The paper discusses the issues of creating a single information space for all participants in the investment and construction project, from the investor to the equipment manufacturers. The analysis of the existing information technologies used in the ICP management made it possible to distinguish four main classification groups. Of particular interest are the so-called integrator systems focused on combining the solution of tasks of certain functional areas of ICP management on one digital platform. Integrator systems, with all their merits, are a set of local information technologies and specialized software performing the functions of exchanging information between them using agreed protocols. At the same time, the main issue that was and remains on the agenda in the field of digitalization of the ICP management system is not being resolved - the creation of an information base that suits both designers and builders in terms of completeness and detail. At the Don State Technical University (DSTU), work is underway to create an intelligent ICP management system, which will ensure the integration of all stages of ICP management by creating an information base at the design stage in the BIM process that allows solving all organizational and technological problems both at the stages of COP, WPP and during operational management of the erection of construction facilities.
Abstract. The analysis of the existing management systems of investment and construction projects showed that organizational and technological models, used for the development of calendar plans, are static and do not reflect changes in the course of work execution in real-time, this does not allow to synchronize the terms of work execution and supply of resources and it leads to significant losses in the use of workforce and construction machinery. Adaptability of organizational and technological models in the developed intelligent construction management system is provided through the use of special algorithms and models for the disaggregation of planned information and the aggregation of actual information about works, the deviations calculation of the actual characteristics from the planned values, the elaboration and the decision-making of adjusting the model to the organizational and technological normal practically in real-time
The article considers the problems of improvement of process control system design of buildings and structures in the conditions of its decentralization. Practice shows that the labor organization in modern design organizations in them in most cases, the remote system that uses the work of designers and engineers working at home on her computer. With this approach, there is the problem of ensuring the required quality of design and estimate documentation. This is due to the fact that most designers use when calculating the specifications and scope of work their "calculators", written in different programming languages. During assembly drawings and specifications, performed "homeworkers" in a central database, there is a huge number of non-conformities related to: using rounding systems; transfer systems from one unit to another; description of the individual materials and products, etc. To overcome this problem, the article proposes to use single reference material resources and WEB interface that allows you to remotely design based on this framework.
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