🎓 Environmental Physics PhDs

Explore advanced numerical methods that leverage near-resonance theory to simulate complex nonlinear oscillatory PDEs efficiently. Develop parallel-in-time algorithms optimized for scalability and energy efficiency in h…

This research enhances computational approaches for simulating critical oscillatory PDEs used in fluid dynamics, weather prediction, and cl…

Develop parallel numerical methods informed by near-resonance theory to accelerate nonlinear oscillatory PDE models. Explore how fast oscillations influence long-term dynamics and optimize algorithms for high-performanc…

This research advances understanding and simulation capability of nonlinear oscillatory PDEs critical for fluid dynamics, weather, and clim…

This PhD quantifies single-turbine wake turbulence to improve understanding of flow physics, aerodynamic interactions, and impacts on downwind turbines, combining numerical simulation, data analysis, and model developme…

Funded PhD at the University of Edinburgh investigating wildfire risk and resilience in Scotland using mixed methods, modelling, and stakeholder analysis.