Still deciding whether it reads muscles or dark magic.

DIY electronics kits for people who want to learn hardware without selling a kidney.

Raspberry Pi Pico, ESP32, STM32
(trying to catch them all like Pokémon)

Python, C, Rust, Zig
(you cannot convince me to use JavaScript, please stop trying)

Fusion 360, Krita

Unreal Engine 4 (UE5… yeah no), Raylib, Blender, Audacity

YOLO training (dataset suffering included)

If it moves, it's automatically cool.

• Embedded Rust
• Mechanical engineering fundamentals
• How not to overengineer everything
  (status: catastrophic failure)

Email: zavoczkiattila@mechaxil.com
Website: https://mechaxil.com

I don’t choose my projects.
They choose me.
Usually at 1 AM.