Research, Ginkgo Bioworks x Faber Futures Residency, 2017. Photography by Immatters Studio.

Scale, Void, Assemblage 001

Ginkgo Bioworks
2017

As Ginkgo Bioworks’ pilot designers-in-residence, Faber Futures explored the capabilities of Ginkgo’s foundry to develop custom microbial strains, designing, engineering and building custom tools through digital fabrication in order to create graphic textile prints, larger-scale textile patterns and a bespoke engineered print for garments. This experimental collaboration incorporated three distinct lines of enquiry: Scale, Void and Assemblage 001

Scale explores how Ginkgo’s infrastructure enables larger lengths of fabric to be dyed. With Rise and Fall of a Micropolis, we had already devised a protocol to dye a piece of fabric that measured 2m x 2m. The scale of Gingko’s infrastructure made it possible to increase the parametrics of design for longer lengths of fabrics.

Research, The Faber Futures x Ginkgo Bioworks Residency, 2017.
Scale, Faber Futures x Ginkgo Bioworks Residency, 2017. Photography by IMMATTERS Studio.
Scale, The Faber Futures x Ginkgo Residency, 2017. Photography by IMMATTERS Studio.
Scale, The Faber Futures x Ginkgo Residency, 2017. Photography by IMMATTERS Studio.
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Void sees our existing prototypes for the bespoke tools engineered to control the growth patterns of S.coelicolor scaled for larger textile prints. We ran two sets of experiments with these printing tools to achieve large-scale graphic prints, which helped us understand how the expanded scale of the new printing tools might influence existing protocols.

Research, Faber Futures x Ginkgo Bioworks Residency, 2017.
Void, The Faber Futures x Ginkgo Residency, 2017. Photography by IMMATTERS Studio.
Void, The Faber Futures x Ginkgo Residency, 2017. Photography by IMMATTERS Studio.
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Assemblage 001 is the world’s first garment so incorporate bacteria dyes as the basis of its construction. In this experiment, we developed a method of pattern cutting that enabled us to deconstruct a garment to its component pieces before in-vitro dyeing – meaning that every part can be given a distinct, highly specified finish. The development of Assemblage 001 marked another step towards a fully customisable dyeing process, and a milestone in the creation of in a new resource-efficient biofabrication method for making, colouring and patterning complex textile products.

Research, The Faber Futures x Ginkgo Bioworks Residency, 2017.
Assemblage 001, The Faber Futures x Ginkgo Bioworks Residency, 2017. Photography by IMMATTERS Studio.
Assemblage 001, The Faber Futures x Ginkgo Residency, 2017. Photography by IMMATTERS Studio.
Assemblage 001, The Faber Futures x Ginkgo Residency, 2017. Photography by IMMATTERS Studio.
Assemblage 001, The Faber Futures x Ginkgo Residency, 2017. Photography by IMMATTERS Studio.
Assemblage 001, The Faber Futures x Ginkgo Residency, 2017. Photography by IMMATTERS Studio.
Assemblage 001, The Faber Futures x Ginkgo Bioworks Residency, 2017. Photography by IMMATTERS Studio.
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Collaborators

Ginkgo Bioworks

Autodesk Build Space

Residency Programs

Gingko x Faber Futures Residency

Key Talks

TED Global 2017
TED @ BCG 2017
Biofabricate 2017
World Biomarkets Summit 2018

Featured
Projects

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FABER FUTURES
Unit D1L
Bussey Building
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Peckham
London
SE15 4ST
United Kingdom
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