Acceptance of Building Information Modeling or BIM by global Architecture, Engineering and Construction industry have tremendously reduced the problems of architects, structural engineers, MEP engineers, contractors and building owners as the BIM models developed for the construction projects can provide huge information to them. website:www.teslacad.com.au

1. Acquire information on design, construction, scheduling
and materials from 3D models
Acceptance of Building Information Modeling or BIM by global Architecture, Engineering and
Construction industry have tremendously reduced the problems of architects, structural
engineers, MEP engineers, contractors and building owners as the BIM models developed for the
construction projects can provide huge information to them. Appropriate parameters and accurate
dimensions are used by design and construction professionals for developing highly information
rich 3D parametric models for architecture, structure and MEP in Revit. For developing
architectural and structural models Revit Architecture and Revit Structure are respectively
utilized by AEC professionals, whereas when it comes to the development of 3D parametric
models for MEP systems they make use of Revit MEP.
All these Revit disciplines incorporate vigorous and constructive BIM modeling tools which
allow architects and engineers to generate immensely accurate 3D parametric models which are
utilized by them throughout the building process. When design and construction professionals do
not want anything else apart from design information 3D architectural, structural and MEP
models are the most promising source of design data to them. On the other hand when they
would like to obtain information associated to construction, time, money, scheduling, materials,
and quantity takeoffs etc they have to execute 4D, 5D and 6D BIM modeling services. When
new dimensions such as time, cost and sustainability etc are added to 3D parametric model,
design and construction professionals can acquire meticulous information on construction,
scheduling, quantity takeoffs, time and cost of the project and bill of materials etc.
If the above mentioned information is received in an error-free manner by architects and
engineers it becomes sufficient for them when it comes to predicting the outcomes. Since the
project has only been developed in a virtual environment so far, the outcomes predicted by
design and construction professionals can be effectively governed or controlled by them. The
building design developed by them in the virtual world can be successfully altered for obtaining
productive outcomes. Error-free construction schedules created by key building professionals are
essential for maintaining efficiency when the building is finally developed in the actual location.