Wind Turbine Design and Optimization
( 30 Modules )

Module #1
Introduction to Wind Turbine Design
Overview of wind turbine design principles and importance of optimization

Module #2
Wind Turbine Fundamentals
Wind turbine components, types, and characteristics

Module #3
Aerodynamics of Wind Turbines
Aerodynamic principles governing wind turbine performance

Module #4
Blade Design Principles
Blade shape, size, and material selection for optimal performance

Module #5
Blade Aerodynamics
Aerodynamic analysis of blade performance using numerical methods

Module #6
Rotor Design
Rotor configuration, hub design, and blade arrangement for optimal energy capture

Module #7
Hub and Nacelle Design
Design considerations for hub and nacelle components

Module #8
Tower and Foundation Design
Tower and foundation design principles for wind turbines

Module #9
Electrical System Design
Generator, converter, and transformer design for wind turbines

Module #10
Control and Monitoring Systems
Control systems for wind turbine operation and monitoring

Module #11
Load Calculation and Analysis
Calculating and analyzing loads on wind turbine components

Module #12
Fatigue and Structural Analysis
Fatigue and structural analysis for wind turbine components

Module #13
Aeroelastic Analysis
Aeroelastic analysis for wind turbine blades and rotors

Module #14
Noise and Vibration Analysis
Acoustic and vibration analysis for wind turbine design

Module #15
Optimization Techniques for Wind Turbine Design
Introduction to optimization methods for wind turbine design

Module #16
Multi-Disciplinary Design Optimization
MDO for wind turbine design using commercial software

Module #17
Sensitivity Analysis and Uncertainty Quantification
Sensitivity analysis and uncertainty quantification for wind turbine design

Module #18
Case Studies in Wind Turbine Optimization
Real-world examples of wind turbine optimization using various techniques

Module #19
Design for Manufacturing and Assembly
Design considerations for manufacturing and assembly of wind turbine components

Module #20
Cost and Economic Analysis
Cost and economic analysis for wind turbine design and optimization

Module #21
Environmental and Social Impact Assessment
Environmental and social impact assessment for wind turbine design and deployment

Module #22
Certification and Regulatory Frameworks
Wind turbine certification and regulatory frameworks worldwide

Module #23
Wind Turbine Maintenance and Repair
Maintenance and repair strategies for wind turbines

Module #24
Advanced Topics in Wind Turbine Design
Exploring advanced topics in wind turbine design, such as floating wind turbines and airborne wind energy

Module #25
Software Tools for Wind Turbine Design
Overview of commercial software tools for wind turbine design and optimization

Module #26
Wind Turbine Design Project
Guided project for students to apply wind turbine design and optimization concepts

Module #27
Wind Turbine Industry Trends and Future Directions
Industry trends, challenges, and future directions in wind turbine design and optimization

Module #28
Computational Tools for Wind Turbine Design
Introduction to computational tools, such as CFD and FEA, for wind turbine design and analysis

Module #29
Machine Learning and AI in Wind Turbine Design
Application of machine learning and AI in wind turbine design and optimization

Module #30
Course Wrap-Up & Conclusion
Planning next steps in Wind Turbine Design and Optimization career

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Wind Turbine Design and Optimization ( 30 Modules )

Wind Turbine Design and Optimization
( 30 Modules )