Healthcare facilities demand extreme precision due to rigorous life-safety standards, radiation shielding, and sterile airflow systems. For this major cancer treatment facility, Enginagar transformed dense 3D point cloud survey scans into a comprehensive LOD 500 digital twin.
Capturing existing operational hospital spaces without disrupting ongoing patient care and surgical schedules. Extremely tight radiation shielding tolerances inside heavy concrete bunker walls for linear accelerators. Detailed documentation of medical gas pipelines, HEPA filtration units, and emergency power circuits.
Implemented high-definition phased laser scanning during off-peak hours with sub-millimeter target registration. Converted billions of point cloud survey points into structured native Revit families with rich asset parameters. Integrated COBie (Construction Operations Building Information Exchange) data directly into the model for facility management.
100% accurate digital twin verified within 3mm positional tolerance across all surgical and clinical wings. Accelerated renovation planning and retrofit design by 40% compared to traditional 2D survey methods. Flawless fit of complex specialized oncology equipment without on-site structural modifications.
A 96-unit residential development where Enginagar delivered spatial BIM coordination, modular corridor planning, coordinated drawings, and prefabrication support. The project achieved a clash-free model and significantly reduced site RFIs.
Enginagar developed a coordinated 3D Revit model integrating Architecture, Structure, and MEP systems, supported by clash detection and multidisciplinary coordination to improve delivery efficiency.
