We use Ansys HFSS and related tools to simulate how electromagnetic fields move through products – from boards and cables to antennas and enclosures. The aim is to spot interference, signal integrity and performance issues early, before hardware is built.
Designs where high-frequency behaviour matters: wireless devices, radar and sensing systems, high-speed digital boards, RF modules and densely packed electronics. Simulation provides a way to explore field behaviour and coupling paths before committing to layouts or enclosures.
HOW WE COLLABORATE
HFSS is a 3D field solver that complements lab testing and compliance work. We use it to support design and pre‑compliance, not as a replacement for standards or measurements, and keep models as simple as they can be while still answering the question.
High-Frequency Structure Simulation
The examples below mirror the themes from your HFSS pillar and typical industrial use of high‑frequency EM simulation.
If your product includes antennas, high‑speed electronics or tight EMC requirements, HFSS‑based simulation can help structure design decisions and pre‑compliance work.
We can start with one board, antenna or enclosure and grow from there.
High-Frequency Structure Simulation
The approach mirrors our other simulation practices, with an emphasis on modest claims and traceable steps.
Define the product, frequency ranges, interfaces and target standards or performance metrics.
Agree which parts of the geometry need 3D EM treatment and which can stay at circuit level.
Set expectations on accuracy and how simulation will complement lab testing.
Document assumptions, boundaries and solver choices in everyday language.
Provide field plots and metrics alongside concrete layout, shielding or placement recommendations.
Where useful, hand over HFSS projects so your team can iterate designs independently.
Curious Whether HFSS Is A Fit? Share a short description or sketch of your system and we'll respond with an informal view on applicability, effort and likely value – before you commit to a full project.
A sample of engagements across our sectors. More case studies are being prepared as current programmes reach a publishable stage.
Conjugate heat-transfer simulation of a submarine mast assembly, validating thermal margins for embedded electronics under sustained operational loads.
Multiphase CFD study of an advanced filtration system for ERIKS UK's Expel range, characterising pressure drop and flow uniformity across duty conditions.
Delivered a CFD-driven HVAC cooling assessment that verified system redundancy, optimized cooling performance, and ensured reliable operations.
Discover how AI-driven engineering simulation and multiphysics solutions solve complex challenges across defence, aerospace, marine, and industrial sectors.
