In general, changes in development projects, both in the design stage and in the implementation phase, are inevitable. At present, many projects undergo such changes that it is necessary to reduce the negative impacts on projects by using management techniques and tactics, as well as using the technologies of the day. Among the negative effects imposed, such as loss of capital (increased cost), increased production time and, at the same time, reduced quality. At the same time, all construction management activities are based on the contract documents, and are dependent on the two categories of maps and project specifications. In traditional manufacturing management techniques, various performance maps, such as structural, architectural, and facility maps, are provided separately, but in sync with each other. The maps are two-dimensional, and even if they are provided with three-dimensional maps, the system will not be able to identify errors, interactions, and changes. The purpose of this paper is to introduce the capabilities of intelligent Building Information Modeling (BIM) technology and its implementation in prefabricated concrete structures.