DESIGN METHODOLOGIES FOR MULTIFUNCTIONAL CLOTHING: AN INTEGRATED APPROACH TO FUNCTIONAL APPAREL DEVELOPMENT

Abstract

The evolution of the textile and fashion industries has led to the emergence of multifunctional clothing, which integrates aesthetics, ergonomics, environmental protection, and technological capabilities. This thesis explores systematic design methodologies for developing multifunctional apparel. By synthesizing User-Centered Design (UCD), modular design principles, biomimicry, and digital prototyping, this research proposes a comprehensive framework for functional clothing development. The study highlights how the integration of smart textiles and 3D virtual modeling optimizes the design process, reduces material waste, and enhances end-user satisfaction. The findings provide designers and engineers with actionable strategies to create adaptive, sustainable, and highly functional garments for diverse applications, including sportswear, occupational wear, and medical apparel.