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AIXD: AI-eXtended Design
AI-Augmented Architectural Design
Integrated 3D Printed Facade
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Think Earth SP7
2023
Robotic Plaster Spraying
Additive Manufactured Facade
Human-Machine Collaboration
2022
Timber Assembly with Distributed Architectural Robotics
Eggshell Benches
Eggshell
AR Timber Assemblies
CantiBox
Autonomous Dry Stone
RIBB3D
Data Driven Acoustic Design
2021
Mesh Mould Prefabrication
Architectural Design with Conditional Autoencoders
Data Science Enabled Acoustic Design
2020
Thin Folded Concrete Structures
FrameForm
Adaptive Detailing
Deep Timber
Robotic Fabrication Simulation for Spatial Structures
Jammed Architectural Structures
RobotSculptor
2019
Digital Ceramics
2018
On-site Robotic Construction
Mesh Mould Metal
Smart Dynamic Casting and Prefabrication
Spatial Timber Assemblies
Robotic Lightweight Structures
2017
Mesh Mould and In situ Fabricator
Complex Timber Structures
2016
Spatial Wire Cutting
Robotic Integral Attachment
Mobile Robotic Tiling
2015
YOUR Software Environment
Aerial Construction
Smart Dynamic Casting
Topology Optimization
2014
Mesh Mould
Acoustic Bricks
2013
TailorCrete
2012
BrickDesign
Echord
2010
FlexBrick
2009
Additive processes
2008
Room acoustics
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Digital Ceramics, ETH Zurich, 2018-2019
Nature provides strong and tough composites using microscopic universal building bricks cushioned in a thin and soft mortar. Digital Ceramics investigates the upscaling of such assemblies. Through digital design and fabrication, bio-inspired bricks are designed through an iterative process and are manufactured using a high-resolution 3D powder bed printer. The samples are then assembled using a high-speed, vision-capturing system Scara robot, and their mechanical properties are evaluated by compression and 3-points bending testing.

This research brings forward an alternative to standard material toughening methods available in the built environment and addresses the need to reevaluate material consumption in architecture. The toughening mechanisms can be applied to sustainable soil-based building materials to boost their properties. Transferring a material system with such properties to a construction system with similar characteristics offers a novel design and fabrication approach for a variety of architectural applications.

Credits:
Gramazio Kohler Research, ETH Zurich

In cooperation with: Dr. Florian Bouville and Matthias Haug (Department of Materials, ETH Zurich)
Research programme: Innosuisse
Collaborators: Coralie Ming (project lead), Dr. Ammar Mirjan, Michael Lyrenmann and Philippe Fleischmann
Industry partner: RMS Foundation (Dr. Andre Butscher)

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Gramazio Kohler Research
Chair of Architecture and Digital Fabrication
ETH Zürich HIB E 43
Stefano-Franscini Platz 1 / CH-8093 Zurich

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