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This project involved the conversion of a point cloud survey of a residential house basement into a precise and well-structured IFC model, ensuring a reliable digital representation of the existing architectural conditions.
The point cloud data was carefully processed and interpreted to accurately model basement walls, slabs, columns, openings, and all relevant architectural elements. Special attention was given to geometric precision, level alignment, and spatial consistency, allowing the BIM model to faithfully reflect the real-world conditions of the basement.
Through a structured Scan-to-BIM workflow, the resulting Revit model enabled clear understanding of the existing architecture and provided a strong foundation for renovation, retrofit, and coordination activities. The IFC output ensured full interoperability and seamless collaboration across different disciplines and software platforms.
📌 Project Deliverables
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Revit Model developed directly from point cloud data
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IFC Model for open-BIM coordination and data exchange
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2D DWG Drawings extracted from the BIM model
🧩 Technical Information
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Workflow: Scan-to-BIM
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Software: Autodesk Revit
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Model Purpose: As-built documentation and renovation planning
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Accuracy: Model aligned and verified against point cloud data
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Output Format: Revit, IFC, DWG
The final BIM deliverables provide an accurate and reliable reference for architects, engineers, and contractors, supporting efficient planning and reducing uncertainty during the design and construction phases.
At BIENAR.AL, we deliver high-quality Scan-to-BIM solutions that transform existing conditions into precise digital models, enabling informed decision-making and optimized project workflows.