Artificial Intelligence Based Scenario Design of Assembly Building Demonstration Teaching

Abstract

Assembly-based construction is currently a form of construction that is vigorously promoted in China, and CAD, BIM, and intelligent building technologies are also new technical tools that are widely recognized in the construction field. Based on this, starting from the domestic and international research on intelligent construction management of assembled buildings, each stage of the demonstration teaching scenario of assembled buildings is studied in depth to determine its core activities. A parallel optimization of the smart building demonstration teaching scenario, a parallel engineering implementation strategy for the proposed construction and whole process management is proposed. Based on the parallel optimization of the construction process of the assembled building, the whole process management model of the intelligent construction of the assembled building is proposed. Based on the DSM method, the dependencies between the core activities of the construction process are clarified, and it is found that the use of parallel engineering in the assembly construction process can effectively shorten the project development cycle and reduce non-value-added activities such as rework. By analyzing and studying intelligent buildings based on BIM technology in each stage, the problems and advantages solved by BIM technology in each stage are proved, which provides useful methodological reference for BIM design of similar projects.