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One of the most important aspects of the development of the urban environment is the comprehensive reconstruction of the municipal development territories, with the aim of creating favorable living conditions and the effective use of the production, engineering, scientific, and other potentials of the complex of edification. The structural condition of many industrial buildings means that they can be operated for more than a decade. This coefficient sparks great interest in industrial buildings precisely for the purpose of their redistribution, rather than reconstruction or demolition combined with new construction. The objective of this study is to define an algorithm for organizational and technological construction, in order to determine the redistribution of industrial facilities. The methodology used refers to the dependency graphs of the relative time loss, versus the redistribution coefficient and also the economic efficiency of the project, versus the actual duration of the construction and installation. From this methodology an adequate mathematical model is introduced.

One of the most important aspects of the development of the urban environment is the comprehensive reconstruction of the municipal development territories, with the aim of creating favorable living conditions and the effective use of the production, engineering, scientific, and other potentials of the complex of edification. The structural condition of many industrial buildings means that they can be operated for more than a decade. This coefficient sparks great interest in industrial buildings precisely for the purpose of their redistribution, rather than reconstruction or demolition combined with new construction. The objective of this study is to define an algorithm for organizational and technological construction, in order to determine the redistribution of industrial facilities. The methodology used refers to the dependency graphs of the relative time loss, versus the redistribution coefficient and also the economic efficiency of the project, versus the actual duration of the construction and installation. From this methodology an adequate mathematical model is introduced.

One of the most important aspects of the development of the urban environment is the comprehensive reconstruction of the municipal development territories, with the aim of creating favorable living conditions and the effective use of the production, engineering, scientific, and other potentials of the complex of edification. The structural condition of many industrial buildings means that they can be operated for more than a decade. This coefficient sparks great interest in industrial buildings precisely for the purpose of their redistribution, rather than reconstruction or demolition combined with new construction. The objective of this study is to define an algorithm for organizational and technological construction, in order to determine the redistribution of industrial facilities. The methodology used refers to the dependency graphs of the relative time loss, versus the redistribution coefficient and also the economic efficiency of the project, versus the actual duration of the construction and installation. From this methodology an adequate mathematical model is introduced.

This study is aimed to improve and facilitate the first industrial redeployment life cycle stage: planning. The authors claim that in Russia, neither the planning stage, nor the implementation stage are characterized by effective, scientifically-sound systems. To solve this problem, the authors suggest using the integrated interaction information system consisting of many different functional investment, organizational, technological and information subsystems and modules. It is recommended that the main elements of this information system be grouped into four main functional information macroblocks, one of which is developing the design structure, allocating resources, calculating the duration and costs necessary for the project. With the help of analysis of normative and scientific documentation, carrying out research by means of expert assessment, mathematical processing of results and practical application of the obtained results, an algorithm for creating an organizational and technological model of construction and installation works at the industrial reprofiling facility was developed.

This article presents a study of links in organizational and technological structures and information support in construction control in the Russian Federation and other countries, including Great Britain, the USA, Germany, etc. It describes particular features of interconnection between the customer and the general contractor in construction product quality management abroad and substantiates the need for development of an automated design system of construction quality management. The study presents the structure of the state construction supervision in Russia at the objects of industrial and civil purposes. It reveals the features of conducting supervisory activities in construction and presents the main aspects of such activities. The article describes in detail the differences between the implementation of supervision and construction control on capital construction projects. The article gives an example of methods and variations of creating organizational and technological model of renovation objects. Creating an organizational system for the completion of construction of non-preserved and unfinished facilities is based on identifying and creating basic coefficients affecting the production organization efficiency. It also forms the basis of a single organizational and managerial model which enables a project to be implemented in the very short term and at minimal cost.

This study is aimed to improve and facilitate the first industrial redeployment life cycle stage: planning. The authors claim that in Russia, neither the planning stage, nor the implementation stage are characterized by effective, scientifically-sound systems. To solve this problem, the authors suggest using the integrated interaction information system consisting of many different functional investment, organizational, technological and information subsystems and modules. It is recommended that the main elements of this information system be grouped into four main functional information macroblocks, one of which is developing the design structure, allocating resources, calculating the duration and costs necessary for the project. With the help of analysis of normative and scientific documentation, carrying out research by means of expert assessment, mathematical processing of results and practical application of the obtained results, an algorithm for creating an organizational and technological model of construction and installation works at the industrial reprofiling facility was developed.

This article presents a study of links in organizational and technological structures and information support in construction control in the Russian Federation and other countries, including Great Britain, the USA, Germany, etc. It describes particular features of interconnection between the customer and the general contractor in construction product quality management abroad and substantiates the need for development of an automated design system of construction quality management. The study presents the structure of the state construction supervision in Russia at the objects of industrial and civil purposes. It reveals the features of conducting supervisory activities in construction and presents the main aspects of such activities. The article describes in detail the differences between the implementation of supervision and construction control on capital construction projects. The article gives an example of methods and variations of creating organizational and technological model of renovation objects. Creating an organizational system for the completion of construction of non-preserved and unfinished facilities is based on identifying and creating basic coefficients affecting the production organization efficiency. It also forms the basis of a single organizational and managerial model which enables a project to be implemented in the very short term and at minimal cost.

This article presents a study of links in organizational and technological structures and information support in construction control in the Russian Federation and other countries, including Great Britain, the USA, Germany, etc. It describes particular features of interconnection between the customer and the general contractor in construction product quality management abroad and substantiates the need for development of an automated design system of construction quality management. The study presents the structure of the state construction supervision in Russia at the objects of industrial and civil purposes. It reveals the features of conducting supervisory activities in construction and presents the main aspects of such activities. The article describes in detail the differences between the implementation of supervision and construction control on capital construction projects. The article gives an example of methods and variations of creating organizational and technological model of renovation objects. Creating an organizational system for the completion of construction of non-preserved and unfinished facilities is based on identifying and creating basic coefficients affecting the production organization efficiency. It also forms the basis of a single organizational and managerial model which enables a project to be implemented in the very short term and at minimal cost.

This study is aimed to improve and facilitate the first industrial redeployment life cycle stage: planning. The authors claim that in Russia, neither the planning stage, nor the implementation stage are characterized by effective, scientifically-sound systems. To solve this problem, the authors suggest using the integrated interaction information system consisting of many different functional investment, organizational, technological and information subsystems and modules. It is recommended that the main elements of this information system be grouped into four main functional information macroblocks, one of which is developing the design structure, allocating resources, calculating the duration and costs necessary for the project. With the help of analysis of normative and scientific documentation, carrying out research by means of expert assessment, mathematical processing of results and practical application of the obtained results, an algorithm for creating an organizational and technological model of construction and installation works at the industrial reprofiling facility was developed.