Autonomous Ships - Evolutions and Technologies

Delfino Engine Dept.
1 hour and 16 minutes
Avg. rating 3.9

Autonomous Ships - Evolutions and Technologies

Delfino Engine Dept.
1 hour and 16 minutes
Avg. rating 3.9
  1. Introduction to Autonomous Ships

    Introduction to Autonomous Ships

    Participants will learn how Maritime Autonomous Surface Ships (MASS) use advanced technologies like AI, sensors and machine learning to operate with minimal human input. The lesson covers key benefits, such as enhanced safety and efficiency, with examples like the YARA Birkeland and Mayflower Autonomous Ship.

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  2. Navigation Technology and Sensors

    Navigation Technology and Sensors

    This lesson covers the essential sensor technologies used in autonomous ships, including radar, LIDAR, sonar and cameras, which provide a comprehensive understanding of the vessel's surroundings. It explains how sensor integration and data fusion work together to optimise navigation and address challenges like data redundancy and environmental interference, ensuring reliable and safe operations.

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  3. Operational Monitoring and Remote Control

    Operational Monitoring and Remote Control

    Learn the role of Remote Control Centres (RCCs) in overseeing autonomous ships and managing real-time monitoring, remote navigation, and emergency support. It highlights the importance of communication systems and fail-safe mechanisms for maintaining safety and continuous operation, even during communication disruptions or complex scenarios.

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  4. Emergency Protocols and Remote Monitoring

    Emergency Protocols and Remote Monitoring

    Emergency protocols for autonomous ships cover responses to mechanical failures, navigational hazards, extreme weather, cybersecurity threats and communication breakdowns. RCCs play a vital role in monitoring and intervening during emergencies, using automated responses, redundancy and coordination with external authorities to ensure vessel safety and stability.

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  5. Regulatory and Ethical Aspects

    Regulatory and Ethical Aspects

    Regulations for autonomous ships are evolving, with updates to SOLAS, the COLREGs and STCW. Leading countries like Norway, Japan and Singapore are setting new standards. Ethical concerns focus on liability, job loss, and safety while reskilling programs help seafarers adapt. Enhanced safety measures are essential for adoption.

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  6. Future Applications and Challenges

    Future Applications and Challenges

    Autonomous ships extend beyond cargo, playing key roles in environmental monitoring, offshore maintenance and SAR. They collect data, aid inspections and enhance emergency response with AI and advanced sensors. Future growth depends on evolving regulations and tech improvements, with early adoption in coastal areas. Gradual expansion towards fully autonomous fleets will follow advancements in AI, sensor integration, and national regulations.

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  7. Final Assessment

    Final Assessment

    We shall now test your knowledge on the information you have gained within this course.

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