JLC2KICAD_lib is a python script that generate a component library (schematic, footprint and 3D model ) for KiCad from the JLCPCB/easyEDA library.
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Updated
Sep 11, 2026 - Python
JLC2KICAD_lib is a python script that generate a component library (schematic, footprint and 3D model ) for KiCad from the JLCPCB/easyEDA library.
MC CityGen: Turn your own Minecraft builds into an entire city.
Open-source MCP server that lets an AI drive a live session of Altium Designer, and optionally KiCad or EasyEDA Pro, editing the open design in place while you watch. 300+ tools: schematic, PCB, library and project automation, design review, audits, rendering, auto-placement, panelization, autonomous design-plan executor. Apache-2.0.
Altium schematic format documentation, SVG converter and TK viewer
MCP server for KiCad, connecting AI agents to schematic and PCB workflows, ERC/DRC validation, DFM checks, BOM analysis, and manufacturing preparation—with controlled edits and human-gated release workflows.
Trying to extract pcb schematics from images using computer vision
Modular Codex and Claude Code skills for electronic product planning, circuit review, schematic humanization, PCB layout, PCBA release, and JLCPCB ordering. EN/JA.
Component's library that I use in Altium Designer.
Maintenance mode: security and KiCad compatibility fixes only (see README for why). KiCad MCP server: 100+ Model Context Protocol tools that let an AI assistant do schematic capture and PCB layout, run ERC and DRC, and export Gerbers, BOM and 3D models.
PCB Flow — autonomous, AI-assisted PCB design workflow that takes a hardware project from requirements to manufacturing-ready files. AI-driven schematic generation, placement, and routing with human-in-the-loop review (EasyEDA + KiCad, any AI coding agent). Runs on Windows, macOS, and Linux.
Open-source desktop workspace for IC design — schematic capture, analog optimization, SPICE/RTL simulation, synthesis, and digital implementation in one Qt app.
AI-native schematic design agent, purpose-built for KiCad (zero-dependency pure-stdlib Python CLI): author and edit .kicad_sch from JSON op-lists with net-diff safety rails, run ERC/design/intent/BOM checks, simulate on KiCad's bundled ngspice, source real parts and fetch datasheets, and import Altium .SchDoc/.SchLib/.PcbDoc read-only into KiCad
An implementation of Forrest Mims's Stepped Tone Generator, with some modifications
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