
01 Stewart Platform
A six-DOF motion platform driven by linear actuators. Real-time inverse kinematics for stabilization and motion simulation.

// mechanical_portfolio
Mechanical hobbyist. I build things that move.
I also build websites for local businesses — fully custom, no templates.
I'm a hands-on builder who designs and fabricates mechanical objects from the ground up — sketching a concept, modeling it in CAD, machining the parts, and wiring the electronics that bring it to life.
My work lives at the intersection of engineering and craftsmanship: tight tolerances, clean motion, and hardware that feels as good as it works. Whether it's a six-axis platform or a custom keyboard, I obsess over the details that make a machine move right.

A six-DOF motion platform driven by linear actuators. Real-time inverse kinematics for stabilization and motion simulation.
Five-axis articulated arm with 3D-printed harmonic drives and closed-loop stepper control for repeatable pick-and-place.
Hand-wired 65% board with a milled aluminum case, hot-swap sockets, and a custom QMK firmware layout.

Solar-powered sensor node logging pH, turbidity, and temperature, streaming readings over LoRa to a dashboard.