The Rootscape Planter
Year: 2023
Project Brief
The RootsCape Planter explored the intersection of organic forms and digital fabrication by transforming scanned garden roots into a functional object. Using advanced digital tools, the project emphasized biomorphic shaping and modular assembly, creating a series of 3D-printed components that fit together into a cohesive, nature-inspired structure.
The planter demonstrates how digital fabrication can translate natural forms into innovative, sustainable design, highlighting the potential of 3D modeling and printing in functional art.
Process
The process started with 3D scanning roots, which were then refined in Fusion 360 and Meshmixer to achieve a natural, biomorphic form. The planter body and joints were modeled in Fusion 360, while Meshmixer polished the shapes for an organic look. Each piece was 3D-printed separately and assembled with glue to form the final planter.
This project gave hands-on experience in digital modeling, organic design, and assembly, deepening my understanding of the full digital fabrication workflow, from concept to finished product.
Outcome
The final RootsCape Planter is a striking biomorphic piece that blends natural forms with digital precision. Made from interconnected 3D-printed modules, it captures the intricate shapes of garden roots in a seamless, dynamic structure.
Its flowing, irregular form celebrates the beauty of organic imperfection while complementing the plants it holds. The stable assembly showcases the effectiveness of the digital modeling and fabrication process, resulting in a functional yet sculptural object that reimagines how nature can inspire design.
