This project aims to enhance the UK aviation system by developing a computational model to simulate airport closures and aircraft diversions
Securing critical national networked infrastructures using physics driven digital encryption.
Developing NetZero AI for future communication networks
This project conducts structural tests on the full-scale A320 wing and pylon to understand their response to modal and static loading
Increasing the safety of aircraft and reducing maintenance costs
Intersubjective AI-driven multimodal interaction for advanced user-centric human robot collaborative applications
The aim of this project is to achieve a 30% mass reduction target by exploring and developing optimised hybrid materials and structures
Developing and optimising processing for an industrially relevant structural carbon-carbon composite component manufactured via the pyrolysis method
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
In an age of emerging disruptive crises and technologies, understanding influence in traditional and online societies is critical to defence and securities.
NIFTI aims to advance the state of the art in non-intrusive inlet flow distortion measurements for modern, civil aero-engines
Addressing key aspects of aero-engine installation and integration for future UHBR engines
Developing risk models for unmanned aircraft operations, linking hazards to severity and probability
Developing a robotic system capable of adaptive responses based on human emotions and gestures
