The trend of developing 3D digital models for building projects became popular after the adoption and utilization of BIM in Architecture, Engineering and Construction Industry. website:www.jbhtesla.com

1. A comprehensive note on the advantages of architectural,
structural and MEP models
The trend of developing 3D digital models for building projects became popular after the
adoption and utilization of BIM in Architecture, Engineering and Construction Industry. The
concept of Building Information Modeling evolved approximated three decades ago but its rapid
use in AEC Industry started only in the last few years. Before that AEC firms used to find it
difficult to accommodate BIM software which used to be considered quite costly.
But as gradual advancements are taking place in technological sector, software technology used
in construction business is becoming cheaper and accessible to design and construction
professionals. And due to that today every AEC firm is equipped with high end tools and
technology which help them in delivering effective engineering solutions to clients during
preconstruction.
Development of digital models for architecture, structure and MEP is not a difficult thing today
as engineering service providing companies can manage to maintain high end software such as
AutoCAD, Revit, 3ds Max and Navisworks etc. Building design software Revit which is created
by American software manufacturing company Autodesk is utilized by design and construction
professionals’ world over for developing 3D models. When it comes to reinforcing coordination,
collaboration and visualization during design development Revit is a leader in that. With the
assistance of high coordination and collaboration between design members during design
development extremely factual 3D models are created for different disciplines.
Multidiscipline 3D models are very important for different building stakeholders (architects,
engineers, contactors, owners and fabricators etc.) for taking constructive decisions that can
increase the productivity of the project. For example, construction management becomes highly
convenient for contractors when they extract crucial information such as material takeoffs and
bill of material which creates awareness among contractors about the use of materials in exact
quantities. When contractors get to know about quantities of materials that are necessary for
accomplishing the project they can buy the materials in exact amounts which helps in
minimizing wastage.
Apart from that contractors can make use of construction schedules and 4D simulations for
improving the onsite productivity of the project. All these are additions benefits of BIM models
which are basically developed for creating effective building design that accounts for flawless
construction.