This thesis work is based on the possibility to implement sensors inside molds adopted during lamination process, produced through the advantageous Additive Manufacturing technology. The entire work has been conducted in collaboration and coordination with the company Accenture S.p.a. based in Turin (TO), which provides the necessary know-how. In particular, the study is based on the selection of a component conventionally made of Carbon Fiber Composite (CFC), in the aerospace sector, and consequently design the mold to be printed through AM technologies like Fused Deposition Modeling (FDM) or Selective Laser Sintering (SLS). The two study objectives are: firstly, the possibility to embed sensors during the printing process, with the aim of monitoring and control composite lamination process parameters, positioning them in strategic location according to what are the indicator to be monitored; secondly, the feasibility to introduce the use of high-performance materials different from traditional, enhancing the coupling of their mechanical properties with the advantages of Additive Manufacturing.