This work explores the critical convergence of Artificial Intelligence (AI) and Additive Manufacturing to realize complex ceramic jewelry designs. The core challenge is overcoming the intrinsic conflict between the nearly unlimited geometric freedom offered by digital tools and the severe constraints of technical ceramics, namely brittleness, low tensile strength, and non-uniform volumetric shrinkage during high-temperature sintering .This work introduces a necessary computational framework that positions AI as a crucial tool for Design for Manufacturability, bridging creative exploration and physical viability. The conclusion is that AI acts as the essential connective tissue enabling the fabrication of complex ceramic components. The role of designer shifts towards a data curator and algorithm manager. Future commercial success relies on embracing a hybrid design practice that strategically frames AI as an amplifier of human creativity to preserve the narrative of skill and effort critical for consumer acceptance and market value.

Keywords: Jewelry design, Artificial Intelligence

The study was supported by the 2023 Ministry of Education Industry-Education Cooperation Collaborative Education Project: "Research on Jewelry Design and Craftsmanship Talent Cultivation from the Perspective of Intangible Cultural Heritage Inheritance” (230804213 290015).