Andreas Dedner

Andreas Dedner is an Associate Professor at the University of Warwick's Department of Mathematics, serving as Director of Studies for the MASDOC Doctoral Training Centre and a core developer of the DUNE Project. His work focuses on numerical analysis, scientific computing, and higher-order methods for nonlinear evolution equations, with applications in geophysical flows, magnetohydrodynamics, and software engineering. He leads research on discontinuous Galerkin methods, grid-based numerical schemes, and parallel computing.

He has organized numerous workshops, including the Dune School at Warwick (2012) and conferences on geometric multigrid methods. His software contributions include the DUNE-FEM module and ALU-Grid Library, emphasizing efficient adaptive grid techniques and parallelization. Key research grants include EPSRC projects on finite element methods and NERC-funded weather modeling initiatives.

His research spans computational fluid dynamics, surface PDEs, and interdisciplinary applications like radiation magnetohydrodynamics. Recent publications address stabilization techniques, virtual element methods, and coupled flow models. Dedner’s work bridges theoretical analysis with practical software development, impacting both academic and applied scientific computing landscapes.