Digital Building Technologies

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Digital Building Technologies

DBT investigates additive manufacturing strategies in architecture, which have the potential to challenge traditional paradigms of construction.

05/07/2022

Robotic Extrusions - Dual Flexibility Printing
MAS DFAB
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Students: Chris Norcross .norcross, Jingwen Wang , Ming-Yang Wang

Tutors: Petrus Aejmelaeus-Lindström (lead) , Victor Leung , Remy Clemente , Ko Tsuruta , Yael Ifrah (coordination)

Videography: Chris Norcross, Jingwen Wang, Ming-Yang Wang

09/04/2022

HiRes Concrete
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3D-printed formwork for structurally optimised and thermally activated concrete slabs at the NEST HiLo.
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DBT Team: Andrei Jipa , Angela Yoo .yoo , Georgia Chousou , Prof. Dr. Benjamin Dillenburger
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Project Partners:
• Block Research Group , ETH Zürich: Matthias Rippman, Francesco Ranaudo , Dr. Tom Van Mele, Prof. Dr. Philippe Block (structural design)
• Architecture and Building Systems , ETH Zürich: Dr. Gearóid Lydon, Prof. Dr. Arno Schlueter (integrated building systems)
• ROK Architects .zurich : Michael Knauss (unit architecture), Silvan Oesterle
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Industry Partners and Sponsors: Empa , Bürgin Creations, Holcim (Schweiz) AG .switzerland , BASF (Schweiz) AG , Christenguss AG, Rudolf Glauser AG, Georg Ackermann Gmbh, ETH Zürich , NCCR Digital Fabrication
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Support: Lian Stähelin , Andi Reusser, Mike Lyrenmann, Hyuk Sung Kwon
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Photography and videography: Roman Keller, Schwarz Pictures , Angela Yoo, Lian Stähelin, Georgia Chousou, Andrei Jipa

27/02/2022

Min-Max
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Binder-jet 3D-printed reusable formwork for thin-shell, double-sided concrete surfaces, exhibited at SwissBau 2019.
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Team: Mania Meibodi , Pietro Odaglia , Benjamin Dillenburger
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Collaborator: Stahlton AG
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Photography: Girts Apskalns , Andrei Jipa

19/02/2022

13/02/2022

Min-Max
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Binder-jet 3D-printed reusable formwork for thin-shell, double-sided surfaces, exhibited at SwissBau 2019.
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Team: Mania Meibodi , Pietro Odaglia , Benjamin Dillenburger
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Collaborator: Stahlton AG
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Photography: Andrei Jipa , Girts Apskalns

30/01/2022

FoamWork
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3D printing mineral foam formwork for complex concrete elements.
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Team DBT: Anna Szabo , Patrick Bedarf, Prof. Benjamin Dillenburger

Team FenX: Etienne Jeoffroy, Michele Zanini, Enrico Scoccimarro , Alex Heusi, Kay Sanvito, Sean Tien, Oliver Bruni

Technical Support: Tobias Hartmann, Philippe Fleischmann, Andreas Reusser, Michael Lyrenmann, Yael Ifrah , Georgia Chousou , Hang Zhang, Bharath Seshadri, Andrei Jipa

Sponsoring: Beakert, Kinematica
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Photography: Patrick Bedarf

05/12/2021

HiRes Concrete
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3D-printed formwork for structurally optimised and thermally activated concrete slabs at the NEST HiLo.
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DBT Team: Andrei Jipa , Angela Yoo .yoo , Georgia Chousou , Prof. Dr. Benjamin Dillenburger
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Project Partners:
• Block Research Group , ETH Zürich: Francesco Ranaudo , Dr. Tom Van Mele, Prof. Dr. Philippe Block (structural design)
• Architecture and Building Systems , ETH Zürich: Dr. Gearóid Lydon, Prof. Dr. Arno Schlueter (integrated building systems)
• ROK Architects .zurich : Michael Knauss (unit architecture)
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Industry Partners and Sponsors: Empa , Bürgin Creations, Holcim (Schweiz) AG .switzerland , BASF (Schweiz) AG , Christenguss AG, Rudolf Glauser AG, Georg Ackermann Gmbh, ETH Zürich , NCCR Digital Fabrication
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Support: Lian Stähelin , Andi Reusser, Mike Lyrenmann, Hyuk Sung Kwon
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Photography and videography: Schwarz Pictures , Angela Yoo, Lian Stähelin, Georgia Chousou, Andrei Jipa

04/07/2021

The White Tower is a theatre and performance space for the Fundaziun Origen, set high up in the Swiss Alps. A spiral stairway leads visitors up through successive ornamental colonnades onto a floating, vaulted stage.
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Client: Nova Fundaziun Origen
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Architecture: Michael Hansmeyer, Benjamin Dillenburger
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Core-team DBT: Ana Anton , Eleni Skevaki
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Research collaborations: PCBM, IBK, IGP, NCCR DFab

03/07/2021

Adresse

Stefano-Franscini Platz 1
Zürich
8093

Webseite

http://dbt.arch.ethz.ch/

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Kategorie

Architekturgestalter

Chair of Digital Building Technologies, ETH Zürich

The chair for Digital Building Technologies researches in new building technologies based on the seamless integration of computational design methods, digital fabrication and new materials. In this context, DBT investigates additive manufacturing strategies in architecture, which have the potential to challenge traditional paradigms of construction. The aim is not only to rationalize the fabrication process and improve the quality of buildings, but also to open up radically new design-solutions.