An automation skill for SolidWorks, a computer-aided design program used to create 3D parts, assemblies, and engineering drawings. It covers verified CAD operations and marks less-tested operations for human review.
Turning a 2D engineering drawing into a parametric FluidCAD model. Use this skill whenever the user supplies a drawing, blueprint, dimension sheet, hand sketch, screenshot, PDF, or photo of a part and wants it modeled — "model this", "build this part", "make this in CAD", "here's the drawing". Trigger it alongside the…
Design 3D-printable parts as Python functions with nurb. Use when the user wants a part designed, changed, or checked for 3D printing (a bracket, mount, holder, enclosure, shelf, or any STL/STEP to print), and in any directory with a parts/ folder. The user describes the part and judges it in a browser; you model it.
Create new FreeCAD AI skills, modify existing skills, and iteratively improve them. Use when users want to create a skill from scratch, update or optimize an existing skill, capture a workflow as a reusable skill, or improve an existing skill's instructions. Also trigger when the user says "turn this into a skill"…
Find, evaluate, and download low-level common standard CAD parts from step.parts, such as screws, bolts, nuts, washers, bearings, standoffs, electronics parts, motors, connectors, and other off-the-shelf components. Use when Codex needs to search the hosted step.parts catalog, resolve fuzzy part names, standards…
Build, assemble, inspect, reconstruct, and export parametric CAD models with the SimpleCADAPI Python SDK. Use for SimpleCAD geometry modeling, constrained sketches, parts and assemblies, standard gears and bearings, STEP/BREP inspection and reconstruction, vector-PDF drawing reconstruction, durable product packages…
Use this skill when asked to model, build, or modify a 3D part or assembly with build123d — from a text description, a technical drawing (image or PDF), dimensions in a spec, or an existing STEP/STL file.
Generate interior design planning artifacts, 2D SVG floorplans, BOM outputs, analysis boards, and renovation image sets from structured requirements. Use for staged interior-design work that moves through plan, 2D drafting, BOM, and image outputs.
Use when converting vector PDF engineering drawings (steel-structure shop drawings, A0 drawings, linework-only PDFs without a text layer) into LLM-consumable dual-carrier records — semantic Markdown reading thread plus layered SVG geometry archive linked by shared IDs and crosswalk.
Operate KOMPAS-3D MCP for 2D drawings, 3D parts, CAD-as-Code scripts, screenshots, exports, runtime memory, remote/local recovery, and Graph Brain diagnostics. Use when Codex needs to create, edit, inspect, validate, or debug geometry through mcpkompas3d, especially for sketch-feature chains, reusable scenarios…
Build parametric 3D parts in Autodesk Inventor 2026 via the project's MCP server. Use this skill whenever the user wants to create, modify, or inspect Inventor parts (.ipt) — building flanges, shafts, nuts, brackets, machine parts; drilling holes; adding fillets, chamfers, revolves, extrudes; saving or exporting…
Take a product's OUTER APPEARANCE (industrial design: form, proportion, panel split, CMF, controls layout) from a brief + AI-generated look images to a parametric three.js appearance model, a fixed-camera contact sheet, Blender Cycles finals, and a versioned ID report (md authority + Word snapshot) — driven by an AI…
Build, modify, run, and inspect Abaqus models and jobs using documentation matched to the installed release. Use for CAE scripting, INP generation, parameter studies, ODB extraction, Python-runtime mismatches, and failed Abaqus analyses. Separate script generation, solver completion, and engineering validation.
Use when analyzing engineering drawings, technical CAD files, or manufacturing process control plans to extract Critical-To-Quality (CTQ) parameters, GD&T feature control frames, tolerances, and callout coordinates.
Generate parametric CAD model specifications and Autodesk Fusion Python scripts from natural-language 3D modeling requests. Use when the user asks to create, automate, modify, export, or validate CAD models for Fusion, FreeCAD, OpenSCAD, STEP, STL, OBJ, or 3D printing.
This skill should be used when Codex needs to inspect or operate Autodesk Fusion Electronics through the Fusion Electronics MCP plugin, including command discovery, command execution, EAGLE export, safe smoke tests, or controlled Python probes.
Build a multi-part assembly from component definitions, create instances, ground a reference frame, apply constraints incrementally, inspect degrees of freedom (DOF) after meaningful steps, detect over-constraint and interference, then export.
Nest 2D shapes onto rectangular sheet stock with minimal waste and export ready-to-cut DXF files, via the pyfit CLI. Use when the user wants to lay out/pack/nest parts on plywood, acrylic, sheet metal, or similar stock for a laser cutter or CNC router, or asks how many of a shape fit on a sheet.
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originalMIT
At most 3 mods per repository are shown here, and a mod shipped inside a plugin is left to that plugin's page — the rest are on their repository pages: