Digital fabric of fashion through the integration of engineering and design

Abstract

The textile and apparel industry is currently experiencing a profound transformation driven by digitalization, sustainability concerns, and the rapid advancement of artificial intelligence technologies. Traditional design and manufacturing approaches are increasingly being replaced by digital systems that enable designers and engineers to develop, evaluate, and optimize products in virtual environments before physical production. Uniform design, which requires the integration of functionality, comfort, aesthetics, ergonomics, and corporate identity, represents one of the most significant application areas of these technological developments. Modern digital tools such as Computer-Aided Design (CAD), Computer-Aided Manufacturing (CAM), digital twin technologies, three-dimensional (3D) garment simulation systems, and artificial intelligence-supported visualization platforms contribute to more efficient and sustainable design processes. Furthermore, smart textiles and wearable technologies have expanded the functional capabilities of uniforms by incorporating sensing, monitoring, and adaptive performance features. This study investigates the integration of engineering and design within the framework of digital fashion and textile technologies. In addition, a woven fabric developed for a hostess uniform using Penelope CAD software is presented as a practical example of digital textile design. The findings demonstrate that the combination of engineering-based methodologies and creative design approaches contributes significantly to sustainability, innovation, product quality, and production efficiency in contemporary textile development.