Forming a unified information platform for managing a life cycle of a building object

Abstract

The problem of full-fledged information modeling of the life cycle of the construction project and a single view of the object, including the stages of its construction and operation, is very relevant today and does not have a complete solution. The subject of the article: the organization of the software environment for managing the project life cycle processes on an integrated information platform. The article analyzes the main directions of information modeling in the construction industry; a comparative analysis of IT-systems BIM (Building Information Model or Modeling) and PLM (Product Lifecycle Management system) performed; explored the possibilities of modernization of the design environment and the integration of different applications; revealed the functionality of BIM technologies necessary for the development of the programming environment for the life cycle of a building object. The article shows that the most promising way to solve problems is the integration of Western and Russian technologies using the BIM model on the PLM platform. A technological IT platform should be developed that describes a process model based on a single data source with the possibility of effective interaction of all building subsystems and project participants and allows integrating data into third-party systems.