Sustainability and Innovation in the Textile and Fashion Industry

The textile and fashion industry is undergoing a digital and sustainable transformation, driven by 3D design technologies, artificial intelligence, and innovative manufacturing practices. This module explores how these technologies enable more efficient, creative, and environmentally responsible approaches to fashion design and production.

Students gain hands-on experience with tools like 3D garment design and virtual prototyping, additive manufacturing (3D printing), laser cutting, and virtual reality (VR) for immersive design visualization. All activities are framed within sustainability and circular design principles, preparing students to tackle environmental challenges in the fashion sector.

Beyond technical skills, the module covers systemic innovation: circular business models, digital traceability, AI-driven optimization, and insights from European research and industry partnerships.

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Technologies & Facilities

Students will work with state-of-the-art tools, including:

• 3D Design & Virtual Prototyping: V-Stitcher, Style3D, digital textile design tools, photorealistic rendering software.
• Additive Manufacturing & Laser Cutting: 3D printers for textiles and accessories, laser cutters for precise patterning and material experimentation.
• Immersive Technologies: VR headsets, mixed reality applications for design review and collaborative work.
• AI & Data Analytics: Design generation and trend prediction tools, sustainability analytics platforms.

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Upon completing this module, students will be able to:

• Create virtual prototypes using 3D garment design software, reducing physical samples and material waste.
• Apply 3D printing and laser cutting to develop innovative textile structures and accessories.
• Design immersive experiences with VR for presentations, virtual showrooms, and collaborative design.
• Leverage AI and machine learning for design automation, trend prediction, and sustainability optimization.
• Evaluate sustainable digital production methods, including waterless dyeing, green chemistry, and closed-loop processes.
• Understand and apply circular business models enabled by digital technologies.
• Use digital traceability systems (blockchain, IoT) to communicate environmental and social performance.
• Be aware of EU regulations, directives, and industry standards relevant to sustainable fashion and digital design.

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