Integral and dynamic methodology applied to scheduling and control project

This paper presents the implementation of the integral and dynamic methodology in the scheduling and dynamic control of projects. For this purpose and using the above-mentioned methodology, a model which combines activity networks AON (activity on node), CPM, multimode execution and system dynamics is developed. The model is operationalized by developing two separate networks, i.e., a scheduling network on the one hand and the execution network on the other hand, in order to interact through a control loop. The proposal is validated using activity networks with 16 activities selected from MRCPSP of PSPLIB library. The model derived from the methodology has significant advantages in characteristic indicators of the project management. The paper concludes with a proposal of new combinations of tools, which, together with the methodology, can address problems of scheduling and control of projects with greater variability and complexity.