| ASPECTS OF BIMBuilding Information Modeling (BIM) is an integrated process crated on  coordinated information about a project from design through construction and  into operations. By adopting BIM, architecture firms can use this coherent  information throughout the process to design and document innovative projects,  virtually visualize facilities for better communication, and simulate  real-world performance for better understanding of cost, scheduling, and  environmental impact. Detailed analysis can be run on the model at all stages to  determine the optimum energy usage, the most sustainable and lowest lifecycle  cost and the most environmentally friendly facility possible. The model also  links to the geospatial world which provides it real world context. The process is  taking place in computer through BIM software application. One of most popular and  most technically advanced software  application for architectural  design is Autodesk Revit Architecture that is built in purpose for Building  Information Modeling. The BIM software is built to work naturally the way  architects and designers think about design. It is efficient with extended  possibilities for project documentation.
    The BIM software provides superior  support for sustainable design, clash detection, construction planning, and  fabrication, while helping architects to work collaboratively with engineers,  contractors, and owners. All model information is stored  in a single, coordinated database file and can be shared between team members.  When the change is done anywhere in the model the whole documentation is  updated automatically.  3D views, renderings, and other presentation documents  are by-products of the building model. Architects can now easier communicate  their designs to the clients, contractors, or reviewing authorities. They are no  longer limited to the old, static, orthogonal views of plans, elevations, and  cross sections. BIM software allows architects and their clients to look at  their design from many viewpoints, rotate and slice the model, to explore different  design options as it is developed. This process can even be animated, allowing  the viewer to walk in through and around the building.
 The BIM software lets architects work simultaneously with  multiple design options in a single model, making it a tool not only for design  but for design thinking.
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