Course Overview

The Certificate in Ship Technology programme provides participants with a practical understanding of the technologies, systems, and engineering principles that power modern ships and maritime operations.

The course explores key aspects of ship technology, including propulsion systems, navigation, automation, safety systems, and sustainable maritime innovations. Participants will gain insights into how engineering, operational efficiency, and technological advancements work together to support safer, smarter, and more reliable shipping operations.

Through interactive learning and real-world maritime examples, attendees will develop a stronger understanding of modern vessel systems and how ship technology contributes to operational performance, safety, and the future of maritime excellence.

Agenda

Day — 1 Introduction to Ship Technology

• Understanding ship hull structures, propulsion systems, power generation, and auxiliary machinery.
• Exploring onboard control, navigation, and communication systems.
• Introduction to shipbuilding materials and construction fundamentals.
• Understanding vessel performance limits and operational constraints.
• Exploring ship interfaces with ports, terminals, and maritime infrastructure.

Day — 2 Safety & Risk

• Understanding hazard identification methods and bow-tie risk analysis techniques.
• Exploring safety instrumentation, alarm systems, and warning technologies onboard vessels.
• Understanding failure modes, reliability assessment, and Reliability-Centered Maintenance (RCM).
• Managing risk logs and evaluating tolerability thresholds in maritime operations.
• Understanding assurance processes, classification requirements, and vessel certification standards.

Day — 3 Technical Aspects in Depth

• Exploring propulsion technologies and hybridization systems in modern vessels.
• Understanding electrical systems and power distribution quality management onboard ships.
• Examining automation technologies and integrated bridge management solutions.
• Understanding cargo handling systems across different vessel types.
• Exploring drydock operations, repair management, and vessel lifecycle extension strategies.

Day — 4 Green Ship Technology

• Understanding Energy Saving Devices (ESDs), hull coatings, and fluid dynamics for improved vessel efficiency.
• Exploring alternative energy sources and their deployment readiness in maritime operations.
• Understanding energy management systems and waste heat recovery technologies.
• Exploring emissions tracking, monitoring, and regulatory reporting requirements.
• Evaluating technology selection based on return on investment (ROI) and regulatory compliance.

Day — 5 Ops, Maintenance & Logistics

• Understanding Planned Maintenance Systems (PMS), spare parts control, and inventory management.
• Exploring condition-based and predictive maintenance strategies for vessel operations.
• Understanding underwater and topside maintenance activities and procedures.
• Managing logistics chains and supplier/vendor coordination in maritime operations.
• Developing technology strategies and operational development roadmaps for long-term efficiency.

Learning Outcomes

By the end of the Certificate in Ship Technology course, participants will be able to:

• Understand the structure, functions, and interconnections of major ship systems including propulsion, auxiliary machinery, and electrical distribution.
• Apply safety and risk management principles to technical and operational decision-making onboard vessels.
• Compare and evaluate different ship technologies and automation systems across various vessel types.
• Implement strategies to improve energy efficiency, reduce emissions, and adopt green maritime technologies effectively.
• Plan and manage maintenance, repairs, and lifecycle upgrades while integrating operational logistics and sustainability considerations.

Who Should Attend

This programme is designed for maritime professionals involved in ship operations, engineering, maintenance, and sustainability, including:

• Naval Architects and Marine Engineers
• Fleet Superintendents and Technical Managers
• Newbuild and Retrofit Project Teams
• HSEQ Managers and Operations Supervisors
• Maritime Professionals responsible for technology, maintenance, and sustainability strategies