Mycelium Network Bus Shelter

Project idea

A bus shelter concept inspired by the mycelium network of fungi, emphasizing connectivity, adaptability, and decentralization. The design uses a parametric form of a continuous ribbon that twists and transitions into arches, creating organically continuous branching spaces.

Project description

The project draws from the natural underground network formed by fungi to inform the design of a bus shelter where movement, interaction, and flexibility are key. The concept features decentralized, distributed functions with multiple access points and flexible usage zones, promoting user freedom and adaptive public spaces with distributed circulation. Zoning includes charging areas, seating zones, standing zones, snacks/bar area, toilets, waiting zones, a drinking water facility, and ramp entries along a pedestrian walkway. Resource efficiency is achieved through rainwater harvesting, bio-digester tanks for biodegradable toilets producing biogas and water outlets, and solar panels to generate electricity.

Technical information

Outer shell: Glass Fiber Reinforced Concrete (GFRC). Hidden reinforcement: Stainless steel anchors and steel hollow sections. Finish: Titanium dioxide self-cleaning coating. Sustainable systems include rainwater harvesting, bio-digester tank (bacteria inoculum) for waste processing with biogas outlet and water outlet, biodegradable toilets, and solar panels for electricity generation.

Documentation

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