Enables natural-language control of COMSOL Multiphysics through MCP, including building models, assigning materials and physics, setting up couplings, generating meshes, running studies and solvers, and visualizing results.
Click on "Deploy Server".
Wait a few minutes for the server to deploy. Once ready, it will show a "Started" state.
In the chat, type @ followed by the MCP server name and your instructions, e.g., "@Comsol-Automatic Run the 3D heat sink example and show me the temperature results."
That's it! The server will respond to your query, and you can continue using it as needed.
Here is a step-by-step guide with screenshots.
Version 0.2.1 adds strict specification/report checks, recoverable job metadata, busy/cancellation semantics, reviewer tool exposure, submission caps and offline scientific evidence gates. Read feedback resolution and remaining gaps. New SST physical verification is NOT_RUN.
Closed-loop reconstruction (EvidenceRecord, DecisionRequest, persistent controller, repair/calibration provenance) is tested_with_mock. It is not tested_with_real_COMSOL. Do not treat unit-test PASS as physical validation. See closed-loop controller. P3 sensitivity/Bayesian optimization remains proposed / NOT_IMPLEMENTED.
Geometry reliability extension based on commit a012b21bcfd604adb8843f3b0e734478fc13b4a3 of tsuntungngaing-jtn/comsol-automatic. Not an official COMSOL product. Original provenance and licenses are in NOTICE.md and vendor/installed-mcp/LICENSE.
This package contains the skill, MCP adapter, vendored tools, catalog metadata, original teaching source, tests and installation scripts. It contains no commercial COMSOL models, manuals, research results, credentials or Python environment.
On Windows, extract the full folder to a new directory, then run powershell -ExecutionPolicy Bypass -File scripts/install.ps1. Register the MCP command using the new folder's .venv/Scripts/python.exe -m server.main serve --transport stdio and its working directory. Set COMSOL_OUTPUT_ROOT to your research workspace, not this folder. See docs/connectors.md for details. Existing skills/connectors are not replaced automatically.
Repaired: convective heat-flux API; 6.4 inlet U0in and explicit k-epsilon turbulence inputs; real basic-library material insertion with repeat binding; output containment for version saves; unique version reservation; wheel resources. The executable and package remain named comsol-automatic for compatibility; install them in a dedicated environment. The discoverable skill name is comsol-automatic-6-4-en.
Run python -m unittest discover -s tests for Python/protocol checks. Real COMSOL validation must run through MCP. Read docs/validation.md before using results in research. This release is not blanket validation of every upstream physics shortcut.
Geometry reliability additions: explicit property failures and unit-safe primitives; final-entity measurements; named selection contracts and guarded binding; recoverable parameter perturbations; provenance-bearing CAD import; JSON schemas; layered reports; ten benchmark task specifications and four-condition experiment manifests. Start with geometry workflow, selection contracts, benchmarks and actual validation scope.
These capabilities do not certify all geometries or simulations. The local 6.4 run retains a failing laminar mass-balance benchmark; complex CAD/contact, mesh convergence and agent ablations remain unverified. Software correctness and scientific correctness are reported separately.
This server cannot be deployed
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