Augmented TimberCraft

#Digital_craft #AR #DigitalFabrication #ImmersiveDesign

Research, Teaching

2024

Reclaiming Craftsmanship: Integrating Augmented Reality and Robotics for Sustainable Timber Construction

This research explores how digital tools and augmented reality (AR) can restore the material intimacy once inherent in traditional crafts, particularly in the context of Japanese carpentry and the upcycling of reclaimed timber. While advancements in digital fabrication and CNC machining have transformed timber construction, they often prioritize standardized materials and reduce direct human engagement. In response, this study investigates the integration of AR, craft-specific interfaces, and adaptive workflows to facilitate interactive design and cooperative robotic fabrication using non-standard, reclaimed timber. By addressing challenges such as material irregularities and fabrication constraints, the proposed system aims to merge traditional craftsmanship with modern digital processes. The research will be evaluated through two case studies, incorporating qualitative feedback to refine the system’s usability and effectiveness in promoting a circular approach to timber construction. Credits:

XAIA Lab, School of Architecture, Princeton University Prof. Dr. Daniela Mitterberger, Eleni Alexi (project lead), Lidia Atanasova In collaboration with:

Project Assoc. Prof. at Center for the Possible Futures, Kyoto Institute of Technology, Yo Tomura

Design studio at Kyoto Institute of Technology, 06.2024

This research was tested in a workshop taught at the Kyoto Institute of Technology in June 2024. The workshop focused on integrating augmented reality and cooperative robotic fabrication to address design and assembly challenges posed by reclaimed timber, allowing participants to explore adaptive workflows and craft-specific digital tools in a hands-on environment.