Discover how the future of sustainable architecture merges mycology and urban design. Through photosynthetic bio-facades, living buildings actively breathe, capture carbon, and naturally cool interior spaces while shifting dynamically with seasonal cycles.

We teach young minds how integrating biological mycelium networks and living organisms transforms ordinary city infrastructure into resilient, climate-positive ecosystems.

Injecting fungi into the cavities and gaps of polycarbonate façade panels creates a living growth medium that enables fungal organisms to colonize and develop into a dynamic bio-façade system. As the fungi grow within the transparent polycarbonate structure, the façade transforms into a biologically active skin that interacts with the surrounding environment. Through its symbiotic relationship with photosynthetic microorganisms, the living façade contributes to oxygen generation, improves air quality, and enhances urban biodiversity.

The bio-façade also functions as a passive cooling system. The moisture retained within the fungal network, combined with the shading effect of the living biomass, helps reduce solar heat gain and moderates internal temperatures, thereby lowering building energy demand. Beyond its environmental performance, the façade offers a unique aesthetic quality. The pigmentation, density, and texture of the fungal growth evolve in response to seasonal changes, humidity, temperature, and light conditions, creating a constantly changing living surface. During different times of the year, the façade displays variations in colour and pattern, reflecting the rhythms of nature and making the building an expressive ecological landmark.

This approach reimagines the building envelope not as a static material boundary but as a regenerative, living interface that integrates biological processes with architectural performance. The result is a sustainable bio-responsive façade that combines oxygen production, climate adaptation, passive cooling, and seasonal visual transformation into a single innovative architectural system.