Organizer: Prof. Henry Yi Li

〖Objective〗 To explore how digital infrastructures, including Digital Product Passports (DPP), enable traceability, transparency, and circularity across textile supply chains.

〖Core Research Questions〗

• How to implement DPP in real textile supply chains by 2027?
• What are the first actionable steps for companies to implement DPP in the next 12–24 months?
• How to ensure interoperability across global value chains?

〖Presentations〗 (20 min each)

• "From Data to Value: Architectures for Scalable Digital Product Passports in Textile Supply Chains" (Henry Yi Li, University of Manchester)
• "European project ECHT: Establishing chemicals traceability for implementation of DPPs" (Carole Magniez and MoiseVouters, Teams2 Industrial Competitiveness Cluster)
• "Leveraging LLMs for automated data harmonization in textile digital product passports" (Vijay Kumar, University of Boras)

〖Round Table on Industrial challenges & solutions〗 (30 min)

Theme: From Regulation to Implementation: Making DPP Operational in Textile Industry

Guiding Questions:

• What are the main barriers to industrial deployment of DPP?
• How to balance data transparency and data sovereignty?
• What role for European standards and policies?

Organizer: Prof. X. Zeng

〖Objective〗 To investigate how AI-driven systems can enhance adaptability, efficiency, and worker well-being in textile manufacturing.

〖Core Research Questions〗

• How to integrate human factors into AI systems without reducing productivity?
• How to improve productivity and worker acceptance with AI systems?
• What productivity gains can realistically be expected from AI deployment?

〖Presentations〗 (30 min)

• "Human-Centric Intelligent Textile Manufacturing: concepts, tools and methods of implementation" (Xianyi Zeng, ENSAIT – University of Lille)
• "Intelligent Robots and Human-Robot Cooperation in manufacturing" (Sihai Qiu, Peking University Shenzhen Institute)
• "Intelligent systems engineering for Industry5.0" (Sidharta Gautama, Ghent University)

〖Round Table on Industrial challenges & solutions〗 (30 min)

Theme: Human–AI Collaboration in Industry 5.0: Reality or Vision?

Guiding Questions:

• How far are we from real Human-Centric smart factories?
• What are the risks of over-automation?
• How to measure worker acceptance and trust?

Organizer: Prof. Guowen Song

〖Objective〗 To advance the design, evaluation, and deployment of textile-based systems for safety, health, and protection by integrating materials innovation, human factors, and rigorous methodological approaches.

〖Core Research Questions〗

• How can textile systems ensure reliable protection while maintaining comfort and usability?
• How to integrate human factors (ergonomics, physiology, perception) into protective system design?
• How to rigorously evaluate performance under realistic conditions?
• How can digital tools (simulation, sensing, digital twins) enhance safety system design and validation?

〖Presentations〗 (20 min each)：

• "Designing High-Performance Protective Textile Systems: Integrating Materials, Function and Human Factors" (Guowen Song, Iowa State University)
• "Real-Time Risk Monitoring through Wearable Textile Systems"

〖Round Table on Industrial challenges & solutions〗 (30 min):

Theme: Towards Intelligent Safety Systems: Challenges and Industrial Adoption

Guiding Questions:

• What are the limitations of current protective systems?
• How to ensure reliability in real conditions?
• How to integrate safety systems into industrial workflows?

〖Round Table Discussion〗 (30 min)：

Theme: Towards Reliable and Human-Centered Protective Systems: Bridging Design, Evaluation and Real-World Use

Guiding Questions:

• How to reconcile protection, comfort, and usability in real conditions?
• What are the current limitations of testing and certification methods?
• How can digital tools improve reliability and predictive evaluation?
• How to ensure adoption and acceptance by end-users?
• What are the challenges in designing inclusive protective systems?

Organizers: Prof. L. Li

〖Objective〗 To explore how textiles, as versatile and expressive soft materials, act as catalysts for interdisciplinary innovation, enabling new forms of creativity, cross-sector applications, and value creation within the emerging creative economy.

〖Core Research Questions〗

• How can textiles serve as platforms for interdisciplinary innovation across sectors?
• How do tactile, aesthetic, and functional properties enable new user experiences?
• How can creative textile concepts be translated into scalable commercial solutions?
• What new business models emerge from textile-driven innovation ecosystems?
• What are the fastest pathways from creative concept to market?

〖Presentations〗（ (20 min each)）

• "Textiles as Catalysts for Interdisciplinary Innovation: From Material to Experience" (Lilly Li, Hong Kong University of Science and Technology)
• "From Creative Exploration to Commercial Value: Pathways for Textile Innovation"
• "Smart and Sustainable Textiles in Emerging Application Domains"

〖Round Table on Industrial challenges & solutions〗 (30 min)

Theme: From Creativity to Commercial Impact: Building the Future Textile Innovation Ecosystem

Guiding Questions:

• How can we better connect designers, engineers, and entrepreneurs?
• What are the main barriers to commercializing textile innovations?
• How to balance creativity, functionality, and scalability?
• What is the role of AI and digital tools in creative processes?
• How to structure sustainable and interdisciplinary innovation ecosystems?

Organizer: Prof. L. Liu

〖Objective〗 To investigate how textile-based systems contribute to human performance, physiological regulation, and functional optimization in sports and physical activities.

〖Core Research Questions〗:

• How can textile systems enhance athletic performance and physiological efficiency?
• How to model and optimize human–textile–environment interactions in sports contexts?
• How can wearable sensing and smart textiles support real-time monitoring and feedback?
• How to design personalized and adaptive textile systems for athletes and users?
• How to translate elite sports innovation into broader applications (rehabilitation, daily activity)?

〖Presentations〗 ( (20 min each)) :

• "Textile Systems for Performance Enhancement: Integrating Physiology, Materials and Design" (L. Liu, Beijing Institute of Fashion Technology)
• "Textile Innovations for Enhancing Sports Performance and Athlete Comfort: Industrial Case Studies" (Shuang Zhang, Decathlon)
• "Human–Textile–Environment Systems: Modeling and Optimization in Sports Bioengineering"

Round Table on Industrial challenges & solutions (30 min):

Guiding Questions:

• How can innovations from elite sports be transferred to broader populations?
• What are the key technological bottlenecks in smart sports textiles?
• How to ensure reliability and validity of wearable sensing systems?
• What is the role of AI in performance optimization and coaching?
• How to balance performance, comfort, and usability?

组织者： Prof. Henry Yi Li

〖目标〗 探索包括数字产品护照在内的数字基础设施如何在纺织供应链中实现可追溯性、透明度和循环性。

〖核心研究问题〗

• 到2027年，如何在真实的纺织供应链中实施数字产品护照？
• 企业在未来12到24个月内实施数字产品护照的首要可行步骤是什么？
• 如何确保全球价值链中的互操作性？

〖演讲〗（各30分钟）

• “从数据到价值：纺织供应链中可扩展数字产品护照的架构”（Henry Yi Li，曼彻斯特大学）
• “欧洲项目ECHT：为实施数字产品护照建立化学品可追溯性”（Carole Magniez and Moise Vouters, Teams2工业竞争力集群）
• “在纺织品数字产品护照中利用LLM进行自动化数据协调”（Vijay Kumar，布罗斯大学）

〖圆桌讨论〗（30分钟）
主题：从法规到实施：使数字产品护照在纺织行业运行
引导问题：

• 产业部署数字产品护照的主要障碍是什么？
• 如何平衡数据透明度与数据主权？
• 欧洲标准与政策将扮演何种角色？

组织者： Prof. X. Zeng

〖目标〗 研究AI驱动系统如何提升纺织制造的适应性、效率和工人福祉。

〖核心研究问题〗

• 如何在不降低生产率的前提下，将人的因素融入AI系统？
• 如何借力AI同时提升生产力与工人接受度？
• 部署AI能带来哪些切实的生产力提升？

〖演讲〗（各30分钟）

• “以人为本的智能纺织制造：概念、工具与实施方法”（Xianyi Zeng，里尔国立高等纺织工程学院 – 里尔大学）
• “智能制造中的智能机器人与人机协作”（Sihai Qiu，北京大学深圳研究院）
• “工业5.0的智能系统工程”（Sidharta Gautama，根特大学）

〖圆桌讨论〗（30分钟）
主题：工业5.0下的人机协作——现实还是愿景？
引导问题：

• 离真正的“人本智能工厂”还有多远？
• 过度自动化潜藏哪些风险？
• 如何量化工人的接受度与信任？

组织者： Prof. Guowen Song

〖目标〗 融合材料创新、人因与方法革新，推进安全、健康、防护用纺织品系统的设计、评估与落地，打造高性能、循证且包容的防护方案。

〖核心研究问题〗

• 纺织品系统如何在可靠防护的同时，保持舒适与可用性？
• 如何将人因（工效、生理、感知）融入防护设计？
• 如何在接近真实的条件下严格评估性能？
• 数字工具（仿真、传感、数字孪生）怎样赋能安全系统设计与验证？

〖演讲〗（各30分钟）

• “设计高性能防护纺织品系统：整合材料、功能与人因”（Guowen Song，爱荷华州立大学）
• “基于可穿戴纺织系统的实时风险监测”

〖圆桌讨论一〗（30分钟）
主题：迈向智能安全系统——挑战与产业落地
引导问题：

• 现有防护系统的局限性有哪些？
• 如何确保真实条件下的可靠性？
• 如何将安全系统融入工业流程？

〖圆桌讨论二〗（30分钟）
主题：构建可靠且人本的防护系统——连接设计、评估与实际应用
引导问题：

• 如何协调真实场景下的防护、舒适与可用性？
•  当前测试与认证方法的短板是什么？
• 数字工具怎样提升可靠性与预测评估？
• 如何让终端用户真正接受并使用？
• 设计包容性防护系统面临哪些挑战？

组织者： Prof. L. Li

〖目标〗 探索纺织品作为多变且富有表现力的软材料，如何催生跨学科创意、跨领域应用与价值创造，驱动新兴创意经济。

〖核心研究问题〗

• 纺织品如何成为跨领域创新的平台？
• 触感、美学与功能特性怎样带来全新用户体验？
• 创意纺织品概念如何转化为可规模化的商业方案？
• 纺织驱动的创新生态将涌现哪些新商业模式？
• 从创意概念到市场的最快路径是什么？

〖演讲〗（各30分钟）

• “纺织品作为跨学科创新的催化剂：从材料到体验”（Lilly Li，香港科技大学）
• “从创意探索到商业价值：纺织品创新的路径”
• “新兴应用领域的智能与可持续纺织品”

〖圆桌讨论〗（30分钟）
主题：从创意到商业影响——构建未来纺织创新生态
引导问题：

• 如何更有效地链接设计师、工程师与企业家？
• 纺织创新商业化的主要壁垒是什么？
• 如何平衡创意、功能与可规模化？
• AI与数字工具在创意过程中的角色是什么？
• 如何构建可持续且跨学科的创新生态？

组织者： Prof. L. Liu

〖目标〗 研究纺织基系统如何提升人体运动表现、生理调控与功能优化，融合纺织工程、运动科学、生物力学与智能技术，打造高性能、自适应和个性化方案。

〖核心研究问题〗

• 纺织品系统怎样增强运动表现与生理效率？
• 如何建模并优化运动场景中的“人-纺织品-环境”相互作用？
• 可穿戴传感与智能纺织如何支持实时监测与反馈？
• 如何为运动员和用户设计个性化、自适应的纺织品系统？
• 精英运动创新如何向康复、日常活动等更广领域转化？

〖演讲〗（各30分钟）

• “面向表现提升的纺织品系统：整合生理、材料与设计”（L. Liu，北京服装学院）
• “通过纺织创新增强运动性能以及运动员舒适性：工业案例分析”（Shuang Zhang，迪卡侬）
• “人-纺织-环境系统：运动生物工程中的建模与优化”

圆桌讨论（30分钟）
引导问题：

• 精英运动中的创新如何惠及更广泛人群？
• 智能运动纺织品的核心技术瓶颈在哪里？
• 如何确保可穿戴传感系统的可靠性与效度？
• AI在性能优化与训练指导中扮演什么角色？
• 怎样在性能、舒适与易用性之间取得平衡？