Formation of digital toolkit for construction organization project

Abstract

The article considers the formation of a scientific and applied toolkit for a digital construction organization project in the context of digital transformation of the construction industry. It has been established that traditional organizational and technological approaches to construction production management do not provide sufficient adaptability to changes in resource provision and do not integrate information flows into a single management system. A conceptual approach to the formation of a digital construction organization project is proposed, which is based on the integration of the object information model, calendar and resource planning, monitoring system and analytical management within a single digital environment. Thanks to the integration of information flows in the digital environment, management is carried out in a mode of continuous control and adaptation to changes in the conditions of construction project implementation.

A conceptual model of a digital project of a construction organization is presented, which demonstrates the integration of information, organizational-technological and management processes within a single digital environment of construction production management. The central element of the presented model is a single digital platform of construction management, which ensures the integration of information flows between all participants in the construction process. The proposed model structure is based on a systemic approach to construction organization and involves a combination of digital modeling, calendar-resource planning, monitoring of work performance and analytical management in a single information platform. An organizational-technological model of digital construction production management and mathematical formalization of the integral indicator of project implementation efficiency have been developed. Practical testing of the proposed approach has shown the possibility of increasing the efficiency of construction project implementation by optimizing calendar-resource parameters and promptly responding to changes in the resource environment.