Building Information Modeling (BIM) Implementation Strategies In The Construction Industry: A Comprehensive Review Of Roles, Challenges, And Frameworks

Abstract

Building Information Modelling (BIM) has transformed the construction sector through digital integration that enhances efficiency, collaboration, and data management. This study synthesizes findings from four key publications to provide an overview of BIM implementation methods and challenges across different contexts. The review covers: (1) the development of a BIM implementation framework for structural engineering firms based on Critical Success Factors (CSFs) to address organizational and technical barriers; (2) the essential role of the BIM Manager in maintaining data quality, coordinating multidisciplinary teams, and ensuring software interoperability; (3) specific challenges in applying BIM to infrastructure projects, particularly the need for universal data standards and robust information governance; and (4) barriers to BIM adoption in prefabricated construction, including limited stakeholder coordination and regulatory gaps. Overall, the findings highlight that successful BIM implementation depends not only on technology, but also on organizational readiness, human resource competence, supportive regulations, and structured collaboration. This article concludes with strategic recommendations to optimize BIM implementation for improved design accuracy, construction efficiency, and project sustainability.