Lecturer in the Department of Mechanical Engineering at the University of Bristol. Research and teaching based primarily around batteries. A member of the Electrical Energy Management Group.

PROJECTS:
Research England Policy Support Fund (Principal-Investigator): Battery Thermal Management: 06/22 - 07/23
Royal Society Research Grant (Principal-Investigator): Battery Thermal Management for Aviation Applications (BATMAA): 04/22 - 09/23
EPSRC IAA Net-Zero (Principal-Investigator): Use of phase-change materials for thermal management in battery flight: 01/22 - 06/22
Faraday Industry Fellowship (Principal-Investigator): Common Modelling Framework for Battery Model Parameterisation: 10/21 - 03/23
EPSRC IAA: Commercialisation of Battery Model Parameterisation Techniques from Imperial College London: 06/21 - 03/22
Faraday Institution ACROBAT (CoI): 04/21 - 08/21
Faraday Institution TOPBAT (Co-Investigator): 07/20 - 03/21
Innovate UK BATMAN: 04/18 - 06/21
Innovate UK Isothermal Control Platform development: 06/19 - 06/21
Innovate UK Isothermal Control Platform feasibility study: 04/18 - 04/19

BACKGROUND:
Completed a PhD in Mechanical Engineering at the University of Bristol in 2016, specialising in transient heat transfer and non-destructive diagnostics of multiphase flows. Worked for SUEZ Advanced Solutions UK, designing equipment closely linked to his PhD topic, and as a Research Associate at Queen Mary University of London, modelling convection cooling capabilities of low powered air-moving devices. Spent 3.5 years in the Electrochemical Science and Engineering at Imperial College London, before moving to University of Bristol to take a lectureship in August 2021.