Multi-view 3D capture
Synchronized wireless camera nodes that record a scene from several angles at once, for 3D pose and motion capture.
Multi-layer boards, radio and power integrity, embedded Linux and firmware. And a lab where AI agents take on the routine work, so the bench keeps moving.
I work across the whole hardware stack: schematic capture and multi-layer PCB layout, signal and power integrity simulation, RF matching, embedded Linux bring-up and low-power radio firmware.
Lately I have been turning my lab into a system. AI agents run simulations, prepare manufacturing packages, drive the bench and report back, while I keep the decisions that need an engineer's judgment.
A few things I have designed and built. Photos and write-ups are added as each project is cleared to share.
Synchronized wireless camera nodes that record a scene from several angles at once, for 3D pose and motion capture.
Low-power radio firmware that keeps several boards in lock-step across a room, with a bench setup to prove the timing.
A controller board that connects the test bench: power, serial, debug and measurement, so tests run the same way every time.
Simulation of impedance, power delivery and RF paths, delivered as short reports with current-flow pictures, not walls of numbers.
My own MCP server. It remembers, teaches skills, and dispatches Claude and Codex agents to the right computer for each job.
Pogo-pin debug boards, test fixtures and printed jigs that turn a fragile bring-up into a repeatable one.
Boards, bring-ups and the occasional late night.
Multi-layer board design, simulation and bring-up for wireless capture devices, plus the agent-run lab that supports it.
Board design, firmware and test for connected devices, from prototype to manufacturing.
Details to be added.