What are the main competitions organized by AESEA?

AESEA organizes the KidWind Challenge in Asia, Thailand, the FOBISIA Cup KidWind Invitational, the KidWind World Challenge, and the iBridge Bridge Design Load Competition.

What is the objective of the KidWind wind energy competitions?

Students build their own wind turbines and compete on power output in a wind tunnel, applying knowledge of fluid dynamics, electricity, and green energy.

What is Taiwan's achievement in the KidWind World Challenge?

Taiwan has competed annually since 2024, accumulating six world championships and six special awards.

What does the iBridge Bridge Design Load Competition involve?

Participants build bridges from limited materials and test their load limits, integrating structural mechanics and creative design.

About Competitions - AESEA Energy & Structural Engineering C

The Global Stage

KidWind World Challenge

The global pinnacle of KidWind competition, held in the U.S. every May. Taiwan has competed every year since 2024, winning six world championships and six special awards to date.

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Hands-on Energy

KidWind Challenge in Asia

Students build their own wind turbines and compete on power output in the wind tunnel, turning fluid dynamics, electricity, and green energy knowledge into real engineering.

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Regional Challenge

KidWind Challenge in Thailand

In partnership with King Mongkut's Institute of Technology Ladkrabang (KMITL), Thai high school students build and test wind turbines in Bangkok — with the top teams representing Thailand at the KidWind Challenge in Asia.

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International Invitational

FOBISIA Cup KidWind Invitational

Together with the Federation of British International Schools in Asia (FOBISIA), students from across the region compete in English on wind power design, combining green energy practice with a global outlook.

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Structural Engineering

iBridge Bridge Design & Load Competition

Teams build bridges from limited materials and push them to their load limits, blending structural mechanics with creative design to understand force transfer and engineering safety through real testing.

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