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Let AI automate KiCAD PCB design tasks and access live project state.
Copy the install command and let the AI configure it · recommended for beginners
No copy-paste install info for "KiCAD MCP Server" yet — see the docs or source repo.
In the KiCAD project, create a schematic framework for an ESP32-based temperature and humidity sensing board, including power, sensor interface, USB power, and programming interface, and explain the role of each module.
A KiCAD-ready schematic structure proposal with module breakdown and key connection notes.
Read the live state of the current KiCAD project, summarize schematic, PCB layout, unrouted nets, and design rule check progress, and list the issues that should be prioritized.
A summary of current design progress plus a prioritized list of issues to fix.
Analyze the component placement and routing of this two-layer PCB, and provide actionable optimization suggestions for power integrity, critical signal paths, and manufacturability, categorized by high, medium, and low priority.
Actionable layout and routing improvement suggestions for the KiCAD project, organized for step-by-step revision.
Analyze KiCad schematics and PCBs, validate designs, and generate embedded code.
Use AI to automate KiCad schematic, PCB, footprint, and project workflows.
Create, edit, and inspect KiCAD schematics with AI assistance.
Help AI understand KiCad projects with compact drill-down views and rule checks.
Connect KiCad workflows for schematic, PCB, and project automation tasks.
Control a live KiCad instance for board queries, edits, and exports.