The next generation of electronic technology will be smaller, faster and smarter than ever before. Our research into intelligent systems and nanoelectronics is driving this revolution.
Much of our research links engineering with nature. Inspired by biological processes, we create electronic, robotic and computational systems with artificial intelligence and emergent behaviour. We also develop and apply machine learning to characterise and understand medical signals, autonomous systems and fault tolerance.
This systems-level research is underpinned by our fundamental studies into the next generation of innovative nanoelectronic materials and devices, including bio-molecular electronic systems and spin-based electron devices.
Our work is supported by world-class facilities, including:
- Bio-inspired Systems and Technologies (BIST) hardware lab
- Intelligent Robot Laboratory
- Cleanroom for fabrication of electronic devices
- Bio-inspired technologies wet-lab
- Ultra-high vacuum molecular beam epitaxy laboratories
Adaptive devices and architectures
Adaptive devices and architectures offer much for the future of complex system design.
In this area we focus on the integration, detection and manipulation of biological materials using electronic devices.
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We offer MSc courses in Digital Systems Engineering and Intelligent Robotics.Explore our courses