Get the rest of your day back.

Fermi helps thermal engineers move from messy CAD to useful simulation results in minutes, with live browser previews of the simulation workspace.

Product previews
Open the simulation workspace, not a screenshot.

These embedded examples use public Fermi share links so teams can inspect the model context, setup, and results directly from the marketing page.

Power electronics enclosure

Review a shared thermal case in the browser: model context, setup state, and simulation workspace together.

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Thermal airflow study

Inspect a second live workspace showing how a simulation artifact can be shared without passing around solver files.

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Workflow
From messy CAD to thermal insight.

Fermi keeps the setup path short so engineers can spend more time testing assumptions and improving the design.

01

Submit geometry and automate cleanup

Start from enclosure CAD, a board layout, a thermal assembly, or an existing mesh. Fermi removes nonessential detail, identifies thermal regions, and prepares the model for simulation.

02

Set up the case

Reusable templates to handle materials, heat loads, fans, boundary conditions, and solver configuration.

03

Run and compare

Launch studies, compare design variants, and see whether a geometry change actually improves the thermal path.

04

Interpret the result

Get bottlenecks, likely causes, sensitivities, and recommended next checks instead of another raw plot dump.

Why Fermi
Simulation setup is consuming the engineering day.

Engineers spend too much time moving between CAD, meshing tools, solver settings, scripts, screenshots, and status windows.

By the time the model finally runs, there is less time left for the part that matters: deciding what to simulate, what the results mean, and what to do next.

You became an engineer to understand how things work. Not to wait on brittle desktop software, rebuild setup steps after every geometry change, or spend hours on manual CAD cleanup and meshing. Fermi automates the operational work around simulation so engineers can spend more time on engineering.

Alternatives
Fermi competes with the ways simulation gets avoided.
Default pathWhat it costs
External consultanciesOutsources the learning loop your engineering org should own.
Waiting to hire more specialistsSlows the team down while the talent pool remains limited.
Manual CAD-mesh-solver workflowsBurns senior engineering time on operational work instead of thermal reasoning.
Skipping simulationFeels faster until failures, delayed launches, and expensive physical iteration arrive.

Fermi is the internal workflow layer for teams that want simulation to become a repeatable design habit.

A 30-minute working session
Get the rest of your day back.

Walk us through your geometry, and we'll schedule a working session around your actual validation criteria. If Fermi fits your use case, we'll proceed to a paid deployment with your team.

Step 1

Submit your use case.

Geometry or assembly files are optional. If the geometry is sensitive, request an NDA before review.

Best first pilots use one active enclosure, board, battery module, or cooling design with a concrete thermal decision.

Step 2

Book the working session.

Pick a time to confirm fit, inputs, constraints, and what the 14-day pilot should prove.