In BIM-driven design, the building information model developed during the design phase primarily serves to convey the designer’s intent and facilitate collaboration among various disciplines. However, this model typically does not extend to the actual construction phase, meaning the final design cannot be directly used to support on-site construction activities. To bridge this gap, designers refine the design outputs using BIM technology and import the completed Revit model into Fuzor software. This enables the creation of a construction BIM model that assists with the project’s real-world construction process.
The construction BIM model developed by the designer must include detailed geometric and spatial data of the building and its components. This 3D visualization accurately defines each element’s size, position, and spatial relationship within the structure. Additionally, it can calculate relevant quantities needed for engineering purposes. Temporary facilities and equipment used during construction—such as cranes, transport vehicles, scaffolding, and temporary supports—are also incorporated into the model, as they play a critical role in scheduling and organizing the project.
Each component in the construction BIM model is linked to its corresponding construction method documentation. This information supports material procurement, selection of construction processes, installation planning, and trial operations throughout construction. Furthermore, system design elements within the model include engineering analysis and calculation data, covering aspects like structural loads, thermal loads, and lighting design. These details streamline the procurement and manufacturing of engineering systems and their components during construction.
The construction team, collaborating with the architectural design firm, can leverage Fuzor software’s 4D construction simulation technology to manage and coordinate pre-construction activities. The simulation outputs can be shared visually with all project stakeholders, enabling them to quickly and clearly understand construction progress without requiring specialized construction expertise. BIM-based 4D progress simulation allows repeated testing and optimization of different construction sequences, helping to identify the most efficient construction plan for the project.
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