Research on the Whole-process Construction Management and Control System of Prefabricated Buildings Based on BIM Technology
Prefabricated buildings serve as the core carrier of industrialized and green construction. Nevertheless, they feature long construction chains, multiple participating entities, and high precision requirements. Traditional management and control modes are plagued by pain points such as low collaborative efficiency, high rework rate, and poor traceability, which can hardly meet the demands of refined construction. With technical characteristics including parameterization, visualization, collaboration, and full-life-cycle data connectivity, BIM technology provides core technical support for upgrading the construction management and control of prefabricated buildings. In view of this, this paper conducts in-depth research on the whole-process construction management and control system of prefabricated buildings based on BIM technology, so as to offer references for the high-quality construction of prefabricated buildings.
[1] Song XG, Li ZH, Yao X, 2023, Research on Whole Industrial Chain Quality Management of Prefabricated Buildings Based on BIM. Journal of Engineering Management, 37(5): 30–35.
[2] Ding DS, Lu H, 2023, Research on Application of BIM Technology in Intelligent Construction of Prefabricated Buildings. Construction Economics, 44(S01): 293–296.
[3] Zhu L, Lu SW, Liang JF, et al., 2022, Analysis and Evaluation of Energy Conservation and Emission Reduction of Prefabricated Buildings Based on BIM Technology. Construction Economics, 43(S02): 302–306.
[4] Rong BW, Wang Y, 2023, Research on Whole Life Cycle Analysis and Optimization of Prefabricated Buildings Based on LSS-BIM5D. Construction Economics, 44(S02): 348–353.
[5] Yang LR, 2025, Research on Whole-process Cost Control of Prefabricated Buildings Based on BIM Technology. Earthquake Resistant Engineering and Retrofitting, 47(2): I0017.
[6] Ma H, Zhang HB, Wang YN, 2020, Identification of Parallel Construction Spatial Conflicts of Prefabricated Buildings Based on BIM. Journal of Safety Science and Technology, 16(2): 7.
[7] Zhou XH, Jiang L, Deng C, et al., 2024, Research on Green and Low-carbon Practice of Prefabricated Buildings in Hot Summer and Cold Winter Zones Based on BIM Technology. Building Science, 40(8): 34–41 + 51.
[8] Chen Y, Yang B, Lu XS, 2021, Positioning of Prefabricated Building Components Based on BIM and Laser Scanning Technology. Laser Journal, 2021(10): 42.
[9] Zheng ZG, Hua JJ, Zhang SQ, et al., 2023, Standardized Design of Prefabricated Buildings Based on Whole-process System Integration. Building Structure, 53(S01): 1183–1189.
[10] Tang WB, Tang R, 2021, Design of Intelligent Engineering Management System for Prefabricated Buildings Based on BIM Technology. Modern Electronic Technology, 44(18): 4.
[11] Tao HX, Wang SF, Shi YB, et al., 2022, Engineering Management of Prefabricated Steel Structure Buildings Based on BIM Technology. Building Technology, 2022(3): 53.
[12] Zhao XC, 2025, Practice of Whole-process Information Management Integrated with Prefabricated Buildings and BIM Technology. Proceedings of 2025 Engineering Innovation and Sustainable Development Exchange Conference (Volume I), 2025: 514–515.
[13] Yang NX, 2025, Application of BIM Technology in Quality Management of Prefabricated Building Projects. Engineering Technology Research, 10(23): 145–147.
[14] Li ZY, Xu J, 2026, Research on Information Management of Prefabricated Buildings Based on BIM Technology. Journal of Tianjin University of Technology, preprint, 1–8.
[15] Yi SL, Meng YC, Yang YC, 2025, Research on Refined Construction Management Application of Prefabricated Buildings Based on BIM Technology. Theoretical Research in Urban Construction (Electronic Version), 2025(33): 32–34.
