Prof John Thuburn
Telephone: 01392 725224
Extension: (Streatham) 5224
Geophysical Fluid Dynamics
Computational Fluid Dynamics
I would be happy to supervise self-funded PhD students on projects related to
- Numerical methods for weather and climate models
- Physics-dynamics coupling in weather and climate models
- Geophysical fluid dynamics
I am currently involved in teaching
MTH1003 Mathematical Modelling (tutorials)
MTH2005 Modelling: Theory and Practice (group project)
MTH3035 Mathematics Group Project (project supervision)
MTHM006 Mathematical Theory of Option Pricing (module leader)
as well as undergraduate and postgraduate projects.
I graduated from Cambridge with an MA and Certificate of Advanced Study in Mathematics. I then obtained a DPhil from Oxford for a project on middle atmosphere dynamics. I worked for 16 years at the Department of Meteorology, University of Reading, first as a postdoc on the UK Universities Global Atmospheric Modelling Project (UGAMP), later as a Lecturer then Reader.
In 2005 I moved to Exeter to take up a Chair in Geophysical Fluid Dynamics, jointly funded by the Met Office, a post that now comes under the Met Office Academic Partnership (MOAP). For over 20 years I have been collaborating closely with the Met Office Dynamics Research group on numerical methods for weather and climate models. The ENDGame dynamical core, on which I collaborated, has been used successfully in operational forecasting since 2014. I have also been involved in two major RCUK - Met Office collaborations: Gung Ho, to develop an atmospheric dynamical core suitable for future supercomputing architectures, and, ParaCon, to improve the representation of cumulus convection in the Met Office Unified Model.