Find out about our upcoming webinar series on brain-computer interfaces and how you can attend.
Professor Cuntai Guan will start the discussion by combine the latest deep learning technology and brain-computer interface motion imagination paradigm.
Professor Thorsten O Zander will begin his discussion with the topic passive brain‐computer interfaces
Professor Blaise Yvert will begin the discussion with the topic 'cortical speech activity dynamics and decoding for rehabilitation'
Our research expertise spans six core themes.
We explore the two-way relationship between natural and artificial intelligence and modelling, constructing, evaluating and understanding complete systems.
Our Centre for Autonomous Robotics (CENTAUR) is investigating and innovating control of autonomous robotics.
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.
We are developing robotic platforms and infrastructure.
Our research in the Centre for Autonomous Robotics (CENTAUR) investigates different aspects of sensors, both at individual component and whole-system levels.
Find out more about our core and affiliated staff in the Centre, as well as how you can take advantage of our expertise.
We are academics who bring together research expertise in robotics spanning engineering and science.
Find out about our undergraduate, postgraduate taught and research degrees.
Find out about the undergraduate courses we offer related to robotics, engineering, computer science and artificial intelligence.
Find out about postgraduate taught degrees in robotics, autonomous systems, mechatronics and machine learning.
Find out more about our PhD programme.
Train to be part of the next generation of specialists with expertise in AI, its applications and its implications.
Our CDT goes beyond the traditional engineering disciplines to bring together students from backgrounds in sciences, mathematics and social sciences.
We are taking research beyond the lab to develop a new generation of smart, flexible, robust and interconnected robotic systems fit for use in the real world.
We are taking an interdisciplinary approach to research in autonomous robotics. We are developing technologies and techniques that improve robotic hardware and software. And we are investigating how we can use these techniques to address social, economic and industrial challenges. By bettering our scientific understanding, we aim to achieve real-life impact in autonomous robotics.
If you have any questions about our research, courses we're associated with or how you can work with us, get in touch.