 In this paper, the authors investigated the use of graphene as a material for enhancing the performance of a photoconductive photo detector. They found that graphene can be used to improve the responsivity of the detector due to its unique photogating properties. Additionally, they compared the performance of their graphene-enhanced detector with other types of detectors, such as those using titanium dioxide or niobium pentoxide layers. Their findings showed that the graphene-enhanced detector had higher responsibilities than the others, making it a promising candidate for future applications. This article was authored by Zora Sodeghine Siani, Mardi Kaji, and Abdullah Islami, maged.