Research themes

Aerodynamics research, vital for innovation in transport, green power and the built environment, is underpinned by world-class computational and experimental facilities.

Quieter skies, cleaner cities and healthier surroundings; our experiments with high-fidelity simulation and machine learning help us improve air quality and the built environment.

Using flight mechanics, bio-inspired design and autonomous robotics, we unlock new capabilities for aerial exploration, environmental monitoring and humanitarian response.

We support the design of efficient, safe aircraft components through the accurate prediction of structural loads and aerodynamic performance in different flow conditions.

We put the space in aerospace with expertise in instrumentation, mission design and spacecraft control using autonomous systems and robotics.

We develop analytical and experimental techniques to understand structural behaviour and control vibration in engineering systems.

We research low-carbon electrical systems, enabled by advanced, compact and highly efficient electrical machines and power electronic conversion.

We develop composite materials and technologies that support innovation across aerospace and other engineering sectors.