Module #1 Introduction to Marine Propulsion Overview of marine propulsion systems, importance of efficient propulsion, and course objectives
Module #2 Fundamentals of Propulsion Basics of propulsion, types of propulsion systems, and fundamental principles of propulsion
Module #3 Ship Resistance and Propulsion Ship resistance, propulsion power, and the interaction between hull form and propulsion
Module #4 Propulsion System Components Overview of main engine, transmission, propeller, and associated components
Module #5 Main Engine Types Introduction to different types of main engines, including diesel, gas turbine, and steam turbine
Module #6 Diesel Engine Fundamentals Principles of diesel engine operation, including fuel systems, cooling systems, and performance characteristics
Module #7 Gas Turbine Fundamentals Principles of gas turbine operation, including compressor, turbine, and combustion systems
Module #8 Steam Turbine Fundamentals Principles of steam turbine operation, including boiler, turbine, and condenser systems
Module #9 Transmission Systems Overview of transmission systems, including gearboxes, clutches, and couplings
Module #10 Propeller Design and Performance Design principles, performance characteristics, and optimization techniques for propellers
Module #11 Ancillary Systems Overview of ancillary systems, including steering, stabilizers, and thrusters
Module #12 Electric Propulsion Systems Introduction to electric propulsion systems, including electric motors, drives, and power distribution
Module #13 Azimuth Thrusters and Pod Propulsion Principles of azimuth thrusters and pod propulsion systems, including design, performance, and applications
Module #14 Water Jets and Hydrofoils Introduction to water jets and hydrofoils, including design, performance, and applications
Module #15 Propulsion System Performance and Optimization Methods for analyzing and optimizing propulsion system performance, including model testing and simulation
Module #16 Fuel and Energy Efficiency Importance of fuel efficiency, energy-saving techniques, and emission reduction strategies
Module #17 Marine Propulsion System Design Principles of marine propulsion system design, including system integration, layout, and installations
Module #18 Safety and Reliability Importance of safety and reliability in marine propulsion systems, including risk assessment and mitigation
Module #19 Maintenance and Repair Overview of maintenance and repair strategies for marine propulsion systems
Module #20 Troubleshooting and Fault Diagnosis Methods for troubleshooting and fault diagnosis in marine propulsion systems
Module #21 Regulations and Standards Overview of regulations and standards governing marine propulsion systems, including IMO and classification societies
Module #22 Case Studies and Applications Real-world case studies and applications of marine propulsion systems, including passenger ships, cargo vessels, and naval vessels
Module #23 Emerging Trends and Technologies Overview of emerging trends and technologies in marine propulsion systems, including hybrid and electric propulsion
Module #24 Sustainability and Environmental Impact Importance of sustainability and environmental impact in marine propulsion systems, including alternative fuels and emissions reduction
Module #25 Course Wrap-Up & Conclusion Planning next steps in Marine Propulsion Systems Engineering career
