In various fields, such as aerospace and automotive, the necessity to find efficient methods for combining different materials like metals and composites continues to be an important focus of research. This study meticulously explores how additive manufacturing techniques can be utilized to facilitate the union between these two materials and create a novel joining method. More specifically, the investigation centers around the creation of a metal adherent via additive manufacturing, simultaneously co-curing the composite within this freshly developed geometry, aiming to achieve improved resilience under different loading conditions. To achieve this objective, An extensive analysis was conducted using various shapes that may be created using additive manufacturing techniques.