My research focuses on fluid mechanics, aerodynamics, and computational fluid dynamics (CFD) with applications in the built environment and urban aerodynamics. I am particularly interested in the flow dynamics around bluff bodies, vortex shedding, turbulence, and wake interactions in complex geometries such as clusters of tall buildings.

My work involves the use of high-fidelity numerical simulations, including large-eddy simulations (LES), to investigate flow behaviour, turbulence structures, and aerodynamic forces in both smooth and turbulent inflow conditions. This research contributes to improving the understanding of urban wind environments, structural loading, and the resilience of tall-building clusters.

I am a Mechanical Engineering researcher and educator specialising in fluid mechanics, aerodynamics, and computational fluid dynamics (CFD). My research focuses on understanding complex flow phenomena around bluff bodies and urban structures, with particular emphasis on vortex shedding, turbulence, and wake interactions in clusters of tall buildings. Using high-fidelity numerical simulations such as large-eddy simulation (LES), my work contributes to improving the understanding of urban wind environments, structural loading, and the resilience of the built environment.

I previously worked as a Research Fellow at the University of Southampton on the EPSRC-funded FUTURE project (Fluid dynamics of urban tall-building clusters for resilient built environments), collaborating with academic and industry partners including RWDI, DSTL, and the City of London Corporation. My research has resulted in peer-reviewed publications in leading journals in fluid mechanics and heat transfer, and presentations at major international conferences.

Alongside my research, I am actively involved in teaching undergraduate engineering modules, supervising student projects, and developing experiential learning activities that integrate computational tools such as MATLAB and CFD simulations. My broader aim is to contribute to advancing sustainable and resilient urban environments through interdisciplinary research, industry collaboration, and high-quality engineering education.