Building Information Modelling (BIM) is a model-based
approach of the design process that has been known for its efficiency amongst
individuals in the construction field. It has had an extremely positive outcome
with the coordination of project management and project delivery. With time,
more projects have introduced BIM as they work source due to its advantages.
Some of these benefits include the following:
BIM allows the design team to model the building virtually
before it is constructed through a 3D representation. By doing this, all
systems (architectural, mechanical, structural, etc.) can be seen, analyzed and
redesigned if needed in order for them to integrate perfectly. This benefit is
known as the automated clash detection. By looking at the 3D relationship of
components, if there is any clash or conflict between the mechanical and
electrical system above ceiling for instance, the design can be fixed
virtually, ensuring a smooth construction process. This leads to a more
accurate construction time and less on-site labor.
Going beyond the modelling aspect of BIM, it also offers an
information database that is related to each specific project. Information
including, quantity take offs, cost details, MEP design details, project schedules,
etc., can be linked to the projects. Furthermore, different elements have their
own statistical information and specifications when clicked on them. For
instance, selecting a partition would give you its area, volume, thickness of
the partition, its material, finish, R-values, etc. Mechanical equipment would
give you its manufacturer, cost, weight, etc. This makes it easier for
designers as it lets them go through several options of a similar element in
order to choose what is more suitable for the building’s budget and design.
BIM also allows for better management and improved coordination
of the building process. All the people involved in this process, architects, structural
and MEP engineers, construction managers, site personnel, all remain updated of
even the smallest change done to the design through BIM. Information about the construction
schedules can be linked to the BIM project as well, visualizing it as it advances.
Updates of the construction progress, use of materials, updated costs, and even
labor can be seen through this tool, allowing for a better management of the
construction process.
Sources:
http://static-dc.autodesk.net/content/dam/autodesk/www/solutions/building-information-modeling/bim-value/EN_Business_Value_of_BIM_In_China_SMR_(2015)FINALf.pdf
Comments:
Cristian Almendariz Comment
William Whitesell Comment
Great post Maria. I really liked how you gave insight on BIM, as well as, Revit. Furthermore, I feel like you clearly distinguished between the two softwares, explaining the capabilities, yet their limitations as well. The most interesting fact to me was how BIM has more unique tools that are important in the construction industry like scheduling and such.
ReplyDeleteMaria-
ReplyDeleteIt was interesting in your post to read about the various applications and functionality of BIM. I agree that it is invaluable to have a virtual building model with information about insulating materials within a building in order to conduct in-depth analyses of a building. Something that was interesting in your post that I did not know was that you can combine construction schedules with BIM models to further the depth of the building analysis. Good post.
Maria-
ReplyDeleteIt was interesting in your post to read about the various applications and functionality of BIM. I agree that it is invaluable to have a virtual building model with information about insulating materials within a building in order to conduct in-depth analyses of a building. Something that was interesting in your post that I did not know was that you can combine construction schedules with BIM models to further the depth of the building analysis. Good post.