Against the background of the explosive development of modern technologies and methods of construction, the use of innovative structural materials, the growing volume of information about construction production, the complexity and uniqueness of projects, and given the low tendency for retraining of personnel and the insufficient competence of the labor force involved in the production of work, the issue of the quality of construction assembly work (CMP). The applied methods of organizing construction control according to the existing and slightly modified methods of the 80-90s of the XX century do not provide the necessary level of control of construction and installation work. Given the relevance of this problem, the question arises of the need to ensure high-quality and effective construction control to exclude the facts of violation of the production technology, prevent a decrease in the operational characteristics of the building, minimize the cost of eliminating errors, etc. Using comparative, statistical methods of research, analysis and modeling of mechanisms used by engineers of construction control of Russian and foreign construction organizations, the need for implementation was justified and a method of construction control based on modern achievements in engineering and technology was proposed, in particular, the use of building information modeling (BIM) and virtual reality (Virtual Reality, VR) technologies in the relationship, which allows to increase the efficiency of construction production and control, optimize the time for analysis and management decision-making, reduce the likelihood of violations on construction sites that affect the implementation period, cost and quality of the project.

Keywords: construction control, building information modeling (BIM) technologies, virtual reality (VR), construction project life cycle, 3D-model