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Leveraging the advantages of information-based 3D modeling provided by BIM technology, the size and spatial location of the templates can be accurately determined from both spatial and informational perspectives, completely eliminating any possibility of incorrect template placement. A common phenomenon in the on-site construction of formwork is that there is a mismatch between the planned quantity and the actual quantity during the formwork erection process, which leads to the need for secondary adjustments to the formwork. Leveraging the advantages of information-based 3D modeling provided by BIM technology, the size and spatial location of the templates can be accurately determined from both spatial and informational perspectives, completely eliminating any possibility of incorrect template placement. In summary, BIM technology follows a three-step approach: optimization of on-site layout. In the organization and coordination of a project, the most challenging aspects on site are likely the allocation of tasks during the formwork setup process, as well as the coordination regarding the placement and classification of resources. BIM technology provides an excellent platform for planning on-site work; it enables the rational arrangement of resources such as machinery and materials within the project site model. This helps to **accelerate the construction process, allow for the intuitive simulation of actual construction conditions based on the schedule, minimize construction risks, and improve the quality of the project**. Optimization of construction progress: The application of BIM technology enables a more precise and trackable management of the construction process. It allows for better division of construction phases based on 3D digital models, thereby maximizing the acceleration of construction progress. While accelerating the construction progress, maximum quality control is achieved through the real-time multi-party management provided by the collaborative management platform. The platform’s real-time information transmission feature enables all template installation processes to proceed in an environment similar to that on the client’s site, with supervision, quality control, and construction safety inspections taking place simultaneously, thus ensuring the accuracy of the template installation techniques and the various construction stages. The development of BIM technology in our country is currently beginning to accelerate gradually. Our country has also set, in the \"Guiding Opinions on Promoting the Application of Building Information Modeling\" officially issued by the Ministry of Housing and Urban-Rural Development, a target to achieve a 90% adoption rate for BIM technology by the end of 2020. **The reason for such strong efforts to promote the use of BIM technology is that its application in engineering is indeed a technology that can improve construction quality, save costs, and accelerate project timelines.