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This project explores the use of Augmented Reality (AR) as an educational tool to teach basic structural concepts and construction techniques using bamboo. The aim is to bring hands-on learning into university environments by leveraging AR to bridge the gap between theory and practice.
The core objective was to develop a workflow where AR guides the construction of a physical model made of bamboo strips. The model simulates the assembly of real-life bamboo structures, introducing students to structural logic, joinery systems, lashing techniques, and sequential construction processes.
The prototype developed in this seminar focused on a small-scale structural model. However, this methodology can be scaled up to explore detailed technical joints and full-scale assemblies. By integrating spatial visualization with physical interaction, the project demonstrates how AR can enhance the understanding of non-standard construction systems, especially those involving natural materials.
The design references were inspired by The Arc at Green School in Bali, designed by IBUKU. Technical drawings and documentation from the project were used to recreate key structural elements in the model. The Arc is a highly acclaimed bamboo structure that showcases innovative design, structural efficiency, and craftsmanship—all of which served as learning pillars in the seminar.
This approach’s vision of integrating digital technologies with sustainable architecture and craftsmanship. Through this augmented reality experience, students not only visualize but also physically engage with construction processes, fostering a deeper, more embodied understanding of natural material systems and their architectural potential.
