Super alloy Inconel 718, which is based on nickel, is widely used in high-temperature applications in the industrial and aerospace sectors. But because of its intrinsic properties, which include high hardness and low heat conductivity, it becomes difficult to mill, which increases tool wear and machining expenses. As a result, it is essential to optimize the machining settings for Inconel 718 in order to save costs, increase productivity, and meet strict quality standards. The purpose of this study is to determine the best machining settings for Inconel 718 by applying two alternative techniques: Topsis and Electric. A thorough battery of experiments is being conducted as part of this inquiry to determine how different machining parameters affect Inconel 718's surface roughness and cutting force. The study's findings demonstrate the appropriateness of the suggested