I am currently a Lecturer in Plasma Physics at the University of York, based at the York Plasma Institute in the School of Physics, Engineering and Technology. Before taking up this role, I was a Junior Professor at the Ruhr University Bochum, Germany and undertook postdoctoral roles at the University of York and Ecole Polytechnique, France.
My research focuses on application-driven modelling of non-equilibrium plasmas, where I integrate advanced computational models with experimental validation to solve real-world challenges. A core strand of my work involves investigating complex plasma chemistry, particularly for high-precision semiconductor manufacturing, where advanced control over reactive species is essential for next-generation fabrication approaches.
Beyond microelectronics, I explore the fundamental physics and chemistry governing atmospheric pressure plasma systems of interest for applications in sustainable chemistry. Key strands include the interactions of plasmas at interfaces with solids and liquids and how they can be applied in areas such as plasma electrolysis. By bridging the gap between theoretical modelling and practical implementation, I aim to translate computational insights into solutions for applications for a range of current and emerging applications.
I have served on the Institute of Physics Computational Physics Group committee since 2024. I also sit on the European Physical Society Plasma Physics Division Board since 2025. I regularly serve as a peer reviewer for a variety of journals and have a range of teaching experience at undergraduate and postgraduate level, focusing on basic plasma science and computational methods.
