Creative Design: Professional

Flutterform: A Choreography of Cells

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Abstract

This project presents a sustainable, no-sew, size-adjustable garment inspired by using the kirigami technique, laser cutting, and cellular imagery from Axolotl biology. Developed through interdisciplinary STEAM collaboration, microscopic cell structures were tessellated into motifs resembling butterfly wings. Laser-cut repeated motifs on 100% polyester taffeta create a lightweight, fluttering, lace-like fabric that moves fluidly while maintaining its structural integrity. The design prioritizes zero waste through a one-piece rectangular pattern. The design incorporates customizable features of adjustable necklines, textures, and lengths, achieved by manipulating cut motifs, interlacing, and folds without the need for sewing. Bright lining colors peek through cut areas, adding visual texture reminiscent of iridescent wings. This work enhances fashion design by showcasing how kirigami-inspired cutting techniques can create adaptable forms and allow for user-driven customization. By incorporating scientific visuals into textile design, the project merges art and science, promoting sustainability, inclusivity, and innovation in both fashion education and practice.

Keywords: Laser cut, digital print, kirigami, no sew, size-adjustable

How to Cite:

Kumphai, P. & Sultana, N., (2025) “Flutterform: A Choreography of Cells”, International Textile and Apparel Association Annual Conference Proceedings 82(1). doi: https://doi.org/10.31274/itaa.21826