Adam Sobey
Mission Director for Sustainability
The Alan Turing Institute
My interests
Logistics
Materials & Components for Vessel Design/Build
Superyacht
Vessel Design & Build
Autonomous & Remote-Operated Vessels
About the Moderator
Adam Sobey is Mission Director for Sustainability at The Alan Turing Institute, the UK’s National AI and Data Science Institute, and Chair of Data-Centric Engineering in the Maritime Engineering Group at The University of Southampton. He also acts as a Non-Executive Director at Theyr Ltd, a Voyage Optimisation Software provider to the marine industry, and AQ Live, providing data/AI assurance. His research focuses on the development of Reinforcement Learning, Evolutionary Computation and Machine Learning in the context of engineering applications, predominantly for emissions reductions. Through this he has developed a number of products saving emissions and has been engaged in the development of standards to support safety.
Matchmaking Information
Attending
Moderator's Sessions (1)
Date
Session
Conference Room 1
Autonomy in the Real World: Uses, Savings and Setbacks
How can autonomy deliver real commercial value in live maritime operations today?
Autonomous and semi-autonomous systems are now operating in live maritime environments, but commercial outcomes vary by application and operating conditions. This session focuses on where autonomy is delivering real cost or efficiency gains, the operational challenges encountered in service, and understanding where we are in regards to classification and regulation. Speakers will share applied experience to help operators assess whether autonomy can deliver value today and what is required to deploy it safely and commercially.
Commercial resilience and operational performance are central themes across the 2026 programme. These free-to-attend, bite-size sessions focus on where emerging technologies and operational choices are delivering measurable value in service.
Drawing on real-world experience, sessions will explore the commercial realities of autonomy, the performance and risk profile of different propulsion systems, and how vessel operations and infrastructure can adapt to evolving offshore wind market conditions.
Autonomous and semi-autonomous systems are now operating in live maritime environments, but commercial outcomes vary by application and operating conditions. This session focuses on where autonomy is delivering real cost or efficiency gains, the operational challenges encountered in service, and understanding where we are in regards to classification and regulation. Speakers will share applied experience to help operators assess whether autonomy can deliver value today and what is required to deploy it safely and commercially.
Commercial resilience and operational performance are central themes across the 2026 programme. These free-to-attend, bite-size sessions focus on where emerging technologies and operational choices are delivering measurable value in service.
Drawing on real-world experience, sessions will explore the commercial realities of autonomy, the performance and risk profile of different propulsion systems, and how vessel operations and infrastructure can adapt to evolving offshore wind market conditions.


