iD-FRe2S develops the combined use of UAVs and AI to better identify the impacts of flooding and facilitate clean up and recovery
A ground-breaking technology poised to revolutionise the future of life support systems
Exctending potato tuber storage life while preserving quality under various storage conditions by the application of weak magnetic fields
Intersubjective AI-driven multimodal interaction for advanced user-centric human robot collaborative applications
Developing a UK-Singapore roadmap for net zero aviation, aligning with the Green Economy Framework (GEF) and Jet Zero strategy
The 2050 Greenhouse Gas Accounting Living Lab
The aim of this project is to achieve a 30% mass reduction target by exploring and developing optimised hybrid materials and structures
Optimising a casting method for the production of lead sheets
The Lithium-Sulfur Technology Accelerator
LOCESA aims to model the energy demands from the use of hydrogen and electricity from now until 2050
Developing and optimising processing for an industrially relevant structural carbon-carbon composite component manufactured via the pyrolysis method
The options, feasibility and impact of managing lowland peat for reduced greenhouse gas emissions
Development of nanoparticulate luminescent downshifting (LDS) films to improve the efficiency of new and existing solar photovoltaics
Developing a business model to schedule and optimise EV fleet charging and use
Investigating drought impacts on small-scale farmers in South Africa and Morocco
