At present, in the process of highway and bridge construction in China, there are some problems such as low cooperation efficiency of various specialties, fault of information transmission, lag of error management and control in construction stage, and unclear positioning of industrial correction plan. This study takes BIM as the core, constructs information rules and standardization system of BIM model, and studies conflict detection and hierarchical processing methods. Then, the BIM model is combined with data acquisition to build a multi-dimensional construction error analysis and hierarchical early warning mechanism, which provides a rapid generation and optimization method for dynamic correction based on BIM. The research results will provide technical support for the digital control of the whole life cycle of highway bridges in China, and it is of great significance to improve the construction quality and accuracy of highway bridges.