RECONWOOD
ReconWood Research Demonstrator
ABOUT THE PROJECT
ReconWood is a construction system for reconfigurable timber frame structures based on modular, reversible, and digitally traceable building components. Designed for circular material use, the system employs interlocking geometries and reversible connectors that enable repeated assembly, disassembly, and reconfiguration without loss of material integrity.
Robotically fabricated timber elements are organised into multi-resolution structural frames, where material density is strategically distributed according to structural demand. This results in efficient yet adaptable constructions that respond to both performance criteria and available material stock.
Each component is embedded with a unique QR code, linking the physical element to its digital dataset. This data records design parameters, fabrication processes, structural role, and use history—transforming each part into an intelligent, traceable unit within a larger material system.
By integrating computational design, robotic fabrication, and data-driven material tracking, ReconWood proposes a shift from static construction towards dynamic, reconfigurable, and continuously evolving timber architectures.
PROJECT CREDITS
SDU CREATE, led by Assoc. Prof. Dr. Roberto Naboni – University of Southern Denmark
Concept, Scientific and Design Development: Anja Kunic, Roberto Naboni, Giuseppe Marrone, Davide Angeletti, Ardeshir Talaei
Fabrication and Construction: Anja Kunic, Giuseppe Marrone, Davide Angeletti, Pedro Vindrola, Daniele Florenzano
Engineering support: Hamed Hajikarimian, Søren Hansen
Student collaborators: Angelina Garipova, Jesper Hansen, Mads Nielsen, CREATE SS23 Students
In collaboration with: Industry 4.0 Lab - University of Southern Denmark, Aljaz Kramberger, Christian Schlette, Henrik Gordon
Material partner: Stora Enso