Pulse - AI Powered Temperature Sensitive Transformable Brooch
Brief Introduction
Mass-produced brooches on the market today often suffer from homogeneous designs and limited functionality. They serve primarily as static decorative accessories, lacking interactivity and technological innovation. In addition, conventional jewelry materials often fall short in terms of durability and premium quality.
To address these challenges, we integrate AI-powered design, 3D metal printing, and smart shape-memory alloys to create personalized, AI-driven custom brooches. Leveraging advanced intelligent materials and our proprietary AI design platform, we provide consumers with truly one-of-a-kind accessories that combine aesthetics, innovation, and functionality.
How it is being developed
The team adopts an integrated self-developed R&D model combining AI-assisted design, 3D metal printing and precision assembly of shape memory alloys. The team independently completes structural modelling, material compatibility testing and prototype iteration. Leveraging on-campus laboratories, the team conducts full-process experimental validation while developing a dedicated online AI custom design system to continuously build and expand a jewellery design database.
Expected outcome
Short term: Complete product mass-production preparation, launch the AI custom design platform, establish an AI-powered jewellery design database, and continuously incorporate trending market designs to deliver personalised customisation services for the first batch of users.
Long term: Build an AI-driven smart accessories design ecosystem, making the AI database the core competitive advantage for personalised customisation and providing users with limitless possibilities for exclusive designs.
Brief Introduction
Mass-produced brooches on the market today often suffer from homogeneous designs and limited functionality. They serve primarily as static decorative accessories, lacking interactivity and technological innovation. In addition, conventional jewelry materials often fall short in terms of durability and premium quality.
To address these challenges, we integrate AI-powered design, 3D metal printing, and smart shape-memory alloys to create personalized, AI-driven custom brooches. Leveraging advanced intelligent materials and our proprietary AI design platform, we provide consumers with truly one-of-a-kind accessories that combine aesthetics, innovation, and functionality.
How it is being developed
The team adopts an integrated self-developed R&D model combining AI-assisted design, 3D metal printing and precision assembly of shape memory alloys. The team independently completes structural modelling, material compatibility testing and prototype iteration. Leveraging on-campus laboratories, the team conducts full-process experimental validation while developing a dedicated online AI custom design system to continuously build and expand a jewellery design database.
Expected outcome
Short term: Complete product mass-production preparation, launch the AI custom design platform, establish an AI-powered jewellery design database, and continuously incorporate trending market designs to deliver personalised customisation services for the first batch of users.
Long term: Build an AI-driven smart accessories design ecosystem, making the AI database the core competitive advantage for personalised customisation and providing users with limitless possibilities for exclusive designs.