Our research
Computational methods
We develop and apply cutting-edge computational methods to tackle complex engineering challenges. Our expertise spans computational fluid dynamics, solid mechanics, turbulence modelling, materials modelling, and high-fidelity simulation. We also advance emerging techniques such as AI-driven modelling, digital twins, and high-performance computing.

Real-world applications
Our research drives innovation across diverse sectors, from low-carbon energy and bioengineering to transport, infrastructure, and environmental resilience.
By combining computational science with industry partnerships, we deliver practical solutions to real-world challenges that improve safety, efficiency, and sustainability across multiple disciplines.

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Interested in our work?
Contact us to learn more about our projects and specialisms.