< previous project next project >

Augmented Reuse

©EDEK | University of Kassel
©EDEK | University of Kassel
Project:

Augmented Reuse: Integrating reversable assembly of Reclaimed timber with augmented reality

Project by:

Chair of Experimental and Digital Design and Construction, University of Kassel

HOSTS:

CyberCraft Institute, OTH Regensburg

LOCATION

ZukunftHandwerk Congress 2025, München, Germany

STATUS

Completed

Reclaimed bed ribs found on the street as reused material source.

Text By : ©EDEK | University of Kassel

 

How can we construct a reversible structure using both reclaimed and new timber? This project explores the integration of augmented reality (AR) to guide the assembly of timber structures through real-time topology optimization performed with Karamba3D. Using a HoloLens, an IPad and Fologram , designers can visualize optimization results live, allowing for an interactive and adaptive building process. One piece at a time, the algorithm suggests potential placements for new structural elements. Designers can choose to follow these recommendations or request alternative solutions, triggering a continuous feedback loop that refine the assembly process. This approach not only enhances material efficiency but also supports a flexible, reversible construction method.

Augmented Reality Assembly Demonstration at Zukunft Handwerk Congress 2025
Attachment of the activator QR code to the newly assembled structure.
Activation of the QR code to be embedded in the structural analysis process.
Assembly Process ©EDEK | University of Kassel
Load Cases / Beso Target Ratio ©EDEK | University of Kassel
©EDEK | University of Kassel
©EDEK | University of Kassel

Project Team: Hyo Wook Kim, Andrea Rossi, Evelyn Kozlov, Patrick Schäfer

see more

Submit Project