Today, not only the scope of expertise has expanded, their number has increased in connection with various assignments, but their structure has become much more complicated. In this article, the authors systematized and generalized the regulatory and technical base and experience of passing state and non state expert reviews of design and estimate documentation, indicating the features of this procedure with various parameters and conditions in order to obtain complete information about this procedure for further optimization and harmonization project managers when determining the project approval format. The practical significance of the work is determined by the fact that it has developed on the basis of theoretical and methodological research methods that users need to prepare for passing examinations, formulated practical recommendations and proposals for examination procedures in the field of investment activity. The solution of these problems was carried out using a systematic approach, inductive and deductive methods for assessing the system of state and non-state expertise. In the process of research, the authors used along with scientific and educational sources: federal legislation, decrees and orders of the Government of the Russian Federation. In the work, for the first time, the topology of capital construction objects was developed and presented, on the basis of which a summary table was formed with the required format for coordinating the de-sign and estimate documentation of a particular type of investment and construction project. This material may be useful to project department employees, project managers (Chief Project Engineers), investment project developers in order to optimize work at the stage of examination of design and estimate documentation and to quickly transfer the project from the stage of coordination to the actual implementation stage (implementation construction and installation works).

In this article, the stages of erecting the building of a general education institution (GEI) from the moment of the formation of the idea of construction to the transfer of the object into operation are considered. Based on the personal experience of the authors, as well as the study of the corresponding regulations for obtaining the initial permissive documenta-tion (IPD), a list of IPDs was formed. In addition, during the study, a con-ditional schedule was drawn up for the collection of the IPD, as well as the necessary approvals for the initial phase of the object design.

The purpose of this paper is to compare building control procedures in the countries of the European Union (EU) and Russia. Considered issues are related to regulatory regulation in countries, a fundamental approach to control, participants, performance results, as well as a vector for the development of construction control activities. The solution of these problems was carried out with the help of studying the foreign experience of research on this subject, as well as studying the regulatory framework for this area in the Russian Federation and the countries of the European Union. As a result of the science-metric analysis, a systematized database of official sources for regulating construction control was created. In addition, the concept of automated control was developed. The result obtained allows us to develop a comprehensive system of building control, to ensure an increase in the safety of construction and installation works. Using the data obtained, it is possible to take into account the experience of both structures and create automated software to track the construction process as a whole or as individual parts, to timely eliminate the identified defects. The possible options for improving software technologies for building control that differ from the others is by the possibility of choice of independent and dependent control parameters, by model of processing results of the construction process control in order to localize the defective situations and minimize the size of the secondary damage from the effects of the commissioning of buildings. Based on the obtained data the further development of models and algorithms for construction control of buildings and structures providing the required level of reliability and safety of their construction and operation, taking into account technical and economic efficiency criteria.

No abstract