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
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
Improving insights into the interaction and interdependencies between different risk, resilience and vulnerability indices
Graduated Controlled Atmosphere as innovative storage strategy to maintain nutritional and physiological quality of fresh produce
This research aims to support soil monitoring programmes at national scales with mathematical modelling
Realising the tools with which data can be transformed into information and knowledge
Satellite data supporting the management of Kenyan plantations by providing key information on tea growth stages
Developing autonomous systems inspection of aerospace structures using artificial intelligence approaches
This project aims to support the cost-effective management of new electrical loads at airports through novel governance frameworks
Making composites conduct electricity and heat in the through-thickness direction by embedding special conductive pins into them
