Rooted in Place

The potential of living systems in sustainable construction is gaining attention. However, the application and potential of plant roots as a natural binding and joining system remain underexplored. This research focuses on using modular 3D-printed tiles with computationally designed hollow channels to facilitate root growth and intertwining, specifically using mung beans due to their rapid growth, to create self-supporting, living walls. The hypothesis is that plant roots can replace traditional grout by naturally joining tiles, thereby enhancing structural integrity.

The project will be conducted through a series of experiments involving the design and fabrication of 3D-printed tile prototypes. Plant seeds will be planted on these tiles using an agar medium to promote rapid root growth and integration.

We expect to demonstrate that plant roots can effectively bind and stabilize the modular tiles, creating a living wall system that creates a symbiosis between human and nature, building together, benefitting one another. This outcome could lead to innovative applications in urban architecture, offering an eco-friendly alternative to conventional joinery systems and building materials.