Describe the circuit you want. Get a KiCad schematic that already passes ERC.
pcbkit asks the questions an engineer would, then generates a real .kicad_sch file — checked by an actual validation stack (KiCad's native ERC, rule-based electrical checks, and a semantic review pass), not emitted and hoped-for.
How it works
Describe
You explain the project in plain language. pcbkit asks targeted questions about power, interfaces, and parts — the things that actually determine the design — instead of guessing at your intent.
Design
It composes the schematic from a library of proven, parameterized circuit blocks: regulators, MCU support circuits, interfaces, drivers. Component values are calculated from your requirements, not guessed.
Validate
The schematic is checked against KiCad's own ERC plus additional electrical rules. Problems get fixed and re-checked before you ever see the file.
Export
You get a standard .kicad_sch you own, with every assumption the tool made documented alongside it — what it chose, why, and what it didn't check.
Where we are
pcbkit is in development. The pipeline above is being built and tested against real KiCad tooling right now — no product has shipped yet, and we won't pretend otherwise.
We publish our engineering findings as we go in the notes. Waitlist members get first access and progress updates.