Bio-Tessera explores a new paradigm of architecture where aging, repair, and biological vitality are no longer seen as failures but as opportunities for continuous evolution. By integrating living materials such as mycelium into the architectural lifecycle, the project challenges the modernist pursuit of permanence and sterile uniformity, and instead advocates for a dynamic material ecology that embraces change.

Through digital fabrication, machine learning, and climate-responsive strategies, Bio-Tessera envisions a building system that not only grows and decays but also invites practices of tending—a mode of architectural care that unfolds gradually, where repair and renewal are woven into everyday inhabitation. This tending logic does not merely restore what has been lost, but cultivates new layers of resilience, and ecological reciprocity.

This project traces a design journey that moves from experimental material research to environment-driven fabrication strategies, ultimately imagining architecture as a living interface—one that evolves with its surroundings, embodies computational intelligence, and gestures toward a future of adaptive, co-evolving built environments.