Jamie Foster
Co-I
Dr Jamie Foster is a Reader in Applied and Industrial Mathematics at Portsmouth University. His expertise are in applying modern mathematical and computational techniques to lithium-ion batteries with a particular focus on physics-based models describing electrochemistry and mechanics.
Jacqueline Edge
Project Leader
Dr. Jacqueline Edge is the Multiscale Modelling Project Leader at Imperial College London, working with Prof. Gregory Offer to ensure that the research is coherent and that the project delivers all promised outputs. She also leads the modelling work on sustainability and techno-economics of lithium-ion batteries.
Gregory Offer
PI
Professor Gregory Offer is the PI of the MSM project. Professor of Electrochemical Engineering at Imperial College London his research spans the interface between the science of how batteries work and the engineering of how to design the best products around them.
Giles Richardson
Co-I
Colin Please
Co-I
Prof Colin Please is an Emeritus Professor of Applied Mathematics at the Oxford Mathematical Institute. He works on physics-based Li-ion battery modelling including the many interactions between electrochemical, thermal and mechanical behaviour
Charles Monroe
Co-I, WP2 Leader
Roksana Jackowska
PhD
Roksana is a PhD Researcher at the University of Birmingham, where she works under the supervision of Professor Emma Kendrick on developing methodologies for the parameterisation of battery interfaces.
Julian Holland
Associated PhD
Julian Holland is a Faraday-aligned PhD researcher at the University of Southampton, where he works with Prof. Chris Skylaris on the atomistic modelling of battery materials including graphite nanoparticles and solid-electrolyte material LLZO.
Jacek Dziedzic
Research Associate
Jacek Dziedzic’s work on MSM focuses on methods for implicit solvation and their implementation in the ONETEP program for linear-scaling density functional theory calculations.
Carlos Garcia
Research Associate
Dr Carlos Garcia is a Research Associate at the Electrochemical Science and Engineering Group, Imperial College London. His research turns around electrochemical characterisation and rapid ageing, supporting the development of new and improved lithium-ion batteries.