Material Selection in Marine Engineering
( 28 Modules )

Module #1
Introduction to Material Selection in Marine Engineering
Overview of the importance of material selection in marine engineering, course objectives, and expected outcomes.

Module #2
Corrosion in Marine Environments
Understanding corrosion mechanisms, types of corrosion, and their impact on marine structures and equipment.

Module #3
Properties of Materials in Marine Environments
Review of mechanical, thermal, and chemical properties of materials relevant to marine engineering applications.

Module #4
Steel and Alloys in Marine Engineering
Properties, applications, and limitations of steel and alloys in marine engineering, including stainless steel, carbon steel, and high-strength steel.

Module #5
Aluminum and Aluminum Alloys in Marine Engineering
Properties, applications, and limitations of aluminum and aluminum alloys in marine engineering, including welding and fabrication considerations.

Module #6
Copper and Copper Alloys in Marine Engineering
Properties, applications, and limitations of copper and copper alloys in marine engineering, including corrosion resistance and galvanic interactions.

Module #7
Polymers and Composites in Marine Engineering
Properties, applications, and limitations of polymers and composites in marine engineering, including fiber-reinforced polymers and advanced composites.

Module #8
Coatings and Linings for Marine Applications
Types, properties, and applications of coatings and linings for marine structures and equipment, including paint, epoxy, and ceramic coatings.

Module #9
Cathodic Protection in Marine Engineering
Principles, design, and application of cathodic protection systems in marine engineering, including impressed current and sacrificial anode systems.

Module #10
Material Selection for Hull and Superstructure
Material selection considerations for hull and superstructure, including strength, durability, and corrosion resistance requirements.

Module #11
Material Selection for Piping and Valves
Material selection considerations for piping and valves, including pressure, temperature, and fluid compatibility requirements.

Module #12
Material Selection for Propulsion and Machinery
Material selection considerations for propulsion and machinery, including strength, fatigue, and corrosion resistance requirements.

Module #13
Material Selection for Offshore and Subsea Applications
Material selection considerations for offshore and subsea applications, including high-pressure, high-temperature, and corrosion-resistant materials.

Module #14
Material Selection for Marine Renewable Energy Systems
Material selection considerations for marine renewable energy systems, including tidal, wave, and offshore wind energy applications.

Module #15
Material Testing and Inspection for Marine Applications
Overview of material testing and inspection methods for marine applications, including non-destructive testing and certification requirements.

Module #16
Material Failure Analysis in Marine Engineering
Principles and methods of material failure analysis in marine engineering, including root cause analysis and failure prevention strategies.

Module #17
Sustainability and Environmental Considerations in Material Selection
Environmental and sustainability considerations in material selection, including life cycle assessment, recyclability, and end-of-life disposal options.

Module #18
Regulatory Frameworks and Standards for Material Selection
Overview of regulatory frameworks and standards for material selection in marine engineering, including ABS, DNVGL, and classification society rules.

Module #19
Economic and Cost-Benefit Analysis of Material Selection
Economic and cost-benefit analysis of material selection, including life cycle costing, maintenance, and repair considerations.

Module #20
Case Studies in Material Selection for Marine Engineering
Real-world case studies in material selection for marine engineering, including successes, failures, and lessons learned.

Module #21
Advances in Material Science and Technology for Marine Engineering
Overview of emerging material science and technology trends for marine engineering, including nanomaterials, advanced composites, and smart materials.

Module #22
Design for Decommissioning and Recycling in Marine Engineering
Design considerations for decommissioning and recycling in marine engineering, including design for disassembly and recyclable materials.

Module #23
Material Selection for Arctic and Ice-Going Vessels
Material selection considerations for Arctic and ice-going vessels, including low-temperature and ice-resistant materials.

Module #24
Material Selection for High-Speed Craft
Material selection considerations for high-speed craft, including lightweight and high-strength materials.

Module #25
Material Selection for Underwater Vehicles and Equipment
Material selection considerations for underwater vehicles and equipment, including corrosion-resistant and pressure-resistant materials.

Module #26
Material Selection for Ocean Energy Systems
Material selection considerations for ocean energy systems, including tidal, wave, and ocean thermal energy conversion applications.

Module #27
Material Selection for Desalination and Water Treatment Systems
Material selection considerations for desalination and water treatment systems, including corrosion-resistant and fouling-resistant materials.

Module #28
Course Wrap-Up & Conclusion
Planning next steps in Material Selection in Marine Engineering career

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Material Selection in Marine Engineering ( 28 Modules )

Material Selection in Marine Engineering
( 28 Modules )