I have 10-year experience in (in-situ) X-ray computed tomography, 3D microstructure characterisation and multiphysics modelling across different length scales of a variety of materials, with a particular interest in revealing the interplay between the microstructure, cell design and performance in electrochemical energy storage devices. Increasingly I am recognised as a leading, independent authority in this field – this is evidenced by my 52 publications and 12 first-authored high impact publications (h-index 22, 1428 total citations) including Energy & Environ. Sci. (impact factor:38.53, two papers in 2018 and 2021), Nat. Commun. (2020, ESI Highly Cited Paper; Editor’s Highlights) and Joule (impact factor: 46, 2020) , as well as 8 invited talks across different continents.

 

My research attracts industrial partners such as Ford Motors, Morgan Advanced Materials, Deregallera and Johnson Matthey for collaborations, and are used for marketing by Zeiss and Thermofisher Scientific. I was awarded a Measurement Fellowship by National Physical Laboratory (NPL) and ISCF in 2018. I won NPL Rayleigh Early Career Award in 2021. I am holding guest editor roles of the journal Batteries and Frontiers in Energy Research. I am also a guest reviewer of Nat. Commun., J. Power Sources, Cell Reports Physical Science, Science Bulletin, Electrochimica Acta and Energies etc.

​

​