Autonomous and Intelligent Systems
Find out about the work we do in this research area below.
Autonomous and Intelligent Systems is a dynamic research area focused on developing technologies that enable systems to operate autonomously, intelligently and safely in uncertain and dynamic environments.
Our research work in this area spans the fundamental theories and technologies underpinning autonomy and intelligence, as well as their novel applications across diverse domains such as intelligent transport, smart manufacturing, sustainable agriculture, and environmental monitoring.
The research in this area is highly interdisciplinary, bridging engineering, computer science, information science, and robotics to create advanced solutions for the future.
Our research activities
Our key aims in the Autonomous and Intelligent Systems research area are to:
- Develop Advanced Autonomous System Technologies: Develop and design theories and algorithms for autonomous systems, including control, perception, path planning, and decision-making functions for autonomous vehicles. Our focus is particularly on unmanned aerial vehicles (UAVs) and intelligent ground vehicles, including advanced driver-assistance system (ADAS).
- Ensure Safety in Autonomous Systems: Conduct research to develop robust contingency strategies that ensure the safe operation of autonomous systems in dynamic environments. Additionally, we focus on creating new techniques and procedures for the verification and validation of autonomous functions, providing assurance of their reliability and safety.
- Innovate Applications of Autonomous Technologies: Harness the recent advances of artificial intelligence and sensing technologies to develop application of autonomous system across various sectors. This includes intelligent mobility solutions, defense applications, sustainable agriculture, and environmental monitoring, demonstrating the broad potential and impact of these technologies.
Our research impact
The potential impact of our research is profound, offering advancements that could revolutionise numerous industries by improving efficiency, safety, and sustainability.
In transportation, our work could lead to safer, more reliable ADAS or autonomous vehicles. In agriculture and environmental monitoring, autonomous systems could enhance precision, reduce chemical inputs, and thus improve sustainability.
The interdisciplinary nature of our research ensures that we are at the cutting edge of innovation, with applications that are both practical and transformative.
