This thesis is the result of the work carried out throughout the 6-month Internship in the \textbf{Leonardo S.p.A - Aircraft} division in Turin. During this experience I had the possibility to cooperate with the engineering team in charge of the development of the Aerospace Ground Equipments (\textbf{AGE}), i.e. complex electronic systems capable of performing end-to-end test routines on avionic systems such as pylons or missile-launchers. In particular, the AGE chosen by the company as main subject of the Internship work was the Enhanced ACS Test Set (\textbf{EATS}) for the Eurofighter Typhoon (EFA) Armament Control Subsystem (ACS). This product designed by Leonardo S.p.A has its brain in a set of boards equipped with a \textbf{Xilinx Spartan-6 FPGA}, which communicate among each other through the VME protocol.