Two fully funded PhD projects co-designed with industry partners, focusing on (1) driver behaviour under acute stress in collaboration with the UK Department for Transport, and (2) post-Games wellbeing and support for Invictus Games competitors with international veteran support organisations.
A fully funded PhD focused on modeling human driving behavior and performance limits to improve the safety and design of automated driving systems, using data-driven and computational methods in collaboration with industry.
A fully funded PhD focused on improving aerodynamic design and propulsion–airframe integration for high-speed aircraft, using advanced modelling and optimization techniques to reduce drag, enhance engine efficiency, and support sustainable aviation.
A fully funded PhD focused on liquid hydrogen (LH2) fuel systems for aircraft, developing integrated models to optimize storage and distribution, reduce vapor ingestion, and support net-zero aviation technologies in collaboration with industry.
A doctoral training program focused on decarbonising aviation through systems engineering, innovation, and industry collaboration, equipping researchers with skills to develop and scale net-zero aviation solutions.
A fully funded PhD focusing on developing a Digital Twin model for integrated passenger–freight transport and crowd shipping, using simulation, optimisation, and machine learning.
