About Me
I am an Applied Mathematician and Research Fellow at the University of Warwick, where I work on physics-based battery modeling for the Faraday Institution’s Multiscale Modelling project. My research focuses on computational modelling of complex systems, particularly bubble dynamics and electrochemical processes, using analytical and numerical methods.
Much of my work has explored acoustic microbubble behavior near boundaries, with applications in biomedical and industrial settings. My PhD and subsequent research developed numerical methods to study these interactions, published in journals like Physics of Fluids, Ultrasonics Sonochemistry, and Journal of Hydrodynamics.
Now, I apply similar mathematical approaches to battery modelling, contributing to the PyBaMM open-source project. Whether studying bubbles or batteries, I aim to bridge theory and real-world challenges through computational tools.
Beyond research, I love teaching mathematics and computing, mentoring students, and collaborating across disciplines. I firmly believe teaching deepens understanding—it keeps me curious, always learning, and eager to push boundaries.
Current Focus
- Collaboration with WIAS for developing SEI models based on non-equilibrium thermodynamics
- Preparation to attend OBMS
- Preparation to attend BMC-BAMC 2025