This research leverages microfluidic technologies to fabricate polymer-based photonic microparticles with high precision and reproducibility. By controlling emulsion conditions at the microscale, we can produce particles with well-defined geometries, monodispersity, and internal complexity. The platform supports advanced droplet templating strategies, including double emulsions, allowing for the integration of multiple functional layers or compartments. This approach offers a versatile route to soft photonic materials with programmable optical properties and structural order, laying the groundwork for innovative applications in coatings, sensing, and responsive materials.