Simulation Services

We utilise the full, world-leading portfolios from Dassault Systèmes (SOLIDWORKS Simulation, SIMULIA Abaqus) and MSC Software (Nastran, Adams). We also use specialist tools like OptiAssist for composites and RAMSIS for ergonomics to ensure we have the best tool for every specific engineering challenge.

Many clients use our team to handle peak workloads, tackle highly complex problems that require specialist knowledge (such as non-linear or multi-physics analysis), or to provide a "second opinion" and independent validation of their internal results.

We also offer methods development to help you use your own software more effectively.

Yes. Every consultancy project concludes with a comprehensive technical report detailing the methodology, assumptions, results, and our expert recommendations.

We can also provide the 3D results files and the full simulation data if required for your own records.

Absolutely. We work to the strictest standards of data security and confidentiality—many of our clients operate in highly sensitive sectors like Defence, Aerospace, and Formula 1.

We are happy to sign Non-Disclosure Agreements (NDAs) before discussing project specifics.

Timelines vary based on the complexity of the study. A simple structural check might take a few days, while a multi-stage optimisation or fluid flow project could take several weeks.

We provide a clear estimate of timescales as part of our detailed project proposal.

Our focus is on Virtual Testing. Our goal is to reduce your reliance on physical testing by providing high-fidelity digital results.

However, we often work with clients to help define their physical testing protocols based on what our simulations identify as the most critical areas to monitor.

Standard FEA tells you if a design will work. Design Optimisation (including topology and shape optimisation) uses software algorithms to suggest the most efficient shape for a part based on your performance targets and manufacturing constraints - often resulting in organic shapes that are much lighter than traditionally designed parts.

To provide an accurate estimate, we usually need a description of the problem, the CAD geometry (if available), and the operating conditions (loads, temperatures, pressures, etc.).

Simply contact us, and one of our simulation engineers will guide you through the process.