Providing powerful value, Building Information Modeling (BIM) is driving an unparalleled revolution in the construction trade using digital modeling software to more effectively design, build, and manage projects. At the same time, it is chipping away at barriers between industry firms by encouraging the sharing of knowledge throughout the project lifecycle and closer collaboration to integrate valuable fabrication, construction and operations expertise into the overall design. This improves constructibility, adherence to schedule and budget, lifecycle management and productivity for everyone involved. Other industries such as aerospace, automotive and shipbuilding companies have already improved productivity by adopting modeling technologies and integrating their design, production and operations activities. In effect they build the product twice, once digitally to ensure maximum accuracy, then physically in exact compliance with the model, at a high level of quality and production efficiency. This process contributes enormously to improved productivity, safety and product quality.

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This proven approach has now been introduced to the construction industry as BIM. All businesses will be affected. We are entering the most transformative time our industry has ever experienced. BIM is a revolutionary game-changer, forcing the industry to examine existing processes to best leverage this new technology. Building Information Modeling (BIM) is the process of generating and managing building data and its various components during its life cycle.

Using three-dimensional, real-time, dynamic building modeling software to increase productivity in building design and construction, the process produces the BIM, which encompasses building geometry, spatial relationships, geographic information, and quantities and properties of building components. Modeling is essentially “proof of concept”. Going beyond geometry and addressing issues such as cost and project management, BIM provides a way to work on most aspects of the building’s life cycle concurrently, including the processes of construction and facility operation.

Quantities and shared properties of materials can be removed, replaced and reorganized easily. Scopes of work can be isolated and defined. Systems, assemblies, and sequences can be shown in a relative scale with the entire facility or group of facilities. BIM achieves such improvements by modeling the actual parts and pieces used to build a building. This is a substantial shift from the traditional computer aided drafting method of drawing with vector file-based lines that combine to represent objects. App to download for kodi on mac. The objects used in BIM are scaled to represent the actual dimensions of materials used to construct various types of projects. BIM Adoption Large General Contractors have embraced BIM technology as early adopters while architects and construction product manufacturers have in some cases been more reluctant in their acceptance.

BIM usage is increasing daily as additional users discover the great advantages of various types of software. The top benefits of BIM include easier coordination of various software and project personnel, increased productivity, improved communication across project team members, and enhanced quality control. Beyond switching to new software, BIM calls for changes to the very definition of traditional architectural phases and data sharing than most architects and engineers are accustomed. Adequate training, senior management buy-in and the expense of the software have been hindrances to the adoption of BIM. Key Concepts of BIM Architects, engineers, contractors and others in the construction field have always designed and developed projects with 2-D images, whether on paper or software. With new 3-D design modeling technology, designing from the ground up is more efficient and comprehensive. The ability to review, revise and perfect designs before groundbreaking has implications across all subfields of the construction industry.

Historically, each trade—Site work, Architectural, Structural, Electrical, Mechanical, etc.—has multiple pages of drawings in the 2-D plans which must be continually reviewed manually for changes that may impact what each trade is doing, let alone other trades. BIM provides the tool for each trade to review their work and to submit changes for visual comparison of all trades, thus economically building the project virtually long before expense of field construction starts. Being able to design an entire building and move throughout the model to completely review the project means fewer design errors. With scaled models of each piece, from frames to wiring, each phase of planning is represented with their own objects. The detail and level of accuracy of 3-D modeling is unsurpassed, with details down to frames, purlins, and girts. Detailing so specific allows for simple mistakes to be caught; misplaced doors, duct work and ill-fitting appliances can be fixed before the foundation is even laid.