Partners & Persons

The RAW consortium is a complimentary group with 7 partners from 6 countries (Austria, Denmark, Germany, the Netherlands, Norway, Sweden).  This page introduces the partners and the key researchers and designers. 

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The Royal Danish Academy (Centre for Information Technology and Architecture)

University Of Stuttgart (Institute of Building Structures and Structural Design (ITKE)
and Institute of Computational Design and Construction (ICD)

Danish Technological University (Department of Chemical and Biochemical Engineering)

Lulea Technological University (Wood Science and Engineering)

University Innsbruck (Department of Structural Engineering and Material Sciences)

OMTRE A/S, Norway

University of Leiden (Institute of Environmental Sciences)

The Royal Danish Academy (Centre for Information Technology and Architecture)

Introduction:

  • Rethinking and ideating of circular design-to-fabrication process models with bio-based materials in architecture.
  • Multi-scalar predictive modelling for material recipes, composition and fabrication 
  • Non-prescriptive design models ideating and prototyping 1) reclaimed timber glulam structures; biofibre CNC-knitting and 3) waste stream based biofibre reinforced biopolymer 3d printing. 
  • Development of physical prototypes and demonstrators in KADK Robotic and CNC Knitting Lab. 

People:

Martin Tamke, Nadja Gaudillière-Jami, Mette Ramsgaard Thomsen, Paul Nicholas, Gabriella Rossi, Yuliya Sinke, Amin Adelzadeh, Carl Eppinger 

University Of Stuttgart (Institute of Building Structures and Structural Design (ITKE)
and Institute of Computational Design and Construction (ICD)

Introduction:

  • Rethinking and ideating of circular design-to-fabrication process models with bio-based materials in architecture.
  • Multi-scalar predictive modelling for material recipes, composition and fabrication 
  • Non-prescriptive design models ideating and prototyping 1) reclaimed timber glulam structures; biofibre CNC-knitting and 3) waste stream based biofibre reinforced biopolymer 3d printing. 
  • Development of physical prototypes and demonstrators in KADK Robotic and CNC Knitting Lab. 

People:

Martin Tamke, Nadja Gaudillière-Jami, Mette Ramsgaard Thomsen, Paul Nicholas, Gabriella Rossi, Yuliya Sinke, Amin Adelzadeh, Carl Eppinger 

Danish Technological University (Department of Chemical and Biochemical Engineering)

Introduction:

  • Rethinking and ideating of circular design-to-fabrication process models with bio-based materials in architecture.
  • Multi-scalar predictive modelling for material recipes, composition and fabrication 
  • Non-prescriptive design models ideating and prototyping 1) reclaimed timber glulam structures; biofibre CNC-knitting and 3) waste stream based biofibre reinforced biopolymer 3d printing. 
  • Development of physical prototypes and demonstrators in KADK Robotic and CNC Knitting Lab. 

People:

Martin Tamke, Nadja Gaudillière-Jami, Mette Ramsgaard Thomsen, Paul Nicholas, Gabriella Rossi, Yuliya Sinke, Amin Adelzadeh, Carl Eppinger 

Lulea Technological University (Wood Science and Engineering)

Introduction:

  • Rethinking and ideating of circular design-to-fabrication process models with bio-based materials in architecture.
  • Multi-scalar predictive modelling for material recipes, composition and fabrication 
  • Non-prescriptive design models ideating and prototyping 1) reclaimed timber glulam structures; biofibre CNC-knitting and 3) waste stream based biofibre reinforced biopolymer 3d printing. 
  • Development of physical prototypes and demonstrators in KADK Robotic and CNC Knitting Lab. 

People:

Martin Tamke, Nadja Gaudillière-Jami, Mette Ramsgaard Thomsen, Paul Nicholas, Gabriella Rossi, Yuliya Sinke, Amin Adelzadeh, Carl Eppinger 

University Innsbruck (Department of Structural Engineering and Material Sciences)

Introduction:

  • Rethinking and ideating of circular design-to-fabrication process models with bio-based materials in architecture.
  • Multi-scalar predictive modelling for material recipes, composition and fabrication 
  • Non-prescriptive design models ideating and prototyping 1) reclaimed timber glulam structures; biofibre CNC-knitting and 3) waste stream based biofibre reinforced biopolymer 3d printing. 
  • Development of physical prototypes and demonstrators in KADK Robotic and CNC Knitting Lab. 

People:

Martin Tamke, Nadja Gaudillière-Jami, Mette Ramsgaard Thomsen, Paul Nicholas, Gabriella Rossi, Yuliya Sinke, Amin Adelzadeh, Carl Eppinger 

OMTRE A/S, Norway

Introduction:

  • Rethinking and ideating of circular design-to-fabrication process models with bio-based materials in architecture.
  • Multi-scalar predictive modelling for material recipes, composition and fabrication 
  • Non-prescriptive design models ideating and prototyping 1) reclaimed timber glulam structures; biofibre CNC-knitting and 3) waste stream based biofibre reinforced biopolymer 3d printing. 
  • Development of physical prototypes and demonstrators in KADK Robotic and CNC Knitting Lab. 

People:

Martin Tamke, Nadja Gaudillière-Jami, Mette Ramsgaard Thomsen, Paul Nicholas, Gabriella Rossi, Yuliya Sinke, Amin Adelzadeh, Carl Eppinger 

University of Leiden (Institute of Environmental Sciences)

Introduction:

  • Rethinking and ideating of circular design-to-fabrication process models with bio-based materials in architecture.
  • Multi-scalar predictive modelling for material recipes, composition and fabrication 
  • Non-prescriptive design models ideating and prototyping 1) reclaimed timber glulam structures; biofibre CNC-knitting and 3) waste stream based biofibre reinforced biopolymer 3d printing. 
  • Development of physical prototypes and demonstrators in KADK Robotic and CNC Knitting Lab. 

People:

Martin Tamke, Nadja Gaudillière-Jami, Mette Ramsgaard Thomsen, Paul Nicholas, Gabriella Rossi, Yuliya Sinke, Amin Adelzadeh, Carl Eppinger 

Title
Tags
Categories
Year
Entry 2
Show all materials
2025
Entry 3
Show all materials
2025
Entry 5
3D Printing
Show all materials
2025
Entry 4
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2025
Entry 6
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2025
Entry 1
3D Printing
Show all materials
2025

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