🎓 Energy Technologies PhDs
This fully-funded PhD focuses on developing advanced nanoparticle-reinforced polyurethane coatings to protect offshore wind turbine blades from erosion and environmental degradation. The project combines materials engin…
This PhD investigates how defects in zirconium alloy cladding of spent nuclear fuel propagate under oxidising conditions during dry storage, using advanced materials characterisation techniques and industrial collaborat…
Funded CDT PhD at University of Leeds using machine learning to optimise corrosion inhibitor formulations for CO₂-rich environments. Combines AI, fluidic high-throughput testing, and corrosion science to improve energy …
Fully funded PhD at Imperial College London focusing on molecular engineering of ion-conductive polymer membranes for advanced lithium and sodium batteries. Combines polymer synthesis, electrochemistry, and transport mo…
PhD at the University of Manchester focused on developing advanced solid-state materials for hydrogen storage. Combines materials engineering and chemistry to improve storage efficiency, safety, and performance for clea…
Funded PhD at the University of Greenwich developing physics-informed AI to predict failure in solid-state batteries using X-ray imaging, simulations, and generative models.
Fully funded PhD at Cranfield University on MOF-based carbon capture combining experimental work and CFD modelling to develop scalable industrial decarbonisation solutions.
PhD project focused on developing advanced parameterisations of offshore wind turbine wakes for oceanographic models, combining CFD simulations and marine modelling to understand environmental impacts of large-scale win…
A fully funded 3.5-year PhD at UCL investigating steel recycling, scrap quality, and recycling technologies to improve electric arc furnace steelmaking in UK, US, and EU contexts.