BIM provides practical solutions to all construction problems
Building Information Modeling is both a process and
technology that makes use of effective methodology for accomplishing
construction projects. Development of 3D models is the most imperative part of
this innovate methodology which focuses on effective planning and execution. BIM
technology is thoroughly accountable for developing reliable digital models
which represent the design of multiple building disciplines. As information
accommodated in these building models is digital this can be effectively passed
electronically from one stakeholder to another. The building design software
that is employed by design and construction professionals in their development
is Revit. Revit is available for architects, structural engineers and MEP engineers in the form of Revit architecture, Revit structure and
Revit MEP.
BIM modeling tools are the greatest blessing for
design and construction professionals so far as they can effectively develop
productive designs for different building disciplines and coordinate the
information among each other with their assistance. This digital depiction of
building disciplines help construction professionals and building stakeholders
to analyze them successfully and then come up with effective design decisions.
Effective decisions concerning project management are also taken based on the
information available in these models.
Be it the construction schedules, 4D simulation
videos, material takeoffs, bill of materials or right cost estimates all of
them can be generated by design and construction professionals by using BIM
models. Construction drawings which are unquestionably the most important part
of construction projects can also be generated from BIM models. Architectural
model can be used by design and construction professionals for extracting
precise architectural drawings and similarly structural and MEP models can also
be used for extracting drawings concerning these disciplines.
When it comes to sorting out issues related to
existence of clashes between these models clash detection process is executed
by AEC professionals. Once this process is accomplished there remains no chance
of existence of errors in architectural, structural and MEP models. If drawings
are extracted from models after the execution of clash detection process no
further changes are required in the drawings and if these drawings are used by
construction professionals during actual construction the process proceeds
smoothly.
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