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Reference and experimental PCB designs built with KiCad, plus reusable agent workflows for schematic capture, placement, routing, and verification.
Designs/LM555_LED_Flasher: an all-SMT, single-sided 555 timer LED flasher adapted from a classroom reference.Designs/Ionto_Current_Source: current-source project versions, including the original core and the mini development variant.Designs/Electrode_Snap_Adapter_Series: four circular-contact adapters and a 17-up U4 panel.tools/pcbflow: public CLI, reusable engines and tests for humans and agents..agents/skills: engineering methods and shared design defaults.Design intent is made explicit before editing. Schematic connectivity, footprints, placement, routing, silkscreen, and final renders are validated as separate gates. Classroom and prototype boards favor readable documentation, common packages, generous geometry, and reproducible evidence.
The workflows draw on KiCad's official IPC model and public agent-oriented KiCad projects, while keeping tool-specific claims tied to verified local behavior. See each design's VALIDATION.md for measured results and remaining warnings.
Use ./pcb finish --design NAME to complete a saved design through clean autorouting,
review, adoption, copper pour and production build. Use ./pcb build to refresh U4,
LightBurn and complete supplier Gerber packages together. ./pcb verify checks the
current delivery. Add --json before the command for agent-readable results.
The tool guide covers human/agent handoffs, staged commands, advanced tools, output ownership and verification commands.
Educational and experimental hardware. Each design records its specifications and current validation; fabrication and use require the applicable engineering and process checks.
Read AGENTS.md, Designs/AGENTS.md, and CONTRIBUTING.md before changing a design.
MIT. See LICENSE.
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