Marine Engineering
( 25 Modules )

Module #1
Introduction to Marine Engineering
Overview of the marine engineering field, importance, and applications

Module #2
History of Marine Engineering
Evolution of ship design, propulsion, and engineering practices

Module #3
Marine Engineering Fundamentals
Basic principles of thermodynamics, mechanics, and materials science

Module #4
Ship Design and Construction
Principles of ship design, classification, and construction

Module #5
Propulsion Systems
Introduction to propulsion systems, types, and characteristics

Module #6
Diesel Engines
Principles, types, and applications of diesel engines in marine propulsion

Module #7
Gas Turbines and Steam Turbines
Principles, types, and applications of gas turbines and steam turbines in marine propulsion

Module #8
Electrical Systems
Principles and applications of electrical systems in marine engineering

Module #9
Control and Automation Systems
Principles and applications of control and automation systems in marine engineering

Module #10
Piping and Pumping Systems
Design, operation, and maintenance of piping and pumping systems

Module #11
Refrigeration and Air Conditioning
Principles and applications of refrigeration and air conditioning systems in marine engineering

Module #12
Wastewater and Bilge Systems
Design, operation, and maintenance of wastewater and bilge systems

Module #13
Fire Protection and Safety Systems
Principles and applications of fire protection and safety systems in marine engineering

Module #14
Marine Engineering Economics
Cost-benefit analysis, life cycle costing, and economic evaluation of marine engineering projects

Module #15
Marine Engineering Legislation and Regulations
Overview of international and national regulations governing marine engineering

Module #16
Ship Operation and Maintenance
Principles and best practices of ship operation and maintenance

Module #17
Condition Monitoring and Fault Diagnosis
Principles and applications of condition monitoring and fault diagnosis in marine engineering

Module #18
Renewable Energy and Sustainability
Applications of renewable energy and sustainable practices in marine engineering

Module #19
Marine Engineering Materials
Properties, selection, and applications of materials in marine engineering

Module #20
Corrosion and Protection
Principles and applications of corrosion protection in marine engineering

Module #21
Ship Performance and Optimization
Principles and methods of ship performance analysis and optimization

Module #22
Naval Architecture and Hydrodynamics
Principles and applications of naval architecture and hydrodynamics in marine engineering

Module #23
Marine Engineering Project Management
Principles and best practices of project management in marine engineering

Module #24
Case Studies in Marine Engineering
Real-world examples and case studies of marine engineering applications and challenges

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Marine Engineering career

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Marine Engineering ( 25 Modules )

Marine Engineering
( 25 Modules )