Digital Manufacturing Process Design for AI-Driven Customization in Wearables Production: ADHD Pioneering Diagnosis and Treatment Support

开发一种用于生产物联网手环的创新制造工艺，旨在帮助诊断6-12岁儿童的注意力缺陷多动障碍(ADHD)。这种数字化的先进制造流程促进了高度的大规模定制，使儿童能够使用人工智能生成的图标和插图来个性化他们自己的手镯。该项目的目标是通过提高ADHD诊断的准确性、确认治疗有效性和完善商业模式，显著增强ADDHERE Technologies的竞争优势。通过从短期的家庭参与转向通过可穿戴设备培养长期关系，该公司旨在提高为家庭和学校提供的价值。这种方法有可能产生经常性收入，延长未来客户的生命周期价值(LTV)，最终加强公司在市场上的地位。该项目的很大一部分活动将涉及3D打印，用于原型制作和与潜在客户验证模型，英国科学和技术设施委员会发布的支持信证实了这一点。此外，该项目的要求包括环境友好型制造工艺和使用安全、耐用和可持续的材料，这与英国的可持续制造目标保持一致。作为一个以数字为主的企业，该项目旨在减少与数据存储和流量相关的能源消耗，同时也与英国和全球不同地区的当地中小企业合作。这种方法将优化货运成本，并最大限度地减少供应链中与运输相关的碳足迹。

Development of an innovative manufacturing process for producing IoT (Internet of Things) bracelets designed to aid in the diagnosis of ADHD (Attention Deficit Hyperactivity Disorder) in children aged 6-12 years. This digital advanced manufacturing process facilitates a high degree of mass customization, enabling children to employ AI-generated icons and illustrations to personalize their own bracelets.The goal of this project is to bolster ADDHERE Technologies' competitive advantage significantly by enhancing the accuracy of ADHD diagnosis, affirming treatment effectiveness, and refining the business model. By shifting from short-term family engagement to fostering long-term relationships through the wearable device, the company aims to heighten the value provided to families and schools. This approach has the potential to generate recurring revenue and extend the life-time value (LTV) of future customers, ultimately strengthening the company's position in the market.A significant portion of this project's activities will involve 3D printing for prototyping and validating models with potential customers, as corroborated by the support letter issued by the UKRI Science and Technology Facilities Council.Moreover, the project's requirements include environmentally friendly manufacturing processes and the use of safe, durable, and sustainable materials, which align with the UK's sustainable manufacturing objectives. As a predominantly digital venture, the project aims to mitigate energy consumption related to data storage and traffic, while also collaborating with local SMEs across various regions in the UK and globally. This approach will optimize freight costs and minimize the carbon footprint associated with transportation in the supply chain.