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Mycolink

Department of Industrial Design, National Taipei University of Technology, Taipei Tech

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四點設計 Contact to Mycolink for cooperation

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MycoLink integrates agricultural waste with mycelium to develop an interlocking, stackable modular system, addressing the structural challenges of high waste and logistical burdens in the exhibition industry.
During events, the modules offer flexible configurations as showcases or planters; post-exhibition, they transition into functional gardening tools before eventually biodegrading into the soil, fulfilling a truly sustainable environmental cycle.

Mycelium modules reduce exhibition waste. Dimensions and interlocking mechanism. Dual-loop circular economy system diagram. Interlocking details and material regeneration.

Jiao Hu Dian

Department of Industrial Design, National Taipei University of Technology, Taipei Tech

To enhance medical support efficiency in suburban mountainous areas, modular components are designed to improve construction efficiency and maintenance flexibility, enabling parts to be reused while reducing environmental impact. Through rapid assembly and node-based deployment, safety points along mountain trails are connected to form a resilient support network that provides stable shelter and responds to health, safety, and sustainability needs.

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