Author(s)

Xudong Wang

Corresponding Author

Xudong Wang

Abstract

The construction industry is currently accelerating its transformation towards industrialization and low-carbon development. Prefabricated buildings, due to their advantages of high construction efficiency and environmental friendliness, have become a key development direction. Intelligent construction technology is gradually maturing, providing support to address these pain points, and their integration has become a critical requirement for promoting the high-quality development of prefabricated buildings. Based on the background of the integrated development of intelligent construction technology and prefabricated buildings, this study analyzes the core elements of three types of intelligent construction technologies: the full-lifecycle application of Building Information Modeling (BIM), the application of intelligent equipment on construction sites, and digital construction management platforms. It summarizes the characteristics of prefabricated buildings, including factory prefabrication of components, on-site assembly, and green environmental benefits. Furthermore, it elaborates on the implementation paths of three construction management strategies: BIM technology for collaborative component management, intelligent equipment for enhancing assembly accuracy, and digital platforms for controlling construction progress. The aim is to solve the problems of low efficiency, poor precision, and difficulty in controlling progress in traditional construction management of prefabricated buildings. The results indicate that these strategies can effectively improve component management efficiency, assembly accuracy, and progress control level, providing practical reference for high-quality construction of prefabricated buildings.

Keywords

Intelligent Construction Technology, Prefabricated Building, Construction Management, BIM, Intelligent Equipment