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About

I am a researcher developing finite element methods, their implementation and their application. I primarily work with the FEniCS project, both in its development and application.

Research interests

Scientific computing, finite element methods, automatic code generation, mathematical modelling, uncertainty quantification, parallel computing for large scale problems, mathematics for asset valuation.

Software

• FEniCS project (on GitHub): Generalised toolbox for computing the finite element approximation of solutions of partial differential equations.

• dolfin_dg: Utilities and tools to complement UFL for the automated formulation of discontinuous Galerkin discretisations.

• febug: Debugging finite element problems in DOLFINx and utility functions for plotting FE data.

• LEoPart: Particle functionality extension for FEniCS.

• GeoPart: Utility functions for LEoPart facilitating discretisation of geodynamics models.

• Mantle convection examples with DOLFINx: A collection of finite element models related to mantle convection, including thermal driven buoyancy and subduction zone deformation.

• Subduction zone forearc modelling: Thermal model of of subduction zone with internal friction.

• DOLFINx-MPC: Extension of DOLFINx supporting scalable assembly of \(K^\top A K\) systems for multi-point constraint (MPC) matrix \(K\).

CV

• July 2023-November 2023, Research Specialist, Carnegie Institution for Science.
• 2018-February 2023, Postdoctoral Fellow, Carnegie Institution for Science.
• 2015-2018, Research Associate, The University of Cambridge.
• 2012-2015, Ph.D. Mathematics, The University of Nottingham.
• 2011-2012, P.G.Dip. Mathematics, The University of Nottingham.
• 2009-2011, Finance sector, Vancouver, B.C.
• 2005-2009, M.Sci. Theoretical Physics, The University of Nottingham.