Advanced Digitalisation in Shipping: Applications and Strategies

Delfino Engine Dept.
1 hour and 42 minutes
Avg. rating 4.0

Advanced Digitalisation in Shipping: Applications and Strategies

Delfino Engine Dept.
1 hour and 42 minutes
Avg. rating 4.0
  1. Data Transmission and AI Systems in Shipping

    Data Transmission and AI Systems in Shipping

    In this lesson, students will explore the key data transmission systems used in modern shipping, such as Wi-Fi, Ethernet, and satellite communications (Iridium, Inmarsat, VSAT). Additionally, they will learn about AI systems, including autonomous and assistive configurations, focusing on how AI algorithms and machine learning enhance decision-making, predictive maintenance, and operational efficiency onboard ships.

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  2. Power Supply and IoT Systems in Maritime Operations

    Power Supply and IoT Systems in Maritime Operations

    Students will understand emergency power systems like UPS and generators, IoT sensor integration, and the role of wired Ethernet, Wi-Fi 6, and satellite communications in ships. They’ll also explore the use of edge processing and cloud systems for data management, with real-world examples illustrating improved operational efficiency.

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  3. Middle Course Assessment

    Middle Course Assessment

    We shall now test the knowledge you have gained in the first half of the course.

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  4. Cloud Systems and Communication Protocols in Shipping

    Cloud Systems and Communication Protocols in Shipping

    Explore how cloud systems centralise ship data for real-time monitoring and analysis. Understand private, public, and hybrid cloud setups, along with key protocols like VPN, SSL, and MQTT, supporting secure and efficient data transmission. Real-world examples demonstrate their practical use in maritime operations.

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  5. Autonomous Shipping and Redundant AI Systems

    Autonomous Shipping and Redundant AI Systems

    This lesson explains how autonomous AI systems make real-time decisions in shipping, using machine learning and deep learning models. It highlights the importance of sensor data and redundant AI systems to ensure safety and reliability. The lesson also covers the role of failover systems and riding teams in managing emergencies when primary systems fail.

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  6. Cybersecurity and AI-Based Ship Operations

    Cybersecurity and AI-Based Ship Operations

    Explore key cybersecurity systems like IDS, IPS, and firewalls, which safeguard ship networks from cyber threats. Learn how these systems detect, prevent, and block attacks in real-time, ensuring secure operations. Different types of firewalls, including next-generation firewalls, are covered to highlight their role in protecting ship AI systems and IoT.

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  7. Current and Future Regulatory Framework for Autonomous Shipping

    Current and Future Regulatory Framework for Autonomous Shipping

    Autonomous ships are driving updates to SOLAS, COLREG and STCW. Future amendments will focus on safety, collision avoidance, remote operator certifications, and enhanced cybersecurity to align with evolving technologies and operational needs.

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  8. Final Course Assessment

    Final Course Assessment

    We shall now test your knowledge gained from the whole course.

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