Current research involves global atmospheric modelling .
Other research interests include numerical methods for conservation laws multidimensional upwind residual distribution schemes finite volume schemes in more than one dimension unstructured mesh TVD schemes discretisation of source terms adaptive mesh movement least squares methods for mesh movement modelling of coastal structures using AMR A list of my publications can be found here . I graduated in 1990 from the University of Cambridge with a B.A. Hons. in Mathematics and went immediately into industrial research, working for British Aerospace at their Hatfield site, developing and supporting their in-house suite of computational fluid dynamics software. The intention is to import relevant ideas from areas of computational fluid dynamics outside the meteorological community, with a view to improving the efficiency and accuracy of numerical weather prediction and climate models in both 2 and 3 dimensions. Past work has involved its application to the modelling of coastal engineering problems. They have been primarily designed for unstructured triangular meshes and move away from the process of solving one-dimensional Riemann problems at mesh edges so as to incorporate genuinely multidimensional physics into the numerical scheme.