BIM (Building Information Modeling) is a term coined in the 1970s by Professor Chuck Eastman. He defined BIM as a digital information model that encompasses all physical characteristics, component details, construction progress, and process control data throughout the entire lifecycle of a construction project.
In engineering project management, BIM technology leverages its strengths to model and support facilities throughout all project phases—from planning and preparation to completion and final acceptance. It also helps standardize and manage the entire project management process.
By utilizing methods such as simulation, system diagrams, and visualization, BIM facilitates the organization of engineering projects, enabling the development of supporting measures, quality control protocols, and risk prevention strategies. The engineering project management process with BIM is divided into three standardized stages, with the workflow detailed as follows:
1. Project Planning: During this phase, BIM objectives and applications are defined based on the project implementation proposal and feasibility analysis. All BIM management processes are then developed in detail.
2. Project Organization and Management: Building on the planning phase, this stage clarifies the responsibilities of each party involved—owner, designer, and construction team—according to BIM information collaboration standards. It also establishes the collaboration process among these parties.
3. Project Implementation: In this final phase, all BIM models and information processes related to scheme development, design, and construction are created according to the responsibilities assigned during project organization.
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