Deep Dive Into Offshore Wind Foundations
Price
Duration
$1,750
2-Day
(Early Bird: $1,400)
Dates
On demand - Enroll now
Format
Course Status
Virtual (Live)
Open
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Deep Dive Into Offshore Wind Foundations
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This comprehensive course delves into the intricacies of offshore wind foundations, providing a deep dive into various foundation types, their design, installation, and maintenance. As offshore wind energy continues to grow, a solid understanding of the foundation systems is essential for industry professionals. This course equips participants with the knowledge and skills needed to navigate the complex world of offshore wind foundations effectively.
Course Learning Objectives
1
Understand the different offshore wind foundation types and their unique challenges offshore
2
Learn how different offshore wind structures are manufactured and constructed
3
Apply principles of soil, rock, and structural mechanics to offshore wind foundations
4
Learn how to utilize structural and loads & controls design techniques for offshore wind foundations
5
Understand how offshore wind foundations are installed (methods, pre-assessments, vessels) and maintained
“
This course is essential for every civil engineer involved in offshore wind turbine foundations. It provides in-depth knowledge of various foundation types and the critical aspects of load transfer to soil. You will learn how to select the optimal foundation based on many factors including site conditions and soil characteristics. A key takeaway is understanding the installation process of these foundations, ensuring that designs are not only theoretically sound but also practically feasible for real-world deployment.
Marwa A.
PhD Candidate, Western University
Who Should Attend
Wind Energy Technicians
Structural & Geotechnical Engineers
Project Managers
Environmental Specialists
Safety Experts
Researchers & Academics
Industry Analysts
Course Curriculum
M1
Introduction to Offshore Wind
▼
– Offshore wind worldwide
– Project lifecycle: concept selection, FEED, detailed design, installation assessment, lifecycle management
– Overview of offshore wind components: cables, foundations, structure, connections, wind turbine generator
– Project lifecycle: concept selection, FEED, detailed design, installation assessment, lifecycle management
– Overview of offshore wind components: cables, foundations, structure, connections, wind turbine generator
M2
The Offshore Wind Engineering Challenges - Why We Need Robust Foundations
▼
– Offshore wind engineering challenges
– Design philosophies: what makes offshore wind a unique and challenging environment (high cyclic loads, mobile seabed, natural frequency, corrosion)
– Offshore hazards and geo hazards
– Location-specific soil challenges
– Design philosophies: what makes offshore wind a unique and challenging environment (high cyclic loads, mobile seabed, natural frequency, corrosion)
– Offshore hazards and geo hazards
– Location-specific soil challenges
M3
Introduction to Offshore Wind Foundations and How They Work
▼
– Foundation types: gravity, suction bucket, monopile, jacket, pin pile, drilled and grouted — pros and cons of each
– How foundations work: resistance from push and pull, sliding, rotation, and bearing
– Potential failure modes: fracture, fatigue, creep and corrosion, bearing failure, sliding, rotation, uplift
– How foundations work: resistance from push and pull, sliding, rotation, and bearing
– Potential failure modes: fracture, fatigue, creep and corrosion, bearing failure, sliding, rotation, uplift
M4
Introduction to Mechanics of Steel
▼
– Steel mechanical properties, strength, stiffness, and failure modes (fracture, fatigue, creep, corrosion)
– Manufacturing methods, deformation and materials forming, standards and industrial applications
– Joining and welding in metals and composites
– Fatigue life analysis, stress-life, S-N curves and SCFs, fatigue crack initiation
– Fracture mechanics: stress analysis of cracks and fracture toughness
– Corrosion prevention and mitigation, embrittlement mechanisms, environmentally assisted crack growth
– Manufacturing methods, deformation and materials forming, standards and industrial applications
– Joining and welding in metals and composites
– Fatigue life analysis, stress-life, S-N curves and SCFs, fatigue crack initiation
– Fracture mechanics: stress analysis of cracks and fracture toughness
– Corrosion prevention and mitigation, embrittlement mechanisms, environmentally assisted crack growth
M5
Introduction to Soil & Rock Mechanics
▼
– Introduction to coarse-grained and fine-grained soils, their characteristics and behaviour
– Soil and rock strength and stiffness characteristics for offshore wind foundations
– Soil and rock tests and site investigation for offshore design
– Soil and rock strength and stiffness characteristics for offshore wind foundations
– Soil and rock tests and site investigation for offshore design
M6
Introduction to Structural Design
▼
– Foundation structure types, their characteristics, and relevance to specific project requirements
– Structural design check examples including strength, fatigue, and modal response (1P, 3P)
– Structural ancillaries: flange design and cable departure design
– Structural design check examples including strength, fatigue, and modal response (1P, 3P)
– Structural ancillaries: flange design and cable departure design
M7
Introduction to Geotechnical Design
▼
– Soil and rock lateral, axial, and bearing resistance for both shallow and deep foundations
– Introduction to design guidance and codes including DNVGL-ST-0126
– Introduction to design guidance and codes including DNVGL-ST-0126
M8
Offshore Wind Foundation Installation
▼
– Foundation installation methods: drive (hammer), drilled and grouted, suction
– Installation risks and challenges
– Driveability and drillability assessments
– Noise assessments
– Installation risks and challenges
– Driveability and drillability assessments
– Noise assessments
M9
Future Trends and Innovations
▼
– Future challenges for offshore wind: size, noise, installation
– Emerging trends and innovative concepts
– Emerging trends and innovative concepts
M10
Foundation Maintenance and Monitoring
▼
– Strategies for the ongoing maintenance and structural health of offshore wind foundations
– Advanced monitoring systems and data analysis for foundation performance
– Troubleshooting common issues and preventive maintenance measures
– Digital Twin applications
– Decommissioning
– Advanced monitoring systems and data analysis for foundation performance
– Troubleshooting common issues and preventive maintenance measures
– Digital Twin applications
– Decommissioning
The course outline is subject to change. A detailed agenda will be shared after enrollment.
Course Completion Certificate
Upon completing at least 50% of the course and achieving a minimum passing score of 50% on a post-course assessment, participants will receive a course certificate valid for three years. This certificate verifies that the essential learning outcomes of the course have been met.
Course Instructors
Ben Andrew
Director, 2H Offshore
Ben has over 17 years of specialist engineering experience in the design and analysis of offshore platforms, foundations, cables, and riser systems. He has held numerous project management and technical leadership roles across various projects from concept through to detailed design, based out of the London, Kuala Lumpur, and Houston offices. As one of the UK directors, Ben's current focus is on the development of minimum facilities platforms and fixed offshore wind offerings for the European, Middle East, and Africa markets. He holds a Bachelor's degree in Mathematics and a Master's in Quantum Physics from Oxford and Imperial Universities.
Yusuf Arikan
Senior Project Manager, 2H Offshore
Yusuf has over 15 years of structural engineering and project management experience in the design and analysis of various offshore structures including hydrodynamics of floating offshore wind foundations. In recent years he has been extensively involved in floating offshore wind projects, specifically the coupled assessment of the floater and turbine, and the design and analysis of mooring systems and power cables. He holds a Bachelor's degree from Bogazici University, Turkey and a Master's from the University of Houston. He is a registered Professional Engineer (PE) in Texas and a Project Management Professional (PMP).
Michael Shaw
Senior Structural Engineer, 2H Offshore
Michael works on fixed and floating wind foundation structures at 2H Offshore. He has worked on the design of monopile and jacket foundations for fixed wind and all primary anchoring types for floating wind. Key areas of technical expertise include global coupled and local structural analysis of both primary and secondary steel structures. He holds a Master's degree in Mechanical and Offshore Engineering from Robert Gordon University and is a chartered engineer with IMechE.
David Knights
Senior Project Manager, 2H Offshore
David has over 19 years of industry experience covering a wide range of marine construction projects, both on and offshore. He has successfully delivered many projects across the offshore renewables, civil engineering, and oil and gas sectors. Previous experience includes management of the design and delivery of numerous pre-piling template systems, resulting in the successful installation of nearly 1,000 piles for multiple offshore renewable projects. He holds a First Class Masters Degree in Civil Engineering and is a Chartered Engineer.
John Morton
Principal Offshore Geotechnical Engineer, 2H Offshore
John works on fixed and floating wind installation at 2H Offshore. He is well-published in soil mechanics journals and has produced several novel testing methods and theoretical frameworks to improve the assessment of geotechnical strength parameters of the seabed. He holds a PhD in Offshore Geotechnics from the University of Western Australia and a BA BAi (Hons) in Civil and Environmental Engineering from Trinity College Dublin. He is also a Chartered Engineer (CEng).
Owen Pocock
Principal Engineer, 2H Offshore
Owen is a Principal chartered Engineer with over ten years of specialist experience in advanced numerical analysis and structural engineering of offshore wind farms, drilling and production riser systems. His oil and gas project portfolio covers a range of riser types and systems in deep and shallow water around the globe. He has also performed numerous engineering assessments and package management roles for both fixed-bottom and floating wind farm developments, with experience across concept, pre-FEED, FEED, and detailed design for EPCI projects.
Dharmik Vadel
Vice President, Clarus Subsea Integrity Inc, a division of 2H Offshore
Dharmik is responsible for Operations and strategic growth initiatives including Digital Innovations for Integrity Management within the Energy Industry. With over 18 years of experience, he has managed multi-asset Integrity Management projects covering SURF, pipelines, and mooring systems, with specific experience in risk-based IM program development, life extension solutions, and delivering digital data management solutions. He holds an M.S. in Environmental Engineering from Oklahoma State University and a Bachelor's in Civil Engineering from the National Institute of Technology, Calicut, India.
Arran Armstrong
Geoconsultancy Technical Manager, 2H Offshore
Arran has an extensive career in offshore data acquisition, project management, and geo-engineering consultancy. He joined the offshore industry as a graduate in 2000, initially involved with geophysical and geotechnical offshore acquisition projects. He later specialised in geotechnics and geotechnical data acquisition, specifically with heave compensated geotechnical drilling vessels. In 2011 he moved into geo-engineering consultancy, applying his operational and technical experience to provide clients with the knowledge needed to meet their development design objectives. As 2H's Geoconsultancy Technical Manager, Arran looks after clients' geo-engineering challenges while integrating with other 2H engineering disciplines to provide holistic, turnkey engineering solutions.
For all relevant student information on this course, such as the refund and cancellation, data protection policies, and more, please see the Student Info page below.
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