RE:BRIDGE

Stock- and Stress-driven Design from Reclaimed Timber

LAMELLAE ROOF

BIO-INSPIRED APPROACH TO DESIGNING STRUCTURALLY EFFICIENT LIGHT-PERMEABLE ROOFS

RE-VOXLAM TRUSS

Voxel-based reclaimed wood lamination

Topology optimization

Stress-driven multi-species layout

RD SLABS

STRESS-DRIVEN DESIGN WITH REACTION-DIFFUSION

COMPLEX CONCRETE SLABS

RECONWOOD SLAB

VOXEL-BASED DESIGN

WITH STRESS-DRIVEN TIMBER FRAME

3DLightBeam+

3D Printed Lightweight Concrete Beam with SDU CAE Structures Group and industrial partner Hyperion Robotics

3DLOOP

Integrating feedback-loops for autonomous robot-based 3D Concrete Printing
with DTI and promoted by Odense Robotics

RECONWOOD PROTO 02

HUMAN-ROBOT COLLABORATION IN XR

MATERIAL DIGITAL TWIN

ROBOTIC CONCRETE 3D PRINTING

with Hyperion Robotics

3D REFRACTIVE BODIES

FDM printing with transparent polymers

ROBOTIC REVERSIBLE TIMBER BEAM

With SDU I4.0 Lab
Reversible Timber Assemblies
Human-Robot Interaction

RECONWOOD PROTO 01

RECONFIGURABLE AND CIRCULAR ROBOTIC TIMBER CONSTRUCTION

ZIP-BENT PROTOTYPE

Programmed zip-bending
Robotic fabrication and assembly of timber LVL battens

HIGH-RESOLUTION CONCRETE PANELS WITH ADDITIVE FORMWORK

3D Printed Formwork
High-resolution surface texturing

HORTUS_XL | ASTAXANTHIN.G

with ecoLogicStudio
3D Printed Bioreactor

HIGH-RES CONCRETE

Complex 3D Printed Formwork
Advanced Surface Detailing
Ultra High Performance Fiber Reinforced Concrete

Concrete lattice

LARGE SCALE 3D PRINTING
ULTRA HIGH FIBER REINFORCED CONCRETE

3D PRINTED COLUMN

Experimental Architecture with Large Scale 3D Printing