Textile and Fashion Design
Summary
Textile and fashion design encompasses the creative, technical and cultural processes that transform raw materials into garments and fabrics that express identity, meet functional needs and respond to sustainability imperatives. At its core lies an interplay of material exploration, aesthetic vision and production methods ranging from traditional handcraft to advanced manufacturing. In design, practitioners draw on cultural narratives, heritage techniques and technological innovations—such as three-dimensional simulation, digital patterning and artificial intelligence—to shape form, fit and surface. Textile engineers optimise fibre blends, colouration and functional finishes to enhance performance attributes such as moisture management, thermal insulation, durability and antimicrobial function. Meanwhile, fashion studies situate garments within social, economic and environmental frameworks, exploring how dress mediates power, memory and self-expression. The discipline increasingly prioritises circular-economy models, bio-based materials and low-impact dyeing processes to conserve resources and reduce waste. By integrating cross-disciplinary research, from software algorithms to cultural museology, textile and fashion design charts pathways towards resilient, inclusive and innovative systems of dress.
Research from Nature Portfolio
Recent studies have reimagined fashion exhibitions as haptic experiences that intertwine body, clothing and heritage space. By analysing visitor movement through curated layouts, researchers demonstrate how spatial storytelling and sensory engagement animate historical garments, transforming exhibitions into participatory performances that co-create meaning. Elsewhere, three-dimensional imaging has been applied to non-contact body measurement, yielding algorithms that extract anthropometric data without tape measures; this advance promises more reliable sizing for diverse body shapes and paves the way for contact-free fitting solutions in the textile sector. A third development deploys optimisation algorithms to match colour across bicomponent fibres, generating dye recipes that reconcile reactive and disperse processes. By minimising perceptual colour differences under variable protocols, this work streamlines shade matching for complex fibre blends, enhancing precision and reducing resource use in textile coloration.
Textile and Fashion Design publication trend
The graph below shows the total number of articles in textile and fashion design across all publications each year (not limited to Nature Index journals).
Technical terms
Generative artificial intelligence: Computational methods, such as diffusion models, that autonomously produce images or designs by learning patterns from existing data.
Hybrid intelligence: A collaborative design approach combining human creativity with machine-learning algorithms to refine and enhance design outcomes.
Virtual prototyping: The use of digital simulation tools to assess garment fit, drape and aesthetics in three dimensions, reducing reliance on physical samples.
Fashion museology: The discipline of curating, displaying and interpreting fashion objects in museum contexts, emphasising sensory and spatial narratives.
CIELAB colour space: A perceptually uniform colour coordinate system (L*, a*, b*) used to quantify and minimise visual differences between dyed textiles.
References
- Exhibiting fashion on the heritage site: the interrelation between body, heritage space, and fashionable clothing. Humanities and Social Sciences Communications (2023).
- Color matching of bicomponent (PET/PTT) filaments with high performances using genetic algorithm. Scientific Reports (2024).
- Unlocking the Potential of Artificial Intelligence in Fashion Design and E-Commerce Applications: The Case of Midjourney. Journal of Theoretical and Applied Electronic Commerce Research (2024).
- The Intersection of Fashion, Immersive Technology, and Sustainability: A Literature Review. Sustainability (2023).
- Concepts and Material Futures in Fashion and Textile.
About these summaries
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