Artificial intelligence and machine learning research
We explore the two-way relationship between natural and artificial intelligence and modelling, constructing, evaluating and understanding complete systems.
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We explore the two-way relationship between natural and artificial intelligence and modelling, constructing, evaluating and understanding complete systems.
We are working on aspects of biodevices both at individual component and whole-systems level. We take a co-design approach to research to increase impact.
Our Centre is investigating and innovating the electrical recordings of cell signals, in particular neurons, cancer cells and microalgae.
Biosensors involve different elements from separate disciplines. Our Centre brings together research expertise spanning all aspects of biosensors development.
Our research focuses on conventional control techniques, plus the practical challenges and methods of navigation, guidance, and communications.
We aspire to take a co-design approach to our research, working with and engaging society to develop better autonomous systems for the people who use them.
We are investigating and innovating deployment of autonomous systems in the field.
We are developing rehabilitation and assistive robots for disabled population to help them restore motor function and regain independence in daily lives.
Robots and autonomous platforms involve many elements from separate disciplines. Our researchers come together to work on these different aspects.
We investigate different aspects of sensors, both at individual component and whole-system levels.