The paper tubes project explores the integration of AR-enabled production processes and digital fabrication techniques with reclaimed materials, specifically paper tubes. As part of a broader study on circular construction and regenerative design, the paper tubes project demonstrates how discarded materials can be transformed into functional and adaptable urban furniture. By incorporating AR-assisted assembly and 3D printing, the project highlights the expanded construction possibilities offered by non-standard materials.

The project is a dynamic and adaptable structure created using lightweight, reclaimed paper tubes sourced from the department's print bureau. The design is parametric, allowing for easy movement and reconfiguration of the structure. The inherent cylindrical form of the tubes posed challenges for modular expandability, which were addressed by designing additional 3D-printed components. These components, made from PLA wood filament, serve as connecting joints between the tubes, enabling stacking without the use of adhesives.