Building engineering project multi-organization coordination management cloud platform based on BIM technology

Abstract

The invention discloses a building engineering project multi-organization coordination management cloud platform based on a BIM technology, and the platform enables the communication of all participants of a project to be built on the basis of the real-time updating of a drawing, a BIM model, a document and an industry file through the integration of project task management, flow management and function management. The working modes of information sharing, responsibility tracing, result synchronization, cooperation and parallelism are achieved. An advanced computer technology, an electronic information technology, a cloud computing and the like are adopted, a BIM model is used as a carrier, industry big data is used as a support, and an intelligent, lean and efficient management mode is constructed, so that the controllability of project quality, construction period and construction cost is improved, project risks are reduced, coordination of design and construction is achieved, projects are comprehensively controlled, construction site conditions are mastered in real time, and project value maximization is achieved through neutral and flexible platform management.

Description

technical field [0001] The invention relates to the field of computer technology, in particular to a multi-organization coordination management cloud platform for construction engineering projects based on BIM technology. Background technique [0002] The full name of BIM is "Building Information Modeling (Building Information Modeling)", and its concept is: building information model contains all component information, functional requirements and performance of different specialties, and includes all component information of an engineering project in the design process, construction The process and operation management process information are all integrated into a building model. At present, most construction management still relies on traditional experience and extensive passive management of projects, resulting in unpredictable risks, unclear cost control, and unclear task processes , The progress of the project is uncontrollable, the accident responsibility is difficult ...

AI Technical Summary

Problems solved by technology

At present, most construction management still relies on traditional experience and conducts extensive and passive management of projects, resulting in unpredictable risks, unclear cost control, unclear task processes, uncontrollable project progress, difficult tracing of accident responsibilities, and lack of multi-party coordination. Timely and other issues

[0003] Some existing large enterprises have combined BIM technology to create their own project management platforms to carry out refined management of projects, but the functions of each project platform are too privatized and personalized, and cannot be vigorously promoted in the construction management industry, and cannot be used for the entire project. The management industry provides a standardized and generalized BIM-based multi-party management platform

In addition, due to the high requirements for equipment configuration and technical personnel for the operation of BIM models, compared with traditional management, the improvement of management efficiency in BIM application points is not significant enough, resulting in relatively slow promotion of BIM technology in project implementation

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