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Description
The Introduction to Offshore Wind Foundations for Graduate Engineers (IOFGE) Level 1 course is specifically designed to provide graduate engineers with a solid foundation in the fundamentals of offshore wind foundations.
The course covers various aspects of offshore wind foundations, including different types of foundations used in offshore wind projects, such as monopile, jacket, and floating foundations.
Participants in the IOFGE Level 1 course will gain a comprehensive understanding of geotechnical considerations in offshore wind foundations, including soil mechanics, geotechnical investigation techniques, and soil-structure interaction.
The course focuses on structural design principles for offshore wind foundations, including load estimation, design criteria, and design methods for different limit states.
Environmental considerations, foundation installation techniques, and operations and maintenance aspects specific to offshore wind foundations are also covered in the IOFGE Level 1 course, providing participants with a holistic understanding of the subject matter.
Introduction to Offshore Wind Foundations for Graduate Engineers (IOFGE) Level 1 is structured for graduate offshore engineers and covers Foundation Design Difference Between Oil & Gas Platform and Offshore Wind Turbine, Offshore Design Criteria & Considerations, Gravity Foundations, Piled Foundations Flexibility & Adaptability, Choice Of Foundation Types, Offshore Wind Foundation Types, Offshore Wind Foundation Current & Future Prototypes, Floating Foundation Concepts, Foundation Engineering Analysis Concept and more.
Course Outline
Overview of the offshore wind industry
Key concepts and terminology in offshore wind energy
Global trends and growth prospects in offshore wind
Overview of different foundation types used in offshore wind projects
Monopile foundations: design principles and installation techniques
Jacket foundations: design principles and installation techniques
Floating foundations: concepts and challenges
Introduction to soil mechanics in the context of offshore wind foundations
Geotechnical investigation techniques for offshore wind sites
Soil characterization and interpretation of geotechnical data
Soil-structure interaction and foundation response analysis
Load estimation and design criteria for offshore wind foundations
Structural behavior of different foundation types under environmental loads
Design methods for fatigue, ultimate, and serviceability limit states
Design standards and codes relevant to offshore wind foundations
Foundation installation methods and techniques
Equipment and vessels used for foundation installation
Quality control and assurance during foundation installation
Operations and maintenance considerations for offshore wind foundations
Environmental impacts and mitigation measures related to offshore wind foundations
Ecological surveys and assessments
Noise and vibration considerations during installation and operation
Regulatory and environmental permitting requirements
Analysis of real-world offshore wind projects and their foundation designs
Lessons learned from past projects and best practices
Review of challenging conditions and innovative solutions
Assessment
Participant underpinning knowledge of offshore wind foundation at beginners level will be accessed with multiple choice questions at the end of the course.
Professional Certificate
Issued directly by Chess Subsea Engineering Europe.
How to Register
Click here to download registeration booklet on msword and email completed booklet to info@chesssubseaengineering.org directly.
