What are fundamental reasons for using BIM in construction?
Building Information Modeling is such an
indispensable and innovative process that makes use of cutting edge technology
to accomplish building projects. It has totally altered the shape of Architecture Engineering and Construction industry upside down by providing a way
for seamless construction. All the complications that used to be faced by
architects, engineers, constructors and building owners have now been
simplified by BIM. Implementation of high end technology which once seemed so
impractical in context of construction industry is now the biggest reality.
Software technology is fully embraced by design and construction professionals
for the accomplishment of engineering services that are largely required by
them in the preconstruction stage.
Today construction professionals can’t even think of
accomplishing a building project without employing software such as Revit,
AutoCAD, Navisworks and 3ds Max etc. which are undisputedly required in the
execution of design and drafting and modeling services. Compared to earlier
building projects can now be accomplished fast due to BIM. Implementation of
innovative technology and tools in construction process are ultimately
accountable for speedy industrialization and rapid development of cities which
eventually indicates human development.
One of the prime reasons for the implementation of
BIM in construction projects is that BIM models are the most trusted source of
authentic project related information as every detail is recorded in them
during modeling process. Architects and engineers have to refer authentic
information related to the building when they carry out onsite construction and
that becomes possible with the assistance of construction drawings that are
acquired from 3D models.
As different models are created by architects and
engineers for architecture, structure and MEP BIM helps in coordinating all these
models. The main intention behind coordination is to figure out if all the
individual models have the ability to coexist in harmony or not. So during
coordination process a lot of inconsistencies are indentified by the modelers
between models belonging to different building trades. So the errors identified
during clash detection process which is the primary step of coordination
process are successfully sorted out by architects and engineers by manipulating
3D models.
BIM is crucial technology and tool for eliminating
rework. As all the clash related problems are dealt during clash detection
process no design errors are faced by AEC professionals on the proposed
location which eradicates rework. This saves huge sums of money and time
leading to high productivity and on time project delivery.
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