This study proposes a dynamic control method for temperature control in mass concrete construction based on BIM technology, aimed at addressing problems such as non-intuitive monitoring data and the disconnection between theoretical calculations and construction monitoring in the temperature control process. A temperature control monitoring model for the concrete construction of a certain ship lock was established on the Revit platform. The integration of monitoring information and the model was achieved through the secondary development of Revit combined with a database. In addition, the BIM model was imported into finite element software for simulation of the temperature control process of large-volume concrete. The research results show that the application of BIM to construction temperature control monitoring improves the visualization management and analysis capabilities of monitoring information and provides a feedback path between temperature control simulation data and actual engineering monitoring data, which better guides the temperature control of mass concrete construction.