FUNguy
Christiane Braml, Beyza Köroglu, Özge Taspinar, Merve Özcan
2024
The “Funguy” project focuses on the potential of fungal networks as a model for sustainable architectural and material innovations. Inspired by the decentralized intelligence and adaptability of mycelium, the project investigates its applications in construction, urban planning, and ecological restoration.
By harnessing the natural properties of mycelium—such as its ability to form self-repairing, biodegradable, and structurally resilient networks—the research aims to develop sustainable building materials and design strategies that reduce environmental impact. Through experimentation with mycelium-based composites, the project examines how fungal structures can serve as alternatives to conventional construction materials.
These biofabricated materials demonstrate significant advantages, including low energy consumption, carbon sequestration, and regenerative properties. The research also explores mycelium’s potential in designing adaptive and responsive environments that can grow, repair, and biodegrade over time, aligning with principles of circular economy and ecological resilience.
The “Funguy” project shows that it is possible to integrate living systems as active components of the built environment in architecture. By rethinking materiality and construction processes, the project proposes innovative solutions that challenge traditional notions of permanence and waste. This bio-inspired approach not only advances sustainable design but also fosters a deeper understanding of interconnectivity between natural and human-made systems.
