What we WEAR: Alteration to support a circular economy driven by post-consumer textile waste generated by fast fashion.

Abstract

The value consumers attach to their clothing creates a high demand and frequent consumption of fast fashion. This results in the increase of post-consumer textile waste that ends up on landfills, which has a negative impact on the environment. This raises the critical issue of disposal methods and necessary education to create awareness and equip users to contribute to a circular economy that aims to extend the lifecycle of each garment. This study aims to design for the facilitation of a circular economy driven by post-consumer textile waste that encourages sustainable consumption.

The short lifecycles of commercial interior due to the influence of societal taste results in the frequent alteration of these interiors, increasing building waste which has a negative environmental impact. This study explores how the lifecycle of an interior environment can be extended through the design principles derived from the design informants identified through the investigation of the theoretical framework, site, precedents, users and programme, and proposed brand. The result is the design of sustainable interior environments that encourages sustainable consumption.

The design for multi-use programme allows for users to learn and contribute on various platforms to empower the local community and close the loop for fast fashion to generate a new fashion culture at 012 Central. Through the alteration of the identified interior environments the design intervention aims to reinvigorate the underutilised buildings at 012 Central to support a circular economy driven by post-consumer textile waste.

The design intervention aims to provide an informative spatial experience that encourages interaction with space and object, empowering users to contribute to a circular economy driven by post-consumer textile waste. The technical resolution of the proposed design intervention is concerned with the design of sustainable interior environments and components that considers their environmental impact through a closed-loop design approach.