Morphogenesis in Motion reimagines fashion as a living, adaptable system. What if garments could grow, shift, and adapt like living organisms? What if one garment could replace many, fulfilling our desire for change without excess? Inspired by cellular behaviour, how cells grow, divide, and interconn

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ect, the collection translates this logic into modular, transformable garments developed through manual and industrial knitting and laser-cutting techniques.

Challenging conventional garment construction, the design places textile structure at the heart of silhouette-making. Reconfigurable square-based modules connect through drawstrings and stoppers, enabling reshaping, customisation, disassembly, and repair. Extensive research and prototyping led to garments composed of interlacing modules that can be rearranged by the wearer, evolving over time and fostering personal expression, emotional attachment, and longevity.

Balancing tactile craftsmanship with digital precision, the collection creates a dynamic dialogue between material, form, and the body. Material choices reinforce the circular intent: mono-material natural fibres such as wool, cotton, and viscose support biodegradability in the knitted pieces, while recyclable polyester is used for laser-cut modules to achieve sealed, fray-resistant edges.

By enabling reconfiguration, repairability, and thoughtful use, the work proposes a scalable, system-based approach to sustainable fashion – advancing a vision of garments that are versatile, resilient, and emotionally durable, and inviting us to rethink how we wear, value, and sustain clothing.

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Type

Knitwear, Textiles, Womenswear, Sustainable Fashion, Modular Fashion, Transformable Fashion

Methods

Laser cutting, Knitting, Industrial knitting, Manual machine knit

Materials

Polyester, Wool, Cotton, Viscose, Mercerised cotton

Softwares

Adobe Photoshop, Adobe Illustrator, Adobe InDesign, M1 Plus, APEXFiz