We use computational methods to study phenomena governed by the principles of solid and fluid mechanics and develop numerical methods to tackle complex engineering problems that cannot be solved via commercially available software. 

We aim to 

• Work at the forefront of development of computational methods for solid mechanics
• Develop new applications for our computational methods across the engineering disciplines and beyond

Areas of interest:

• Development of computational methods, and their application to structures, geotechnics, waves & fluid flow
• Development of optimisation techniques with applications in power grids and circuits and other inverse problems
• Application of Artificial Intelligence, Uncertainty Quantification and Machine Learning to engineering problems