Roller compact concrete (RCC) dams are constructed by controlling the speed of production, pouring, transferring, and curing of dam concrete. This phenomenon underscores the importance of scheduling and control time planning which is the basis used to control upon the project process. Up to now, there has never been a linear scheduling method in dam construction. In this study, a new approach was introduced to planning and scheduling RCC dams. Also a novel, intelligent model to schedule a RCC dam with LOB, LSM technique proposed providing an overall algorithm. The main objective of this paper is to introduce a generalized and simplified model for scheduling RCC dams. The authors suggest a novel approach as a flow chart and prove it with LOB, LSM methods. This is useful for RCC dam scheduling and planning all around the world. This model is able to recognize an incorrect or unreliable input number, later requiring the user to check the parameter or fix the sensors (thermometer). In addition, an effective criteria is defined: the LJQI (Lift Join Quality Index), checking the quality of the built lift. The model is expected to helps decision makers to efficiently set a schedule within a limited time.