From Jewellery Design Sketch to Realistic Product Imagery Using Gemini Artificial Intelligence

Abstract

Traditionally, transforming jewellery design concepts into final products has relied on manual rendering and physical prototyping—a process that is often time-intensive, costly, and dependent on technical expertise. Recent advancements in generative artificial intelligence (AI) present new opportunities to streamline and enhance this workflow. This study investigates the application of Gemini Artificial Intelligence in converting jewellery design sketches into realistic product imagery, effectively bridging the gap between conceptualisation and market-ready visualisation. A structured methodology was applied, including sketch digitisation, prompt-driven AI interpretation, iterative refinement, and validation by jewellery professionals. The resulting outputs were assessed based on realism, design fidelity, material representation, and commercial applicability. Findings indicate that Gemini AI can generate high-quality jewellery visuals closely resembling professional renders while significantly reducing development time. The study underscores the potential of AI-assisted visualisation in supporting designers, small-scale entrepreneurs, and educational institutions within the jewellery industry, contributing to the growing body of knowledge on AI integration in creative sectors.