What is BIM? Building Information Modeling


BIM is a building design methodology characterized by the creation and use of coordinated calculable, coherent internally on a building project in design and construction. BIM makes a reliable digital representation of the building available for design decision making, production of high-quality construction documents, construction planning, and performance predictions, and cost estimates.

BIM Services provides the potential for a virtual information model to be handed from Design Team (architects, surveyors, consulting engineers, and others) to contractor and subcontractors and the owner, each adding their own discipline expertise and monitoring of additional changes to the single model. BIM Services are revolutionizing the AEC industry by virtual construction of the project even before moving to the construction site. Building Information Modeling (BIM) is used for the life cycle of the entire building, including the operation of the installation and maintenance.

Benefits of BIM Services


    Coordination with different components of the building lifecycle to recognize, analyze and eliminate conflicts.
    
High quality and accurate documentation of construction process.
    
Minimize building lifecycle to increase interaction between architects, engineers and contractors
    
It allows the prefabrication of individual components to minimize the project life cycle
    
project cost reduction of my waste disposal building materials.
    
Improved management of construction.
    
Accurate product quantity takeoffs.

BIM Services provide a platform for a simultaneous design process and a unique work environment structure that fosters the development of collaborative design and a highly detailed design process leading to a more profitable project.

Why is it important BIM

Regarding the 3D objects are machine readable, spatial conflicts in a building model can be checked automatically. Because of this ability, both the design and shop drawing levels, errors and change orders due to internal errors are greatly reduced. Thus, as a building representation, BIM technology is far superior to the drawings. Because building models are machine readable, practical, they should use that data in many other ways: to generate bills of material - which can be used for cost estimation or automatic control and monitoring for energy, lighting, acoustics or further analysis - not as post facto checking if an almost finished design is "OK" but rather to provide feedback while designing, informing the designer effects Changes. BIM tools are so different from CADD tools as well as a calculation rule from a computer to a different set of toy soldiers in an oriented computer game battle. BIM supports online simulation of a simulation of the design, line construction - called 4D CAD. BIM processes provide better building products at lower cost to the owner. Preliminary case studies have shown these benefits by users who have applied BIM well.

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