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Traditional Modular Integrated Construction risk management (MiCRM) is sometimes hindered by challenges such as fragmented communications, unreliable data interchange, and subpar risk management procedures. With the ongoing evolution of the construction sector, there is a pressing want for novel methods to tackle these deficiencies. With the rising digitalization of the construction sector, Building Information Modeling (BIM) plays a crucial role in enhancing project efficiency, fostering collaboration, and managing risks. Nevertheless, the full potential of its implementation in MiCRM has yet to be completely investigated. This study investigates the incorporation of building information modeling (BIM) with modular Integrated Construction Risk Management (MiCRM), focusing on its individual applications and the joint utilization of digital technologies associated with BIM, such as 3D-MCCT (3D mobile cloud computing technology) and SST (on-site security technology). This research is being done in response to the growing need for effective and secure construction techniques, particularly in the field of modular construction. This study examines the difficulties and advantages of BIM-based MiCRM by reviewing existing literature, industry practice, and case studies. Primary obstacles encompass interoperability concerns, the intricacy of data administration, and a demand for specific expertise among building practitioners. This study intends to offer practical insights for stakeholders that want to successfully adopt BIM-based MiCRM by tackling these issues.
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Boyu Cui (2024) studied this question.
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