PCB Design & Prototyping
Schematics, layout, DFM, and bring-up. Component selection with SI/PI analysis for reliable first-spin success.
I design electronics, write firmware, and shape the systems between them.
[ 2023 to 2026 ]
Four projects across hardware, firmware, robotics, and the systems that hold them together.

Interactive AI visualization with real-time training simulation, running in the browser.

Draw a track and a differential-drive robot follows it in real-time 3D. Tune the PID and watch it hug, wobble, or lose the line.

A research lab and product studio building AI systems that do real engineering work: AI that designs hardware.

A drawer of 30+ small tools: converters, calculators, color and signal toys, browsable as a gallery, index, or free-form canvas.

[ about ]
I'm Luke Richardson, a firmware architect and electrical engineer. I partner with teams to prototype fast, test honestly, and ship products that survive the real world.
[ career ]
[ capabilities ]
Every product crosses these four disciplines on its way to production. I cover the whole path.
[ 01 — 04 ]
Schematics, layout, DFM, and bring-up. Component selection with SI/PI analysis for reliable first-spin success.
Deterministic C/C++ for bare metal and RTOS, from motor control to signal processing with robust test harnesses.
Bridging physical and digital layers with robust protocols, tooling, and field observability.
Cost-down reviews, vendor coordination, and validation plans that de-risk production and keep schedules honest.