Integrating A BIM-Based Approach to the Planning, Analysis, and Sustainable Design for a Modern Hospital Building

Utilizing the Building Information Modelling (BIM) platform, this report shares the sustainable design, analysis, and planning of a multi-storey hospital. The project employs a complete BIM approach that involves 2D drafting in AutoCAD, 3D modeling in Autodesk Revit, and structural analysis and design through Tekla Structural Designer. In addition, 6D sustainability assessments are executed through Autodesk Insight and One Click LCA for the purpose of checking energy performance and environmental impact. The hospital, which is modelled as a G+4 structure, applies waffle slab systems and effectively uses glazing that is perfected to improve thermal efficiency and daylighting. Besides, a number of structural and architectural aspects have been changed ensuring the relevance of the standards to be followed, and for performance optimization too. The study demonstrates how BIM-enabled workflows can be utilized most efficiently and effectively for the creation of sustainable, efficient, code-compliant healthcare infrastructure.