Today, the use of geophysical methods in exploration is necessary due to the hidden mineral resources. The ultimate goal of all applied geophysical conceptions is to reach the precise picture of subsurface characteristics. One of the methods of copper exploration is inductive polarization studies to explore the ore masses, especially for dispersed sulfides. The more mineral is conducting and the percentage is more and more scattered in the context of the host rock, IP will be larger. The purpose of this research is to determine the copper mineralization areas in the northwest of teachers. Specific electrical resistivity and induction polarization (IP) were carried out using a dipole-dipole array along several profiles perpendicular to the geological structures of the study area. Then, by reversing the data collected using the RES2DINV and RES3DINV software, a good interpretation of the copper potential can be obtained