Control, navigation, robotic perception and machine learning for autonomous aerial and ground vehicles, taken from theoretical foundations to field deployment with our industrial partners.
LUCAS is a specialised research group focusing on autonomous systems and mobile robotics, spanning control theory, navigation, robotic perception and machine learning, from theoretical foundations to field deployment. Comprised of both students and research professionals, LUCAS has strong links to many industrial partners and primarily works on research for unmanned applications.
In addition to industry-backed research, a large part of LUCAS is post-graduate study, allowing for investigation into areas not currently commercially explored. We are part of the Department of Aeronautical and Automotive Engineering.
Research in LUCAS is of a significant interdisciplinary nature across engineering, computer science, transport, agriculture and the environment.

Control theory and automation for autonomous aerial and ground vehicles, taken from theoretical foundations through to deployment on real platforms with our industrial partners.
Publications in this area →
Estimation, multi-target tracking and sequential decision-making under uncertainty, for single robots and multi-robot teams, supporting situational awareness and autonomous operations.
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Robotic perception, computer vision and machine learning for localisation, mapping and semantic segmentation in challenging real-world settings such as orchards and crop fields.
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Autonomous exploration and mapping of environmental signals such as gas (CBRN) releases, with robots that consider both information and exploration objectives along each trajectory.
Publications in this area →A selection of the largest live research programmes at LUCAS, spanning doctoral training, precision agriculture and industry field deployment.
A European doctoral network training the next generation of researchers in artificial intelligence and sensor fusion for sustainable agricultural robotics. The Loughborough award is funded through the EPSRC Horizon Europe guarantee, with Prof. Cunjia Liu as principal investigator.
Digitally scanning fruit trees in fine detail to generate precision dosing maps for blossom and fruit thinning, fertiliser, growth regulation and crop protection, together with more accurate yield forecasts for growers. LUCAS contributes the robotics and autonomy expertise behind the in-orchard platforms.
Developing a horticulture-specific robotic autonomy system: robust navigation from low-cost sensors, safe operation alongside human workers, and integration with existing growing infrastructure to future-proof horticulture businesses.















Journal and conference papers from the group's academics over the last three years, together with a selection of the group's most influential earlier work. Click any entry for the published version.
We are always looking for passionate new students (PhD and MSc/MEng) and post-docs to join the team.
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