Advanced Marine Turbine Technologies
( 30 Modules )

Module #1
Introduction to Marine Turbines
Overview of marine turbines, their applications, and importance in offshore energy generation

Module #2
Fundamentals of Turbine Design
Basic principles of turbine design, including aerodynamics, hydrodynamics, and thermodynamics

Module #3
Types of Marine Turbines
Comparison of different types of marine turbines, including horizontal axis, vertical axis, and oscillating water column turbines

Module #4
Turbine Blade Design
Advanced topics in turbine blade design, including airfoil selection, blade shape optimization, and materials selection

Module #5
Hydrodynamic Analysis
Numerical methods for hydrodynamic analysis of turbine blades, including computational fluid dynamics (CFD) and finite element analysis (FEA)

Module #6
Aerodynamic Analysis
Numerical methods for aerodynamic analysis of turbine blades, including CFD and FEA

Module #7
Structural Analysis
Structural analysis of turbine blades, including stress analysis, fatigue analysis, and failure modes

Module #8
Materials Selection
Overview of materials used in marine turbine construction, including composites, metals, and coatings

Module #9
Advanced Materials for Marine Turbines
Emerging materials and technologies for marine turbine applications, including nanomaterials and additive manufacturing

Module #10
Electrical Systems and Power Transmission
Overview of electrical systems and power transmission in marine turbines, including generator design and control systems

Module #11
Control and Monitoring Systems
Advanced control and monitoring systems for marine turbines, including condition monitoring and fault detection

Module #12
Installation, Operation, and Maintenance
Logistical and technical considerations for installing, operating, and maintaining marine turbines

Module #13
Environmental Impact and Mitigation
Environmental impact of marine turbines, including noise pollution, habitat disruption, and wildlife mitigation strategies

Module #14
Economic and Policy Frameworks
Economic and policy frameworks for promoting the adoption of marine turbines, including government incentives and regulatory environments

Module #15
Advanced Simulation and Modeling
Advanced simulation and modeling techniques for optimizing marine turbine performance, including computational fluid dynamics and machine learning

Module #16
Innovative Turbine Designs
Cutting-edge turbine designs, including Coandă effect turbines, shrouded turbines, and other emerging concepts

Module #17
Turbine Testing and Validation
Prototyping, testing, and validation of marine turbines, including laboratory and in-situ testing

Module #18
Case Studies and Industry Applications
Real-world examples of marine turbine deployments, including success stories and lessons learned

Module #19
Future Directions and Research Opportunities
Emerging research areas and future directions in advanced marine turbine technologies

Module #20
Workshop:Design and Optimization of Marine Turbines
Hands-on workshop for designing and optimizing marine turbines using advanced simulation tools

Module #21
Workshop:Advanced Materials for Marine Turbines
Hands-on workshop for exploring emerging materials and technologies for marine turbine applications

Module #22
Workshop:Control and Monitoring Systems
Hands-on workshop for designing and implementing advanced control and monitoring systems for marine turbines

Module #23
Workshop:Installation, Operation, and Maintenance
Hands-on workshop for planning and executing the installation, operation, and maintenance of marine turbines

Module #24
Workshop:Environmental Impact and Mitigation
Hands-on workshop for assessing and mitigating the environmental impact of marine turbines

Module #25
Workshop:Economic and Policy Frameworks
Hands-on workshop for developing economic and policy frameworks for promoting the adoption of marine turbines

Module #26
Workshop:Advanced Simulation and Modeling
Hands-on workshop for applying advanced simulation and modeling techniques to optimize marine turbine performance

Module #27
Workshop:Innovative Turbine Designs
Hands-on workshop for designing and evaluating innovative turbine concepts

Module #28
Workshop:Turbine Testing and Validation
Hands-on workshop for prototyping, testing, and validating marine turbines

Module #29
Capstone Project:Design and Optimization of a Marine Turbine
Students apply course concepts to design and optimize a marine turbine, including a written report and presentation

Module #30
Course Wrap-Up & Conclusion
Planning next steps in Advanced Marine Turbine Technologies career

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Advanced Marine Turbine Technologies ( 30 Modules )

Advanced Marine Turbine Technologies
( 30 Modules )