Advancing Automation, Clean Maritime and Sustainable Ocean Environments - MARS Group at UCL Mechanical Engineering
Seminar
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Date
18 Sep 2026
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Organiser
Department of Aeronautical and Aviation Engineering
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Time
10:30 - 11:30
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Venue
PQ304 Map
Summary
Abstract
This talk presents recent research developments from the Marine, Autonomy and Robotics Systems (MARS) Group at University College London, spanning marine autonomy, control, power and energy systems, fluid dynamics, and underwater acoustics. It highlights both the fundamental scientific challenges underpinning future maritime technologies and recent advances in modelling, sensing, decision-making, control, energy efficiency, and system integration. Through selected research outcomes and applications, the talk illustrates how multidisciplinary engineering approaches can enable safer, smarter, cleaner, and more autonomous marine systems.
Looking ahead, the talk will also explore opportunities for strengthening UK – Hong Kong research collaboration in intelligent transportation, robotics, maritime engineering, and related emerging technologies. Particular emphasis will be placed on the potential for joint research, researcher and student exchange, and collaborative innovation that brings together complementary expertise in autonomy, intelligent systems, advanced engineering, and sustainable transportation.
Speaker
Prof. Richard Bucknall is a Professor of Marine Systems in the Department of Mechanical Engineering at University College London (UCL), where he also serves as Head of Department and holds the prestigious Kennedy Chair in Mechanical Engineering. He has held several senior leadership roles within UCL, including Vice-Dean of Research for the Faculty of Engineering Sciences (2020-2023), Director of Research for the Department of Mechanical Engineering (2014-2021), and Chair of the Marine Research Group (2008-2014).
Prof. Bucknall is an internationally recognised expert in marine systems engineering, with research spanning a range of technologies that support the transition to more sustainable and intelligent transport systems. His work and research have focused on applied marine engineering solutions, including systems engineering design, low-carbon technologies for ships, and electrical propulsion systems across a variety of transport applications. He also has significant expertise in maritime autonomy and automation, as well as fuel cell and hydrogen technologies for future energy and transport systems. Through his research and leadership, he has contributed to advancing innovative engineering solutions that address some of the most pressing challenges facing the maritime and transport sectors today.
