My research lies at the intersection of applied mathematics, numerical simulation, and marine engineering. I am primarily interested in the mathematical and computational modelling of complex physical phenomena, particularly in marine hydromechanics, computational fluid dynamics, structural mechanics, and multiphysics systems.

My recent work has addressed maritime and naval engineering problems, including hydrofoils, ship manoeuvring, mooring structures, sediment resuspension, and underwater vehicle hydrodynamics. More broadly, I have contributed to the development of numerical models for a wide range of applications, from granular flow and electroporation to cave formation, material characterisation, and propulsion systems.

Across these topics, my aim is to use advanced theoretical and numerical methods, as well as scientific computing, to connect rigorous mathematical modelling with real-world engineering challenges.