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Offshore wind operations and maintenance (O&M) is a complex field encompassing a wide range of activities crucial for maximizing energy production and minimizing downtime. Key terms include wind turbine, blade, gearbox, generator, nacelle, tower, foundation, subsea cable, offshore substation, met mast, SCADA, remote monitoring, predictive maintenance, condition monitoring, preventative maintenance, corrective maintenance, repair, replacement, troubleshooting, diagnostics, inspections, surveys, diving operations, ROV, AUV, vessel, crew transfer vessel (CTV), service operation vessel (SOV), helicopter, crane, lifting, rigging, logistics, supply chain, spare parts, inventory management, QHSE, health and safety, risk assessment, weather downtime, turbine availability, capacity factor, energy yield, levelized cost of energy (LCOE), O&M cost, lifecycle cost, warranty, contract, service agreement, OEM, independent service provider (ISP), digitalization, data analytics, artificial intelligence, machine learning, digital twin, remote sensing, LiDAR, sonar, underwater inspection, maintenance planning, scheduling, optimization, crew training, certification, offshore access, working at height, confined space entry, emergency response, search and rescue, marine coordination, port operations, onshore support, grid connection, transmission, balance of plant, environmental impact, marine environment, wildlife, noise pollution, decommissioning, repowering, wind farm, offshore wind farm, renewable energy, clean energy, sustainable energy, climate change, energy transition, offshore engineering, metocean data, bathymetry, geotechnical survey, cable laying, scour protection, turbine installation, commissioning, performance testing, grid integration, power purchase agreement (PPA), stakeholder engagement, community benefits, supply chain localization, local content, economic development, job creation, innovation, research and development, technology advancement, offshore wind technician, maintenance technician, electrical engineer, mechanical engineer, control systems engineer, data scientist, project manager, logistics coordinator, QHSE manager, marine coordinator, vessel captain, diving supervisor, ROV pilot, wind turbine technician tools, personal protective equipment (PPE), safety harness, rescue equipment, communication systems, navigation systems, weather forecasting, sea state, wave height, current, wind speed, wind direction, temperature, humidity, visibility, offshore safety, marine safety, risk management, emergency procedures, first aid, offshore medical, search and rescue, helicopter operations, winch operations, crane operations, lifting operations, rigging operations, mooring, anchoring, diving operations, ROV operations, underwater operations, cable repair, turbine repair, blade repair, gearbox repair, generator repair, nacelle repair, tower repair, foundation repair, subsea cable repair, offshore substation maintenance, preventative maintenance schedule, corrective maintenance plan, spare parts management, inventory control, logistics planning, supply chain management, contract management, warranty claims, performance monitoring, data analysis, reporting, key performance indicators (KPIs), O&M budget, cost control, cost optimization, lifecycle management, asset management, risk mitigation, safety culture, training programs, competency development, offshore wind industry, renewable energy industry, maritime industry, oil and gas industry experience, transferable skills, career opportunities, offshore wind jobs, green jobs, sustainable development, climate action.

Offshore Wind Operation and Maintenance

Price

$1,650

(Early Bird: $1,320 until July 1)

Duration

2-Day

Dates

September 22-23, 2025

Format

Virtual (Live)

Course Status

Open

Offshore Wind Operation and Maintenance

This two-day intensive training is designed to equip professionals with a comprehensive understanding of offshore wind operations and maintenance (O&M). Participants will gain in-depth insights into best practices, asset management, safety protocols, emergency response, cost optimization, and emerging technologies that are shaping the future of offshore wind O&M.  Through expert-led sessions, real-world case studies, and interactive discussions, attendees will develop the skills needed to enhance wind farm performance, minimize downtime, and ensure long-term sustainability in this rapidly evolving industry. 


This course is expected to run 9-16h each day

 

Course Learning Objectives:

  • Gain a comprehensive understanding of the offshore wind industry, key components, and the importance of effective operations and maintenance (O&M) 

  • Learn maintenance strategies, troubleshooting methods, and safety standards (such as GWO compliance) to enhance operational efficiency 

  • Explore data collection, analysis, and performance assessment techniques to optimize O&M strategies 

  • Understand emergency response planning, incident management, and root cause analysis to handle offshore wind emergencies effectively 

  • Learn cost-control strategies, budget allocation techniques, and cost-benefit analysis for efficient offshore maintenance 

  • Stay updated on innovations like AI-driven predictive maintenance, robotics, and automation, as well as sustainability practices for long-term offshore wind growth  


     

 Who Should Attend?  This course is ideal for professionals in the offshore wind sector, including: 

  • Project Developers & Managers – Optimize operational strategies and decision-making 

  • Environmental & Safety Experts – Understand compliance, risk mitigation, and safety protocols 

  • Maintenance & Service Providers – Enhance efficiency in offshore maintenance activities 

  • Operations Managers & Technicians – Gain technical expertise in O&M best practices 

  • Regulatory & Compliance Officers – Stay updated on industry standards and policies 

  • Energy Analysts & Investors – Learn about cost optimization and financial risks in O&M 

  • Government Officials & Policymakers – Develop insights into offshore wind sustainability and industry growth 

 

 

Course Outline 


 

Day 1: Fundamentals of Offshore Wind Operations and Asset Management 

 

Module 1: Introduction to Offshore Wind Operations (GE Vernova & Orsted) 

  • Offshore wind industry overview 

  • Importance of effective O&M 

  • Key components of offshore wind farms 

 

Module 2: General operating framework (GE Vernova & Orsted) 

  • Logistics 

  • Maintenance & Troubleshooting 

  • Safety standards & requirements (GWO) 

 

Module 3: OEM and Owner/Operator Asset Management Strategies (Orsted) 

  • Group exercise: Construct a wind farm and determine the O&M strategy based on given framework parameters 

 

Module 4: Data Analysis and Reporting (GE Vernova) 

  • Data collection and analysis  

  • Performance assessment  

  • Reporting for optimized O&M 


Module 5: Area-specific Deep Dive (Orsted) 

  • Permitting & regulation  

  • Local engagement and tax  

  • Wildlife and environmental impact assessments  

  • Sustainability practices in O&M  

  • Case studies in environmental responsibility 


Day 2: Advanced O&M Strategies & Best Practices 


Module 6: Team Coordination & Maintenance Logistics (GE Vernova) 

  • Effective team management and communication in offshore O&M  

  • Master Maintenance Schedule (MMS): Planning and execution of:  

  • Preventive Maintenance Campaigns  

  • Planned Corrective Maintenance  

  • Unplanned Corrective Maintenance  

  • Logistics planning for offshore operations (crew transfers, vessels, and access solutions) 


Module 7: Emergency Preparedness & Incident Management (GE Vernova) 

  • Emergency response planning & risk mitigation  

  • Technical Readiness Level (TRL): Assessing O&M capabilities  

  • Lifespan (LS) considerations in O&M strategies  

  • Root Cause Analysis (RCA) & handling Non-Conformities (NCs)  

  • Case studies on real-world offshore wind emergencies 

 

Module 8: Cost Control & Budgeting in Offshore O&M (GE Vernova) 

  • Production-Based Availability (PBA) vs. Time-Based Availability (TBA)  

  • Budget allocation strategies for efficient O&M  

  • Cost-benefit analysis of different maintenance approaches 


Module 9: Technology & Innovation in Offshore O&M (GE Vernova) 

  • Emerging O&M technologies:  

  • Smart fasteners (I-bolts) with integrated sensors  

  • Drones & crawlers for turbine blade & tower inspections  

  • Robotic solutions for blade repairs and tower cleaning  

  • Automation & AI applications in predictive maintenance  

  • The future of digitalization in offshore wind O&M 

 

Module 10: Sustainable Growth & Industry Outlook (GE Vernova) 

  • Sustainable O&M practices for offshore wind longevity  

  • Industry trends & future job opportunities in offshore wind  

  • Preparing for the next decade of offshore wind growth 



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. While not mandatory, this certification is currently undergoing an accreditation process to further enhance its value, allowing it to be used for job applications, promotions, and professional license renewals, such as the PE (Professional Engineer) license.




Course Instructors:



Cristina Fernandez Alonso, Product Service Engineer

GE Vernova



Cristina Fernández Alonso is a Product Service Engineer at GE Vernova, specializing in Offshore Wind Operation & Maintenance (O&M). With over 11 years of experience in the energy sector, she has developed deep expertise in wind turbine reliability, blade performance, and fleet support. Cristina began her career as a consultant in the oil and gas industry in Lyon, France, before joining GE Power’s Edison Engineering Development Program (EEDP). She then transitioned to GE Renewable Energy, where she has spent nearly eight years in various roles, including Fleet Performance Engineer and Product Service Engineer – Blades. In her current role, she leads root cause analyses (RCA) for complex technical issues affecting offshore wind turbine operations, supports field technicians and service teams worldwide, and contributes to new blade product introductions to enhance fleet reliability and performance.






Florian Büter, Head of Owner Management GOW01/GOW02

Ørsted


Florian Büter is Head of Owner Management for the German offshore wind farms Gode Wind 1 & 2 and one of the Managing Directors of these assets. He has more than 16 years of experience in the renewable energy industry with focus on Asset Management and Quality Management.

Florian started his career with a dual study program at GE Wind Energy, then worked for a Swiss utility and started his master’s studies in parallel. During his second tenure in GE, he worked as Quality Manager in the onshore and offshore business.

Florian joined Ørsted in 2019 as Commercial Manager, and in the following years held various positions in the Commercial Team before moving to his current role, where he leads a team of Commercial Managers and is responsible for a number of projects across the German portfolio.







Alexander Kulesh, Offshore Wind Portfolio Asset Manager

Ørsted



Alexander Kulesh is a seasoned wind energy professional with over a decade of experience in the renewable energy sector. His experience spans roles within Operations and Asset Management across onshore and offshore wind in Europe and the US. Passionate about the transition to a low-carbon future, he is a frequent collaborator on industry initiatives and a dedicated advocate for clean energy advancement.

©2024  American Offshore Wind Academy

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