2021 • Computational Design • 3D Printing
The form is generated through a differential growth algorithm that simulates how mushroom tissues expand unevenly, creating curved, asymmetrical structures. A detailed 3D foot scan provides the base geometry. The algorithm responds to the specific contours of the foot, allowing each shoe to grow uniquely around the wearer’s anatomy. This process eliminates traditional assembly, creating a continuous structure that appears organic while maintaining precision fit. The piece is printed in a flexible polymer that preserves the soft curvature of the digital growth model while offering durability and comfort. Each iteration produces a distinct form, the result of growth parameters adapting to individual data rather than predefined templates.
Developed as part of the Beyond Biomimicry collection, Root demonstrates how computational tools can translate natural systems into practical, wearable design - an approach that merges biological logic with digital manufacturing for scalable, adaptive production. 
