This thesis explores the additive manufacturing of alumina ceramic components using Digital Light Processing (DLP), targeting their application in microelectronics and thermal management systems. As the demand for miniaturized, high-performance ceramic parts increases, vat photopolymerization (VPP) offers a promising route for fabricating complex geometries with high precision and functional integrity. Despite this, challenges remain in optimizing exposure settings, ensuring interlayer adhesion, and achieving reliable mechanical and thermal properties in sintered parts. To address these, a complete DLP workflow was implemented using AdmaPrint A13C slurry and the Admaflex 130 Entry system. Depth of Cure (DoC) calibration was performed to define exposure parameters for two-layer thicknesses (30 µm and 50 µm), which were then applied during slicing and printing of both bar and disc-shaped samples.