top of page
140514_179_FabricationProcess_004_PR
140514_179_FabricationProcess_014_PR
140514_179_FabricationProcess_008_PR
140514_179_FabricationProcess_007_PR
140515_179_Diagramm_003_PR
140515_179_Diagramm_002_PR
140514_179_FabricationProcess_010_PR
140514_179_FabricationProcess_009_PR
140514_179_FabricationProcess_005_PR
140514_179_FabricationProcess_006_PR
140514_179_FabricationProcess_002_PR
140514_179_FabricationProcess_003_PR
140724_180_RemoteMaterialDeposition_Wahlfacharbeit_098_PR
140724_180_RemoteMaterialDeposition_Wahlfacharbeit_028_PR
140724_180_RemoteMaterialDeposition_Wahlfacharbeit_001_PR
140724_180_RemoteMaterialDeposition_Wahlfacharbeit_003_PR
140724_180_RemoteMaterialDeposition_Wahlfacharbeit_107_PR
140724_180_RemoteMaterialDeposition_Wahlfacharbeit_102_PR
140724_180_RemoteMaterialDeposition_Wahlfacharbeit_094_PR
140724_180_RemoteMaterialDeposition_Wahlfacharbeit_104_PR
140724_180_RemoteMaterialDeposition_Wahlfacharbeit_111_PR
140724_180_RemoteMaterialDeposition_Wahlfacharbeit_113_PR
140724_180_RemoteMaterialDeposition_Wahlfacharbeit_114_PR
140724_180_RemoteMaterialDeposition_Wahlfacharbeit_112_PR
140724_180_RemoteMaterialDeposition_Wahlfacharbeit_097_PR
140724_180_RemoteMaterialDeposition_Wahlfacharbeit_095_PR
140724_180_RemoteMaterialDeposition_Wahlfacharbeit_031_PR
140724_180_RemoteMaterialDeposition_Wahlfacharbeit_019_PR
140724_180_RemoteMaterialDeposition_Wahlfacharbeit_018_PR
140724_180_RemoteMaterialDeposition_Wahlfacharbeit_013_PR
140724_180_RemoteMaterialDeposition_Wahlfacharbeit_008_PR
140724_180_RemoteMaterialDeposition_Wahlfacharbeit_089_PR
140724_180_RemoteMaterialDeposition_Wahlfacharbeit_076_PR
140724_180_RemoteMaterialDeposition_Wahlfacharbeit_073_PR
diagrams_Page_8_small
diagrams_Page_7_small
diagrams_Page_5_small
diagrams_Page_6_small
140724_180_Diagramm_007_PR
diagrams_Page_9_small
REMOTE MATERIAL DEPOSITION

 

Centuries old ballistic methods enable and unexpected inversion of parameters. Instead of 3D printing with machines that enclose their fabricated pieces, an immobile machine can fabricate a structure many times larger than itself.

TYPE

MODE

STATUS

 

YEAR

PLACE

SIZE

MATERIALS

SOFTWARE

SETUP

 

ROLE

COLLABORATORS

​

STUDENTS INSTALLATION

​

STUDENTS PROTOTYPING

​

SPONSORS

 

​

​

​

DESCRIPTION

Curving wall, robotic process with clay projectile shooting and deposition

Research and teaching project done at Gramazio Kohler Research, ETH Zürich

Built

 

2014

Sitterwerk Kunstgieserei, St. Gallen, Switzerland

10 m x 10 m x 1-2m

Unfired clay shaped in cylindrical projectiles

Rhino, Python, Grasshopper

Universal Robots UR5 on a custom spherical projectile rig

 

Teaching lead

Sebastian Ernst (research lead), Kathrin Dörfler, Sitterwerk Kunst und Produktion - Felix Lehner, Julia Lütolf, Ariane Roth, Laurin Schaub

Ralph Benker, Bo Cheng, Roberto Naboni, Pascal Ruckstuhl, Ivana Stiperski, Simone Stünzi, Anna Szabo, Andreas Thoma, Martin Thoma, Alexander Walzer, James Yeo

Ayad Daniel, Maged Elsadek, Neel Jain, Orkun Kasap, Brenni Maria Seline, Yina Ng, Anna Szabo, Kosar Tayebani, Andreas Thoma, Maja Zeller

Festo AG, Schweiz, Hans und Wilma Stutz Stiftung, Herisau, IKEA-Stiftung (Schweiz), Basel

 

 

 

 

Remote Material Deposition explores the idea of robotically positioning material in space from a distance and thereby creating differentiated architectural aggregations that are a direct expression of a dynamic and adaptive fabrication process. As such, the elective course focused on the bi-directional link between digital and material processes, data and construction, and its integration within the architectural design. This approach was tested and validated through a series of scaled prototypical structures – not only broadening the tectonic spectrum but also asserting a specific architectural expression as a result of incorporating adaptive fabrication logic directly into the design process. In the elective thesis we continued our investigation into Remote Material Deposition and demonstrated – in cooperation with the Sitterwerk St.Gallen – this entirely new fabrication technique for the first time at full architectural scale. The architectural installation was a result of a one-month-long workshop and, within this scope, proposes a radically new way of thinking about materializing architecture. Featuring an industrial robot that aggregates material over distance and therefore exceeds its predefined workspace, this installation brings not only forward a novel scale of digital fabrication in architecture – it also takes a first step in characterizing a novel approach in digital fabrication, taking architecture beyond the creation of static forms to the design of dynamic material aggregation processes.

​

​

​

​

bottom of page