About the Course
This course provides an introductory overview of wind turbine blade testing, focusing on why blades are tested, which tests are performed, and which international standards govern blade test activities. The course is designed for participants who need a conceptual and standards-oriented understanding of blade testing.
The course introduces the purpose and scope of the main international standards for wind turbine blade testing and explains how these standards are used to determine appropriate test requirements for different blade designs and test objectives. Participants will gain insight into how certification, design verification, and quality assurance drive blade testing activities across the wind industry.
The course also covers the main types of blade testing, including static, fatigue, modal, subcomponent, and full-scale blade tests. For each test type, the course explains the underlying purpose, typical test setup, and expected outcomes, enabling participants to understand what each test demonstrates about blade performance and structural integrity.
At a high level, the course introduces the basic principles behind static and fatigue test design and the role of simulation in test planning, without going into advanced modelling techniques. Common blade test equipment and measurement systems are presented from a functional perspective, helping participants understand what is measured, why it is measured, and which equipment is typically used to meet standard blade test objectives.
Course Modules
This course is designed around five thematic modules, with one key theme covered each week.
1.
Introduction to Wind Turbine Blade Testing (Day 1)
Understand why wind turbine blades are tested, how testing supports certification and design verification
2.
Blade Certification Standards
(Day 1)
Explore the main international standards governing blade testing and learn how standards define test requirements for different blade designs and objectives.
3.
Main Types of Blade Tests
(Day 1 and 2)
Gain an overview of static, fatigue, modal, subcomponent, and full-scale blade testing, including their objectives, setups, and expected outcomes.
4.
Fundamentals of Blade Test Design and Simulation (Day 2)
Learn the basic principles behind static and fatigue test design and how simulation is used to support planning and validation of blade tests.
5.
Test Equipment, Measurements and Data Interpretation (Day 2)
Discover common blade testing equipment, sensors, and measurement systems, and understand what is measured and why during blade tests.
Course Highlights
Here are the key highlights of the program, designed to give you a clear picture of what sets this course apart and how it can strengthen your expertise in wind energy.
Practical application of Standards explained
Learn how international blade testing standards are applied in certification.
Comprehensive blade test overview
Explore the full range of blade tests, from laboratory subcomponent testing to full-blade verification.
Introduction to test design & simulation
Gain practical insight into how static and fatigue tests are planned, simulated, and executed.
Designed by DTU Wind researchers
Learn directly from DTU researchers actively involved in blade testing, design, modelling, and large-scale experimental campaigns.
Flexible Hybrid Learning
Participate onsite or online through interactive sessions, assignments, and discussions tailored for working professionals.
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After this course, you can
Explain the purpose and scope of the main international standards for wind turbine blade testing, and identify which standards are relevant for common blade test scenarios.
Describe the main types of blade testing, including static, fatigue, modal, subcomponent, and full-scale tests, and explain the purpose and expected outcomes of each test type.
Recognize the key steps involved in static and fatigue blade test design and simulation at an introductory level, and interpret basic test setups and example results.
Explain the function of common blade test equipment and measurement systems, and relate typical equipment choices to standard blade test objectives.
The course is delivered over two half-day online sessions on 15 and 22 September 2026, from 14:00 to 17:30 CET. Participants should expect a total time commitment of approximately 15–20 hours, including the two live sessions and some preparation and follow-up work. The time commitment is 7 hours for the live course lectures, 8 hours for the assignments, and 5 hours of reading. The learner can choose to skip the reading and assignments to save time.
The course is designed to be manageable alongside a busy professional schedule. The main learning activities take place during the live online sessions, supported by preparatory materials and assignments distributed through the learning platform, DTU Learn. Participants will be introduced to key concepts, standards, test types, and example-based applications.
Basic knowledge of physics and math
The course is delivered online or onsite through two live half-day sessions, combining lectures, worked examples, and hands-on assignments, with the live sessions providing the main structure for learning.
Teaching is supported by preparatory materials and assignments distributed through DTU Learn. Participants will be introduced to the purpose and scope of blade testing standards, the main types of blade tests, and the basic principles behind static and fatigue test design and simulation.
The live sessions include:
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Explanations of key blade testing concepts and standards
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Examples of static, fatigue, modal, subcomponent, and full-scale blade testing
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Discussion of test equipment, measurement systems, and typical test objectives
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Hands-on assignments and example-based exercises
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Opportunities for questions and discussion with DTU researchers
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Evidence your learning with a Certificate of Achievement from the DTU on successful completion.
Key Information
Meet your teachers
Learn from world-class researchers and passionate educators who bring cutting-edge expertise and hands-on experience into the classroom.
Mohit Sharma
Senior Vice Presiden at Marubeni Corporation
Singapore
“Solid and comprehensive overview!”
"For anyone considering a career transition, this course offers a solid and comprehensive overview of wind energy. It equips you with the essential knowledge and skills needed to smoothly transition into the wind energy field."
Sophie Yin
Renewables Engineer, Woodside Energy
Australia
“Flexible learning with outstanding support!”
“What I enjoy the most about the programme is the flexibility. I have been able to access the content around other aspects of my life, which has been very valuable. Also, the lecturers have made them available to the students online to answer questions and actually provide knowledge beyond the course, which I really enjoyed.”
Fahd Outailleur
Head of Engineering at Enel Green Power
Morocco
“Europe’s leader in wind energy”
“I chose to enrol in this wind energy master's program because DTU is the leading technical university in Europe, renowned for its specialization in wind energy. The program reflects the state of the art of the sector. Before joining, I knew some of their software programmes like WAsP and the Global Wind Atlas. So I was confident about the quality of the training.”
Testimonials
Discover what DTU students have to say about their journey, their experiences, and the skills they’ve gained.
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Financing Options
We offer a range of discounts and packages to make the programme more accessible.
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For course-specific questions or if you are looking for a customised training solution for your company, please contact us at courses@windenergy.dtu.dk.
Register here
For course-specific questions or if you are looking for a customised training solution for your company, please contact us at courses@windenergy.dtu.dk.