I aim to bridge the gap between physics-based energy storage models and system-level power generation models,
in order to identify and resolve inconsistencies in our current understanding of energy storage technologies for developing sustainable and efficient solutions.
Li-ion Battery | Renewable Hybrid Power System | Modeling & Simulation
Early Career Researcher | Science Slam Winner
Mayur joined the School of Energy Science and Engineering, IIT Kharagpur, as an assistant professor.
Mayur is a finalist for FameLab UK 2024 (science communication competition) Video Link
Mayur is invited for an oral presentation at the Advanced Battery Power Conference 2023, Aachen, Germany
A science communication training is conducted at LIYSF 2022. Mayur is the master of ceremony for the communication night. Trailer Video
Mayur is interviewed by the EURAXESS UK, British Council (LINK) Video
Mayur is interviewed by the Telegraph-Edugraph (LINK)
Joined Imperial College London as a Research Associate in Feb 2022.
"Travel Grant Award" by the Electrochemical Society (ECS) to attend the 236th ECS Meeting in Atlanta USA, 2019
“Swiss Science Slam 2019” winner organised by the Consulate General of Switzerland in Mumbai
"Best Presentation Award" at "Joint EPS-SIF International School on Energy 2019" organised by the European Physical Society & Italian Physical Society, Varenna, Lake Como, Italy
Post Doctoral Research Associate,
Dyson School of Design Engineering,
Email: bonkile.mayur@gmail.com
m.bonkile@imperial.ac.uk
Aim: My overarching aim is to make electrochemical energy storage technologies safe, affordable and long-lasting, which will be essential to achieving Net-Zero targets by decarbonising transport and the grid.
Vision: My vision encompasses multi-scale multi-physics modelling platforms that will bring together a broad set of skills from science and engineering, working innovatively alongside industry to deliver impact.
