The Copilot is an AI-assisted desktop application for GeoDict that helps R&D teams set up, run and analyse simulation workflows without having to handle every technical detail manually.

We are opening the Copilot to two or three R&D teams to apply it to real materials and simulation workflows.

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Operating GeoDict

GeoDict is powerful. Using it efficiently takes time.

Setting up simulations, choosing the right modules and parameters, running studies, processing results and turning workflows into something colleagues can reuse requires substantial experience.

The Copilot takes care of much of this operational work, so your team can focus on the material, the simulation question and the engineering decisions.

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Copilot workflow

Demo: FFP2 filter study

Four recordings from one session in the real application. An engineer asks whether finer fibres would filter better in an FFP2 meltblown layer, and the Copilot takes the question from study plan to team report.

1 · Study setup (3 min)

The engineer asks whether 6 µm fibres would filter better than 10 µm. The Copilot proposes a study and names its assumptions. After a “go ahead” it builds the macros and starts GeoDict.

2 · Team report (2 min)

“Make a report for tomorrow’s team meeting, with pictures of both webs.” The Copilot builds the report, and it opens by itself.

3 · Third fibre diameter (3 min)

“Add 8 µm and update the report.” GeoDict runs the third variant and the report reloads with three webs. On request, two charts show how fibre diameter changes permeability and efficiency.

4 · Chart change (1 min)

“Replace the pressure drop bar chart with a line plot over fibre diameter.” The chart is swapped and the report reloads in place.

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Application features

Reports and parameter studies

Before it builds a report, the Copilot collects the study data into tables. It reports what the runs gave and leaves the interpretation of the results to you.

A report opens as a page in a tab beside the chat. This one comes from a filter study of 18 FilterDict runs: two fiber diameters, three SVP targets and three face velocities. The buttons at the top pick one computed run, and the numbers and charts below follow the pick.

The bar under the page switches the report between four themes, design, print, contrast and cvt, and exports it to PDF, PowerPoint or Word. Charts and tables have a copy button. The Reports tab opens as a gallery of the reports in your project.

Custom geometry

Some structures have no GeoDict command behind them: a rope of twisted filaments, a battery particle of sintered grains. The Copilot builds them through GAD files and voxel manipulation.

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Data and models

Nothing has to leave the building. The Copilot is installed on your machine and drives your GeoDict. The AI model is your choice: Claude, any OpenAI-compatible API, a self-hosted model on your own servers.

The Copilot does not change how GeoDict performs the simulation. It uses validated building blocks to assemble and execute workflows.

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In my GeoDict project work I run parameter studies, build tailored workflows and do modelling for my clients. For eight years I have been developing my own tools for that. The Copilot builds on them. I use it in my daily work; tasks that took several days are now done in a few hours.

Tom Cvjetkovic, cvt engineering

Pilot projects

We are opening the Copilot to two or three R&D teams to apply it to real materials and simulation workflows. Bring a material or a simulation task you already work on, and see what changes when the software takes care of the mechanics.

Have a material or simulation task in mind? Write to tc@cvt-engineering.de.