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Personal profile

Research interests

I have broad research interests in interdisciplinary industrial and applied mathematics with a particular interest in complex nonlinear problems arising in real applications. Typically these involve the solution (analytically or numerically) of partial differential equations. A large amount of my work for the last ten years has been in numerical weather prediction and data assimilation in close collaboration with the Met Office (which I visit very frequently). My algorithms are now incorporated into the Met Office operational weather forecasting code where they have made a significant difference to their accuracy and received a Knowledge Transfer Award. I am also working on climate modelling using modern mathematical and computational methods and am actively involved in a number of international climate modelling networks, including CliMathNet which I co-direct and the Maths of Planet Earth programme. I also collaborate with the energy industry, the aerospace industry, the telecommunications industry and the food industry. Anywhere that maths can be applied is of interest to me.

Public Understanding of Science and Engagement

I believe very strongly indeed that the excitement and importance of mathematics and science should be communicated to as wide an audience as possible. I am actively involved in doing this, both in developing programmes with young people through my positions of Prof of Mathematics at the Royal Institution and my vice-presidentship of the Institute of Mathematics and its Applications, and in directing the Bath Taps Into Science Festival. My recent projects include two Citizen Science Projects in Climate Science and I am also working closely with Policy Makers involved in climate science. The latter has involved regular discussion/policy meetings with senior civil servants through the CliMathNet network, and also in running programmes on climate science with the British Science Association, the Science Museum and the Royal Institution.

Fingerprint Fingerprint is based on mining the text of the person's scientific documents to create an index of weighted terms, which defines the key subjects of each individual researcher.

mesh Physics & Astronomy
Partial differential equations Engineering & Materials Science
Moving Mesh Mathematics
Blow-up Mathematics
Partial differential equation Mathematics
Porous materials Engineering & Materials Science
Crack detection Engineering & Materials Science
Data Assimilation Mathematics

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Projects 2004 2018

Moving Meshes for Global Atmospheric Modelling

Budd, C.


Project: Research council

atmospheric modeling
atmospheric front
Time series
Construction industry
Climate change
Hot Temperature

Research Output 1996 2019

ARCHi: Automatic Recognition and Classification of Hip Fractures

Murphy, E., Gregson, C., Von Arx, O., Whitehouse, M., Budd, C. & Gill, H. 2018

Research output: Contribution to conferenceAbstract

X rays
Learning systems
Neural networks
Graphics processing unit

Optimal-transport-based mesh adaptivity on the plane and sphere using finite elements

McRae, A. T. T., Cotter, C. J. & Budd, C. J. 24 Apr 2018 In : SIAM Journal on Scientific Computing. 40, 2, p. A1121-A1148

Research output: Contribution to journalArticle

Open Access
Mesh Adaptivity
Optimal Transport
Finite Element
Mesh generation

The scaling and skewness of optimally transported meshes on the sphere

Budd, C. J., McRae, A. T. T. & Cotter, C. J. 31 Aug 2018 In : Journal of Computational Physics. 375, p. 540-564 25 p.

Research output: Contribution to journalArticle


Characterizing tipping in a stochastic reduced stommel-type model in higher-dimensions

Budd, C., Glendinning, P., Hill, K. & Kuske, R. 2017 Extended Abstracts Spring 2016: Non Smooth Dynamics. Columbo, A., Jeffrey, M. R., Lazaro, J. T. & Olm, J. M. (eds.). Birkhauser, p. 25-29 5 p. (Trends in Mathematics; vol. 8)

Research output: Chapter in Book/Report/Conference proceedingChapter

Higher Dimensions
Climate Modeling
Climate Models
Conceptual Model