A method and apparatus is provided for mounting any one of a plurality of types of connectors upon the end portion of a fiber optic cable. The automated fiber optic connectorization apparatus includes a memory device for storing data relating to a plurality of types of connectors. The automated fiber optic connectorization apparatus also includes a controller for receiving input from a system operator or other source that specifies the type of connector to be mounted upon the specified fiber optic cable, the polishing geometry, and the optical performance specifications. Based upon this input, the controller determines the components required to mount the specified type of connector upon the end portion of the fiber optic cable based upon the data stored by the memory device. The automated fiber optic connectorization apparatus also includes means for obtaining the necessary components and means for assembling these components upon the end portion of the fiber optic cable. Therefore, the automated fiber optic connectorization apparatus can automatically mount the specified type of connector upon the end portion of the fiber optic cable. The automated fiber optic connectorization apparatus can also include means for polishing the end face of the optical fiber and means for automatically inspecting the optical fiber after the end face of the optical fiber has been polished, but prior to mounting the connector upon the end portion of the optical fiber. The automated fiber optic connectorization apparatus can also test the optical performance of the connectorized fiber optic cable.