Fault systems are an important structural feature for mineral deposition and concentration. The area of interest in this research consists of a network of strike-slip faults with two main trends of NE-SW and NW-SE which act as a prominent source of iron, copper and gold mineralization in the form of veins protruding within a geological setting made up of intermediate to basic volcanic rock. One of the most widely geophysical methods used in identifying sulfide and oxide mineralization of metals is the integrated study of induced polarization and resistivity referred to as IP/Rs. An IP/Rs survey assesses two important physical properties of rocks for the purpose of investigating lithological changes and mineral exploration, which are chargeability and resistivity. Anomalies occurring within chargeability measurements could be a strong identifier of copper and iron mineralization in the zone of interest. Data obtained from the survey conducted in Eastern South Khorasan province were used in determining optimal locations for drilling operations. Processing and inversion of data have been carried out using the Res2DInv software. Through interpretation of the output sections, numerous anomalies were located and optimal drilling points were designated accordingly.