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Integrating BIM with building automation systems is a new concept on the block. Facility mangers are exploring its benefits and utilizing it to improve the efficiency within buildings like healthcare facilities, pharmaceuticals and the like. Facility managers can use BIM in conjunction with computer aided maintenance management system to chart out an improved maintenance plan and to build an operations and maintenance tracking tool.

BIM is considered as a useful collaboration tool for real estate developers, architects, surveyors, contractors, engineers etc., as it helps them stay on the same page and coordinate all the activities. BIM - extended as a construction support service, increases productivity and translates projects into better project outcomes. http://goo.gl/1RSCtX

So what is it that you would want, or expect of your BIM reinforced model? Well the answers lies in how you want the tool to meet your requirements. Or what can make the model really efficient.

BIM offers coordination tools that let architects, structural and MEP engineers deal with a venture all the more viably. For instance, by working with the same model as a base, MEP specialists can format their frameworks around the structural model, enhancing coordination. A standout amongst the most valuable instruments accessible is clash detection, which is an incredible approach to diminish blunders via naturally checkingcollisions or interferences between the structural system and the ducts and plumbing systems.

MEP layout in a big facility is so complicated that it becomes time consuming and causes waste of resources if not planned properly. BIM has proved to be a useful tool for determining various options and remove the hindrances.

Up until two weeks back, only very digitally savvy people were heard using the term Augmented Reality - AR. Pokemon Go has turned the tables drastically bringing in immense awareness about AR. the truth is that many contractors and architects are experimenting with AR as a visualization tool, which means the technology is already being used in the built environment as part of the architectural and structural design process.

Increasing number of industries have become data driven already. They are all the more associated with specialists, build data-centric cultures, and developed tools - gadgets - applications and much more to leverage data, optimize their new as well as ongoing projects, and avoid any pitfalls. There are no second thoughts that the building construction industry will certainly follow.

Revit MEP Modeling, since inception, has been delivering an array of options to design ductwork models, however; there are several challenges that sheet metal fabricators face when modelling ductwork in Revit. Ductwork, unique in design for each of the structures and elements expose several challenges while designing.

Revit MEP by Autodesk is an established tool for ductwork modeling that addresses the core elements of a ductwork system, allowing a reasonably sound set of design drawings to be issued. Challenges for fabrication from Revit was a big area of concern, till the time Autodesk started addressing them; and now we see successful fabrication interoperability.