Offshore Wind Operations and Maintenance Course (Taiwan)
Price
Duration
$1,995
2-Day
(Early Bird: $1,595 until Nov 1)
Dates
December 9-10, 2025
Format
Course Status
In-person
Open
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Offshore Wind Operations and Maintenance
Location: This course will be held at the Wind Asia Training Center in Chiayi County, Taiwan in collaboration with Wind Asia Training.
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 9:00 until 16:00 each day.
This course is expected to run 9:00 until 16:00 each day.
Course Learning Objectives
Gain a comprehensive understanding of offshore wind key components and the importance of effective O&M
Learn maintenance strategies, troubleshooting methods, and safety standards including GWO compliance
Explore data collection, analysis, and performance assessment techniques to optimize O&M strategies
Understand emergency response planning, incident management, and root cause analysis
Learn cost-control strategies, budget allocation techniques, and cost-benefit analysis for offshore maintenance
Stay updated on AI-driven predictive maintenance, robotics, automation, and sustainability practices
Who Should Attend
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
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
Regulatory & Compliance Officers
Stay updated on industry standards and policies
Course Curriculum
Day 1
Fundamentals of Offshore Wind Operations and Asset Management
C1
▼
Introduction to Offshore Wind Operations
GE Vernova & OWC
– Offshore wind industry overview
– Importance of effective O&M
– Key components of offshore wind farms
– Importance of effective O&M
– Key components of offshore wind farms
C2
▼
General Operating Framework
GE Vernova & OWC
– Logistics
– Maintenance & troubleshooting
– Safety standards & requirements (GWO)
– Maintenance & troubleshooting
– Safety standards & requirements (GWO)
C3
▼
OEM and Owner/Operator Asset Management Strategies
OWC
– Group exercise: Construct a wind farm and determine the O&M strategy based on given framework parameters
C4
▼
Data Analysis and Reporting
GE Vernova
– Data collection and analysis
– Performance assessment
– Reporting for optimized O&M
– Performance assessment
– Reporting for optimized O&M
C5
▼
Area-Specific Deep Dive - Taiwan
OWC
– Permitting & regulation
– Local engagement and tax
– Wildlife and environmental impact assessments
– Sustainability practices in O&M
– Case studies in environmental responsibility
– 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
C6
▼
Team Coordination & Maintenance Logistics
GE Vernova
– Effective team management and communication in offshore O&M
– Master Maintenance Schedule (MMS): planning and execution of preventive, planned corrective, and unplanned corrective maintenance
– Logistics planning for offshore operations: crew transfers, vessels, and access solutions
– Master Maintenance Schedule (MMS): planning and execution of preventive, planned corrective, and unplanned corrective maintenance
– Logistics planning for offshore operations: crew transfers, vessels, and access solutions
C7
▼
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
– 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
C8
▼
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
– Budget allocation strategies for efficient O&M
– Cost-benefit analysis of different maintenance approaches
C9
▼
Technology & Innovation in Offshore O&M
GE Vernova
– 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
– 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
C10
▼
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
– Industry trends & future job opportunities in offshore wind
– Preparing for the next decade of offshore wind growth
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
Cristina Fernández Alonso
Product Service Engineer, GE Vernova
Cristina specializes in Offshore Wind O&M with over 11 years of experience in the energy sector. She has deep expertise in wind turbine reliability, blade performance, and fleet support. After starting her career in oil and gas consulting in Lyon, France, she joined GE Power's Edison Engineering Development Program before transitioning to GE Renewable Energy. In her current role she leads root cause analyses for complex technical issues, supports field technicians worldwide, and contributes to new blade product introductions to enhance fleet reliability.
Cliff Pullen
Director of Asset Management, OWC — an ABL Group Company
Cliff brings over two decades of experience in offshore wind farm asset management and infrastructure development, including 11 years with Ørsted and board membership of several operating offshore wind farms. He has a proven track record of working with senior leadership teams, board directors, shareholders, and operators to deliver commercially impactful outcomes. Cliff has extensive operational project management experience of offshore assets undertaking significant repair and replacement campaigns on turbines and cables. He is based in London, UK.
KM
Kerolus Mankaryous
Senior Consultant, OWC — an ABL Group Company
Kerolus is a certified Project Management Professional (PMP®), a member of the Institution of Engineering and Technology (IET), and holds a Master's degree in Electrical Engineering. He has been directly involved in over 30 international onshore and offshore wind projects, covering all key phases including pre-feasibility, feasibility, construction, and O&M. He has strong commercial acumen through supporting clients in contract negotiations including PPAs, Turbine Supply Agreements, Balance of Plant agreements, and O&M strategies. He is also a full member of the Society for Offshore Marine Warranty Surveyors (SOMWS) and is based in Taiwan as a member of OWC's Taiwan team.
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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