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Showing posts with the label 3D Revit BIM Modeling

8 Steps for a successful BIM Implementation for Every Construction Company

  "It is not always necessary or enough to have expertise in having BIM capabilities, rather there should be skills and know how to let the clients and prospects attract towards Building Information Modeling Services which is the forte of the outsourcing companies and for that they have the right team and platform too." In the era of the 21st century, building owners and the developers are indeed changing their thoughts and ideas regarding the concept of BIM Services . Talking sometime back, when BIM services were not so much familiar still people were known with its terminology. Also, there was the time where a client or the prospect does have a practice as to asking with vague reasons as to why there is a need for BIM services and what the scope is over it. But with the change in time and knowing the concept more in detail the clients and prospects demand a demonstrated view and BIM expertise for their project and that also with the company who have experience on real

What’s New in Revit 2018 for MEP Engineering?

Revit is a building information modeling (BIM) software developed by Autodesk for engineers, contractors, and architects. It allows:     • To access information from BIM database.     • To design a building and its components in three dimensions.     • To understand the models with 2D Revit MEP Drafting elements.     • To track the building lifecycle using 4D models from concept to completion. It supports features for structural, architectural and MEP engineering. Recently, Autodesk has updated Revit software for MEP Fabrication and drafting. Let’s deep dive into the new features of Revit 2018 for MEP: Sloped piping for fabrication: Revit has been updated by Autodesk for sloped piping with respect to its part. One can now use multi-point routing for fabrication elements. They can also apply slopes to already modeled elements. The updated version allows you to:     • Apply slope to pipe elements part-by-part     • Apply slope to branch elements     • Apply differen