Energy-efficient active vibration
Control of Helicopters
Advanced computing underpins everyday life across the globe in a way that affects us all. Our research seeks to understand, build, and apply human-agent collectives to symbiotically interleave human and computer systems with a view to realising the tremendous potential of intelligent systems whilst avoiding the pitfalls that come with dependence. We are using our world class scientists, engineers and facilities to develop the next generation of autonomous systems.
The following are value propositions relating to Autonomous and Advanced Systems. Click an image to read the full value proposition.
HAWK: hand and wrist kinematics
The only comprehensive 3D measure of dynamic human hand, wrist, finger function
Bio-inspired robots
Biological systems and the mechanisms, sensors and controllers to solve problems
Structronics
Advanced “smart” materials and structures with integrated sensors
Extreme nanostructures
Manufacturing techniques for smaller, faster, more powerful devices
PRiME project
Step change in holistic design methods and cross-layer system optimisation
Self-powered wireless sensors
Monitoring engine and gearbox performance from a range of sensors
Anti-friction coatings
Developing of tin sulphide as alternative to antimony sulphide
AETHER: tethered UAV
Low cost system solution for conducting persistent stare on a target
Distributed acoustic sensors
Uses integrated optical fibre as sensing element to measure acoustic vibrations
Integrated optical networked sensors
Optical sensors offering lightweight and highly sensitive solutions
Electric space propulsion
Enabling technology for commercial and scientific spacecraft
UAVs for commercial enterprise
Understanding the benefits of UAV technology for commercial firms