Decision support system in the risk management of logistics infrastructure projects

Abstract

The article is devoted to the role of modern technologies in the optimization of logistics processes in infrastructure projects. Such technologies and information systems for managing the organization's resources. It is analyzed how these technologies can be used to optimize and manage project risks. Specific challenges faced by project managers when organizing logistics processes in infrastructure projects are considered. A rationally formed logistics infrastructure and its effective management contributes to the benefits of all participants of the logistics chain based on their clear interaction, which in general allows to improve the quantitative and qualitative parameters of financial flows. The purpose of the article is to substantiate the essence of logistics infrastructure and define its components in the direction of ensuring effective management and providing integrated logistical support of the life cycle of infrastructure projects. The object of research is the processes of logistical support of the life cycle of infrastructure projects. The subject of research is the management of processes of integrated logistical support of the life cycle of infrastructure projects. In the course of scientific research, general scientific and special methods were used, including: methods of synthesis and analysis, induction and deduction, methods of statistical analysis. And also: a systematic approach, a terminological analysis to determine the essence of the logistics infrastructure, a project approach for technical and economic substantiation of the feasibility of using a software product based on information systems and BIM technologies, application of BIM technologies to optimize the life cycle management processes of construction objects, including logistical ones.