This article discusses the current opportunities of «high-speed construction», which are based on technological, organizational and managerial approaches. For each acceleration approach under study, the mechanisms of action, advantages and disadvantages, as well as its distribution and scope, are identified. The most detailed method of «high-speed construction» based on the combination of design and construction works. The formation of this approach and the tools for its implementation are considered in detail. In this regard, the aim of the work is a detailed consideration of all modern methods of «high – speed construction», and the task-their structuring and interconnection. In the course of the study, the method of analyzing the directions of improving the efficiency of design and construction was applied. As a result, algorithms and tools for accelerating construction are formulated, as well as the impact of BIM-technology services.

One of the problems that can arise in the way of successful implementation of construction projects is the separation and inadequate interaction between the participants in the process in the design and construction of the facility. This problem can adversely affect the results of the project, the quality of its implementation, implementation time and cost. Often in the implementation there is a problem of providing all parties of the design and construction process with access to information and communication tools. The article discusses the possibilities of joint activity in the design process using cloud computing. In particular, the introduction and development of concepts for innovative interaction tools, such as context-sensitive cloud computing information systems (CACCIS), is being considered to facilitate the design and construction processes using new technological capabilities.

The constant increase in operating costs of data centers (DC) is the driving force behind innovations to increase their efficiency. Today, one of the newest ways to improve the design and functionality of data centers is the integration of building information modeling (BIM). The aim of the work is to analyze the possibilities of increasing the efficiency of the data center design stage based on the use of BIM-technologies, and the task is to design data center systems of all levels of certification of the Uptime Institute. The integration of the capabilities of BIM-technologies during design increases the efficiency of both the general design of the facility and special design indicators of data centers. This article sets out the basics of integrating BIM and data centers, a working mechanism for their interaction when designing the required level of functionality of the Uptime Institute with the design, as well as the possibility of using BIM-data from the design stage in the subsequent stages of installation and operation.

The article provides an analysis of the use of OLAP technology in the design of modular objects based on information modeling technologies, presents the classification and systematization of information models of modular elements of maximum readiness. The purpose of this study is to develop and analyze a data model for the most effective data management of an information model of a capital construction object both at the design stage and at subsequent stages of the life cycle. In order to achieve this goal, it is necessary to take into account not only the features and attributes of information models, but also the key characteristics of modular design, including elements of the MEG within the existing tools for systematization of digital data. As a result, the impact of using OLAP cubes to represent a modular object at all stages of the life cycle is considered. New possibilities and advantages of using the OLAP data management model of the information model of the capital construction object are presented. The directions of further research are formulated.

In the middle of the 20th century, technical progress allowed to maximize the size of building units, which has led to the advent of new industrial construction systems and increased construction progress rates. However, today the problem remains not completely solved and is still a vexed one. Prefabrication is not widely used, though many structural design experts predict its widespread rollout in the near future. It makes it necessary to find out the obstacles in the way of further development. The purpose of this work is to study prefabrication aspects. The objective of the study is identification of fundamental attributes common to complete modular units (the ones that include equipment and furnishings). The improvement of such aspects is meant to drastically increase design quality. The paper envelops the basic concepts of prefabrication, describes characteristics of complete modular units and analyzes the prefabrication algorithm taking into account existing BIM (Building Information Modeling) software.