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IEA Wind Task 43 Metadata Challenge webinar series #6 "Demystifying Data: Knowledge Engineering and Representation in Wind Energy"

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As part of the IEA Wind Task 43 Metadata Challenge, we run a series of public webinars that aim to improve collaboration between Knowledge Engineering experts and domain experts in the area of wind energy. This time, we are joined by Yuriy Marykovskiy, PhD student at ETH Zurich and Research Scientist at OST.

During the webinar, we will explore key insights from a review paper that addresses the pressing need for effective data management and knowledge representation in the industry.

Keynote highlights include:

  1. Knowledge Engineering and Representation: Grasp essential concepts in these areas, in a manner accessible for wind energy domain experts.

  2. Technological Implementations: Learn about practical tech solutions enabling effective data management and knowledge representation, with a focus on web technologies.

  3. Community Efforts: Gain an overview of current initiatives by the wind energy community in the knowledge engineering domain.

After the keynote we will discuss and evaluate the paper's suggestions for improving data management and knowledge representation in the wind energy sector. This concise webinar is ideal for wind energy professionals and researchers eager to harness the power of their data.


PROGRAMME (TIMES IN CET)

15:00-15:10 Introduction (Sarah Barber)

15:10-15:30 Key-note talk “Knowledge Engineering for Wind Energy“

Yuriy Marykovskiy

15:30-15:50 Questions and discussion

15:50-16:00 Summary of discussion and closing (Sarah Barber)


KEY-NOTE SPEAKER:

Yuriy Marykovskiy

PhD Student, ETH Zurich / OST

Yuriy’s research is focused on developing Decision Support Systems for Digital Twin platform that will employ Multi-​​fidelity FSI - CFD simulations, Machine Learning and Uncertainty Quantification Methods to solve engineering challenges relative to monitoring and operation of HAWTs.

Yuriy obtained his BSc in Civil Engineering from the University of Bologna and MSc in Civil Engineering with specialisation in Structural Engineering and Wind Engineering from Politecnico di Milano, where he defended his thesis investigating pressure peaks on building facades. After graduation he worked as a wind engineering specialist on a team in charge of design and construction of The Extremely Large Telescope (ELT) dome structure.

In 2020, Yuriy joined the Chair of Structural Mechanics and Monitoring at the ETH Zurich as a Ph.D. candidate, working for on the SNSF Bridge funded project Aerosesne: a novel MEMS-​​based surface pressure and acoustic IoT measurement system for wind turbines. Aerosense project is a collaborative effort, led by Dr. Sarah Barber, between the Chair of Structural Mechanics and Monitoring, Windenergie@OST and ETH’s Center for Project-​​Based Learning.