2025 | Student

MUSE Design Awards Silver Winner

EcoWeave Ball

Entrant

Beijing Institute of Technology

Category

Conceptual Design - Green

Client's Name

-

Country / Region

China

About The Entry

Given the pressing environmental issue of waste tire pollution and the lack of toys and sports equipment for children in many parts of Africa, this design introduces an innovative solution: a toolkit that empowers African children to create their own soccer balls. The materials used in the product are sourced from discarded tires, a common waste problem across the continent, and the design cleverly incorporates the traditional Chinese weaving craftsmanship of Cuju, an ancient form of soccer. This blending of sustainability and cultural heritage offers a creative, hands-on approach to resource recycling.

The toolkit not only addresses the environmental challenge of tire waste but also provides an engaging, educational opportunity for children. By giving them the ability to make their own soccer balls, the design fosters creativity, practical skills, and environmental awareness in a fun, interactive way. It promotes sustainable development by encouraging the repurposing of waste materials while also instilling a sense of pride and ownership in the children who participate in the process.

This project is a holistic integration of environmental protection and education, offering more than just a product—it creates new opportunities for cultural exchange and innovative learning. By incorporating the ancient Chinese art of Cuju into the design, it connects African communities to a broader global cultural heritage, enriching their understanding of both sustainability and tradition. Ultimately, this initiative offers a powerful model for sustainable development that brings positive social impact to African communities, fostering a generation of environmentally-conscious, creative, and active youth.

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Credits

Team leader
Yiwen YUAN
Team member
Yilin WANG
Team member
Zihan GENG
Team member
Stéphane GNONLONFOUN
Team member
Hanyin ZHENG
Team member
Fangyu YI
Professor
Bowen SUN
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