Undergraduate Research

Eco-Conscious Design Process: Natural Dyed Knitwear with Innovative 3D Motifs

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Abstract

This research project was aimed at demonstrating the feasibility of producing eco-conscious knitwear that prioritizes environmental sustainability without compromising on aesthetic appeal or functionality. The knowledge through practice methodology guided the development of a modular sweater on a flatbed knitting machine. By looking for innovative approaches to material selection, dyeing processes, and garment construction, this project seeks to inspire broader adoption of sustainable practices within the fashion industry. The inspiration for this study was derived from the octopus, reflecting its organic patterns and red-orange hues in the color of the yarns and the shape of the repeating 3D motif. Sustainability was prioritized through the  hierarchy of the knitted garment design process, from fiber and yarn selection to fabric design and assembly stages. By integrating upcycled materials, natural dyeing, innovative 3D machine-knitting, and sustainable assembly techniques, the design process explored in this project achieved a balance between aesthetics and environmental consciousness. 

Keywords: upcycling, natural dyeing, knitwear, modular design

How to Cite:

Tyler, C. & Gorea, A., (2025) “Eco-Conscious Design Process: Natural Dyed Knitwear with Innovative 3D Motifs”, International Textile and Apparel Association Annual Conference Proceedings 81(1). doi: https://doi.org/10.31274/itaa.18825