Management Application of BIM Collaboration Platform in the Entire Lifecycle of Construction Projects

This paper delves into the application of Building Information Modeling (BIM) collaborative platforms in the lifecycle management of construction projects, analyzing their significance in the current construction industry. Initially, the background of BIM collaborative platforms is introduced, emphasizing their goals of enhancing the usability of BIM models and reducing communication costs, with a focus on optimizing the collaborative management of involved units. The paper then addresses several key challenges faced by BIM collaborative platforms, including issues related to platform positioning, functionality, data integration, graphic engines, and integrated management. Furthermore, it elaborates on the effective application of BIM collaborative platforms in various project phases: survey and design, construction implementation, and operation and maintenance management. The paper highlights the value of BIM collaborative platforms in integrating data from various stakeholders and specializations, enhancing work efficiency and project quality while acknowledging challenges in widespread application due to non-uniform standards and insufficient policy support. It concludes with a future outlook, anticipating a broader application spectrum for BIM collaborative platforms driven by national policy initiatives and collaborative efforts within the industry.