
Rohit Rungta
Associated PhD
Rohit Rungta is a DPhil candidate at the University of Oxford supervised by Prof. Charles Monroe. His research interests include electrolyte characterization and modelling.

Vinayak Kulkarni
Associated PhD
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Jon Sansom
Research Associate
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Yoana Grudeva
Research Associate
Dr Yoana Grudeva is a research fellow at the University of Portsmouth, where she works with Dr Jamie Foster on physics-based Li-ion battery modelling and phase change.


Kawa Manmi
Research Associate
Dr. Kawa Manmi is a research fellow at the Mathematics Institute of the University of Warwick, where he works with Dr. Ferran Brosa Planella on physics-based Li-ion battery modeling. His research specifically focuses on understanding the growth of the solid electrolyte interphase (SEI) layer.


Catherine Folkson
Associated PhD
Catherine Folkson is a PhD student within the Mechanical Engineering Department and is supervised by Dr Monica Marinescu and Prof. Gregory Offer. Catherine’s research focus is on physics-based modelling of the degradation of Li-ion batteries at extreme temperatures (<10°C and >50°C) to understanding the impact on battery operation and lifetime.


Thomas Holland
Associated PhD
Thomas Holland is a PhD student at the Department of Mechanical Engineering, Imperial College London, where he works with Dr Monica Marinescu and Prof. Gregory Offer on reduced-order Li-ion battery modelling, understanding of battery degradation and diagnostic methods.


Andrea Giudici
Research Associate
Dr Andrea Giudici is a Post Doctoral Research Associate at the Mathematical Institute at the University of Oxford where he works with Prof. Jon Chapman and Prof. Colin Please on the mechanical modelling of Li-ion batteries. He focuses on understanding how mechanics affects both the electrochemistry and degradation process of batteries.


Mark Blyth
Research Associate
Mark Blyth is a research associate at the University of Bristol. He works with Dr Alastair Hales, to produce computationally efficient battery models that explicitly capture inhomogeneities.




Brad Ayers
Associated PhD
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