Electromagnetic · RF · Thermal · CFD simulation

High-fidelity simulation for engineering
decisions.

Independent simulation consulting for power electronics, electric machines, PCBs and thermal design, in Ansys or open-source tools.

Typically responds within 24 hours · Slovenia, EU

8+ yearsEM & thermal simulation in industry R&D
Ansys EDTMaxwell · HFSS · Icepak · SIwave
Open sourceopenEMS · OpenFOAM · KiCad · ngspice
Physics firstReal physics models, accelerated with ML/AI where useful

01Services

Simulation across the full electromagnetic & thermal stack

0 dB−10−20E-plane gain

HFSS · openEMS

RF & microwave design

Antennas, S-parameters, filters.

frequency (log)|Z|target

SIwave · KiCad

PCB signal & power integrity

PDN, crosstalk, vias, EMI pre-compliance.

hotamb

Icepak · OpenFOAM

Thermal management

Board cooling, heatsinks, junction temperatures.

8-pole PMSM

Maxwell · FEMM

Electric machines

Motors, torque ripple, losses, demagnetisation.

frequency (log)dBµV/mlimit

HFSS · Maxwell · ngspice

EMC / EMI analysis

Emissions, shielding, IEC compliance.

simulatedpredicted

Python · PyAEDT

Automation & ML surrogates

Surrogates trained on real physics solves, for instant design exploration.

Commercial

Ansys Electronics Desktop

Maxwell, HFSS, Icepak and SIwave. The right fit when your team already holds licences, or your customers expect Ansys results.

Open source

No licence fees

openEMS, FEMM, OpenFOAM, KiCad and ngspice, scripted in Python. A good fit for startups and tight budgets, and every model and script is yours to keep and rerun.

02Approach

How an engagement runs

  1. 01

    Scope

    Define the question and the accuracy it needs.

  2. 02

    Model & verify

    Built from your geometry and data, sanity-checked before any result is used.

  3. 03

    Explore & optimise

    Map the design space and find the best trade-off.

  4. 04

    Deliver

    Report, models and scripts you can rerun.

03Selected work

Selected results

Every model is built on physics, with ML surrogates added where speed matters. Client work is anonymised.

Just for fun · Heat transfer + CFD + phase change

How fast does the ice water down your martini?

Ice melting, sinking meltwater, condensation on the glass, and the drink warming to room temperature, simulated from the first sip to the last.

Dr. Andreas Doukas
Dr. Andreas Doukas · Slovenia, EU

04About

The person behind the simulations

Chemical engineer & PhD physicist. Senior R&D / Lead Development Engineer in industry, also working independently on projects where physical rigour matters.

05Contact

Start a conversation

Tell me briefly what you're working on.

  • Reply within 24 hours
  • Confidential: client work is never named
  • Based in Slovenia, EU

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