A Funded PhD with RCA Textiles, enabled by funding from the late Susi Dunsmore’s foundation.

About the project
The aim of this project is to develop innovative new pathways for the textile-led social development work of Susi Dunsmore. Dunsmore’s textile practice-led approach to community development was holistic in its understanding of the place of the nettle plant in the local environment and culture.

The Nepalese Giant Nettle provides one of the longest bast fibres in the world and is traditionally used in weaving and knitting by the women of communities in the mountainous region of East Nepal. Woven, knitted and other constructed textile products provide supplementary income to subsistence farming. Susi Dunsmore worked with these textile makers and introduced new weave and knit structures, fibre blends and product types to improve income generation through textile making.

Dunsmore’s approach to social impact through co-design integrated an understanding and respect for the lives of the female makers. Her work provides a model for social impact projects through textile making. This research project will simultaneously model and extend Dunsmore’s approach addressing urgent and contemporary production concerns.

Text and image: with thanks RCA

The Unstable Design Lab is excited to host a call for entries for their second Experimental Weaving Residency. This funded residency will take place in winter/spring 2022 and is focused on developing experimental textile structures and concepts in close collaboration with engineers and scientists at the University of Colorado Boulder.

The Unstable Design Lab is hosting its experimental weaving residency with the goal of developing new techniques and open-source resources that can co-evolve fiber arts and engineering practice.

The chosen resident will work with the Unstable Design Lab, as well as researchers from the University of Colorado, to create a series of samples inspired by challenges currently faced by engineering researchers. For example, shape weaving techniques for creating form-fitting and/or compression garments for counter-pressure spacesuits, integration of power harvesting diodes, compostable or easily reusable textile structures for zero-waste manufacturing, or structures that dynamically fold and unfold to support mechanical structures or soft robotics (to name a few, but not all, possible spaces for experimentation).

Applicants should be open-minded, curious, and above all deeply knowledgeable about woven structures and their behaviours. No knowledge of computer science, electronics, or engineering is required for participation. Continue reading →