The University of Glasgow, Scotland, UK. A world top 100 university

Autonomous Systems and Connectivity

We tackle multidisciplinary challenges to develop future technological capabilities that deliver uninterrupted connectivity that is interoperable between aircraft, helicopters, drones, future electric vertical take-off and landing vehicles, satellites, command centres and mobile units deployed on the ground or at sea.

Woman wearing hard hat assessing robotic equipment in warehouse

The Autonomous Systems and Connectivity Research Division, headed by Professor David Flynn, is actively engaged in research on autonomous wireless communication systems, focusing on self-organising networks and cognitive networks, as well as developing algorithms and technologies for the upcoming sixth generation of mobile technology (6G).

Our work contributes to the advancement of communication technologies that will enable more efficient, intelligent, and scalable networks for the future.

This research has fostered strong, multidisciplinary research clusters that cover the key areas within Autonomous Systems and Connectivity, ensuring a holistic approach that includes critical aspects of both communications engineering and computer science. Our collaborations also extend to other engineering disciplines, creating a dynamic and comprehensive research environment.

Head of Research Division

David Flynn

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Our impact and legacy

Our impact

Our interdisciplinary approach enables the provision of innovative and integrated solutions for the region and beyond. By combining expertise from communications engineering, autonomous systems, and related fields, we are helping to address complex challenges in sectors such as transportation, healthcare, and energy. Our research in 6G technologies and self-organising networks is set to play a pivotal role in shaping the future of smart cities and connected infrastructure, enabling more efficient, sustainable, and resilient urban environments.

Through collaboration with industry partners, public institutions, and other academic departments, we are ensuring that our innovations are not only theoretical but also highly practical and applicable to real-world scenarios. Our work is aimed at advancing wireless communications and autonomous systems to provide significant benefits to both the local economy and the global research community. By continually pushing the boundaries of technology, we strive to foster economic growth, improve societal well-being, and strengthen the University of Glasgow's reputation as a leader in cutting-edge research.

Our legacy

The University of Glasgow has been the home of Aerospace Research for over 70 years. This long-standing activity has culminated in the Division of Autonomous Systems and Connectivity having internationally recognised expertise in all areas of Aeronautics and Aerospace, Communication, Sensing and Imaging Systems, and Devices.

Industry and collaboration

We integrate academic research with real-world applications. Our work addresses key challenges in robotics and autonomous systems, enhancing resilience and reliability, particularly for offshore wind energy. We focus on improving safety and efficiency through robotics and AI, reducing the need for human presence in hazardous environments.

Our collaborations extend to wireless power transfer and sustainable electronics, contributing to innovations that support the Net Zero 2050 target. These partnerships drive advancements in the Internet of Things and healthcare, positioning us at the forefront of addressing both immediate and long-term technological challenges.

Our Research Clusters

We are actively looking to recruit new people for our diverse and inovative Research Clusters. Please contact specific clusters below for more information and ongoing position in your area of interest.