Building information modeling is a philosophy that is changing the way buildings are designed, constructed, and operated.  Beyond the basic 3-D modeling, BIM simulates the built environment by creating a powerful model using geographic information, spatial relationships, and quantities and properties of a building.  The model can be used to make decisions during all phases of the building life cycle, with a huge potential to reduce cost, decrease errors in design and constructions, and increase efficiency and coordination among owners, architects, general contractors, and trades.

McKenney's works in the Autodesk environment with access to Architecture 2009 and Revit.  HVAC, mechanical, piping, and plumbing models are accomplished with the use of CAD-Duct and CAD-Mech, supported by TSI and MAP.  McKenney's is currently integrating these software platforms with our Sheet Metal Shop to "CAM" duct directly from the 3-D model.

McKenney's uses Navis Works to facilitate coordination of all building elements, including structure, piping ductwork, fire protection, and electrical.  We can support this process as an integral team member or take the lead by creating the clash detection models for the project.

Our organization fully supports the BIM process, as evidenced by our significant capital investment in software, hardware, and personnel.  We continually strive to incorporate this model into our philosophies and everyday work.  Current initiatives include integration with the estimating processes as well as creating as-built drawings with building date embedded for use by property owners once a project is complete.

Here's a recent example of our work:

Emory University - Rollins School of Public Health, Level 8 fly-through