Individual skill
fep-agent-hub
Orchestrate and validate evidence-first CAE workflows through the independent FreeCAD, Elmer FEM, and ParaView MCP servers in FEP Agent Hub. Use for FEP repository setup or diagnostics; CAD-to-mesh-to-solver-to-postprocessing automation; steady or transient heat transfer; 2D harmonic transformer induction; 2D plane-stress beams; 2D steady laminar channel flow; 2D transient eddy-current and Lenz-law studies; regression, acceptance reports, or scientifically honest CAE videos built from these verified profiles.
Skill/fep-agent-hub/SKILL.md
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- Last checked
- Nov 3, 2026
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- Repository last updated
- Oct 27, 2026
- License
- MIT
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SKILL.mdcore · 5,688 bytesagents/openai.yamlasset · 236 bytesreferences/case-catalog.mddoc · 5,327 bytesreferences/orchestration.mddoc · 4,378 bytesreferences/validation-and-claims.mddoc · 4,917 bytes
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# FEP Agent Hub
Run the three MCP servers as independent stages joined by manifests, semantic IDs, native solver artifacts, and explicit physics gates. Preserve auditability over convenience.
## Establish the run contract
1. Locate the FEP Agent Hub repository and read its `AGENTS.md`, root README, relevant prompt, and relevant report before changing a workflow.
2. Resolve native executables through `OPEN_CAE_CONFIG`, environment variables, or `configs/open-cae.local.toml`. Treat public paths as placeholders.
3. Choose a unique project name beneath the configured workspace. Keep FCStd, STEP, mesh, SIF, logs, VTU/PVD, images, tables, and evidence inside that project.
4. Probe all three MCP environments before modeling. Stop if a required native executable or server is unavailable.
5. Never expose arbitrary shell, Python, executable, macro, MATC, or raw SIF input. Use only fixed runners, structured parameters, and allowlisted analysis profiles.
## Select a verified profile