| Resumo: |
BIM has become a common process and one of the latest technologies that have significantly changed the AEC industry worldwide in the management of construction projects. However, the increasement of the design disciplines and the number of professionals involved in the project has contributed to the fragmentation of the design and construction phases. In this context, the AEC industry has been searching for more collaborative practices through tools, methods, and processes in BIM. Therefore, for the success of a project, the adoption of critical success factors (CSFs) is considered a key facilitator in the organization of strategies for BIM. Thus, the general research objective was to identify critical success factors for BIM in the design and construction interface. The research method applied mixed methods considering qualitative and quantitative approaches developed through two exploratory surveys, bibliometrics, content analysis, and multi-case studies. Findings showed the application of the CSFs in theoretical and practical approaches. We developed the categorization of 14 different BIM codes which can be used in future works. Likewise, we applied the analysis of CSFs for BIM with three principal categories: technology, people, and process. The CSFs were founded in literature, classified, and framed into three main phases: design, pre-construction, and construction phases. As contributions to practitioners, this research identified CSFs for BIM in the design and construction interface. |
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