ENGYS leverages open-source technologies to develop cutting edge solutions for computational fluid dynamics (CFD) and design optimisation. We offer a wide range of computer simulation software products and services to solve industrial scale engineering problems.

Our Products

HELYX

Open-source CFD for Enterprise

Comprehensive general-purpose CFD software solution for engineering analysis and design optimisation based on an advanced open-source simulation engine developed by ENGYS using OpenFOAM technology.

ELEMENTS

Advanced CFD for Automotive Design

Groundbreaking open-source based CFD software solution for external aerodynamics analysis and vehicle design applications, including UHMT, HVAC, aeroacoustics, soiling & water management, powertrain, ICE...

HELYX Add-ons

Specialised CFD Solvers for HELYX and ELEMENTS

Extend the capabilities of HELYX and ELEMENTS with our specialised extension modules and state-of-the-art add-on CFD solvers, including continous adjoint optmisation, hydrodynamics ship analysis, block-coupled solver...

HELYX-OS

The Open-source GUI for OpenFOAM

Open-source Graphical User Interface (GUI) developed by ENGYS to operate and control natively the standard CFD utilities and solvers delivered with the OpenFOAM libraries.

NAVPACK

NAVPACK AI-Powered Engineering Solution for Real-Time Innovation

NAVPACK is an advanced AI-accelerated engineering solution designed to transform your engineering workflows. NAVPACK harnesses the power of artificial intelligence to provide real-time predictions and streamline engineering processes.

Our Services

Applications

Latest News & Events

23rd May 2024

7th French/Belgian OpenFOAM® Users Conference

Come and Meet us!
13th June 2024

CO2 Reduction Conference For Transportation Systems

Come and Meet us!
18th December 2023

ENGYS® Releases HELYX® Version 4.1.1

Read More…
18th December 2023

Streamline Solutions Launches ELEMENTS Version 4.1.1

Read More…
4th October 2023

ENGYS Partners with NAVASTO to Offer New AI-Powered Solutions for CFD Design

Read More…