Arshad is developing high performance numerical solvers for coupled electromagnetic/thermomechanical problems, with application to the modelling of electric propulsion for aerospace applications. He is supported by an iCASE award in collaboration with Rolls–Royce plc.

Adeeb is building fast time-domain finite element solvers for nonlinear acoustics applications, including for treatment planning for theraputic high-intensity focused ultrasound. He is using high-order methods and creating accelerated GPU implementations.

Igor was as Postdoctoral Research Associate (2020–2024) working on the ASiMoV Project. He is now a Senior Accelerated Computing Architect NVIDIA.

Jørgen was as Postdoctoral Research Associate (2019–2022) working on the ASiMoV Project. He is now a Senior Research Engineering at Simula Research Laboratory.

Matthew was as Postdoctoral Research Associate (2019–2022) working on the ASiMoV Project. He is now a Research Fellow at University College London.

Nikhil investigated the use of SYCL for creating multigrid solvers that are portable across a range of GPU architectures.

Mehdi completed a PhD on automating extended finite element methods. He is now at ASML.

Kristian completed a PhD developing approaches that had a major impact on the efficiency of the FEniCS Project libraries, and in particular for generated code kernels. He is now a consultant at Rambol.

Dung completed a PhD on discontinuous Galerkin finite element methods for solving thin plate and shell problems. After his PhD, he returned to the Hanoi University of Civil Engineering.