Today, there are various building
design software’s to choose from. Typically, we hear about AutoCAD and Revit as
the main platforms for todays building modeling. Both of which are great tools
for different reasons.
Starting with AutoCAD, the program
was originally designed with the intention of helping with manufacturing and
mechanical design. With AutoCAD, you typically design in detailed 2D, however
the most recent AutoCAD software includes 3D design tools. AutoCAD has become
the go to for many firms worldwide, despite its minor complexities in use.
AutoCAD is used to create blueprints and floor plans, but has also become a
tool for graphic designers, engineers, and project managers. Its format is
easily read and understood across the board, however, learning to understand
the tools of the program takes time.
This is where Revit comes in as a
helpful tool. Revit was designed to simplify the design process, specifically
for Architects. Revit allowed for 2D and 3D design from the start, and
therefore has managed to perfect these tools. Revit has also recently brought
in a 4D aspect, which AutoCAD has not. Revit not only allows you to design and
annotate in 3D and 2D drawing, but it allows you to access the building parts
and information from a large database. Meaning, if there are features (i.e.
furniture, parts, mechanical elements) that you want to add to the building
design, you can find those things through the Revit database, look up
information on them, and add them to your model. Revit also makes it easy to
create drawing sets with the built in sheets tool. Finally, Revit allows you to
easily create a building using scaled floors, walls, windows, and roofs, all in
the same file, rather than having to create separate drawings for each element
and manually scaling.
Google Sketchup is another very
easy to use tool for 3D modeling. Google Sketchup is probably the easiest 3D
modeling software to learn, and creates some of the most visually appealing
designs because of its many components and tools. Google Sketchup is also free software;
therefore it was most likely created to reach more of a variety of users as
compared to AutoCAD and Revit. Going back to AutoCAD, this software does excel
in its capability to transfer into other software. For example, it is relatively
easy to take a dwg from CAD and place it into a program like Google Sketchup
and build your 3D model from there. You can do the same with a Revit 2D
drawing, however, with the 3D capability of Revit being so easily accessible,
it doesn’t make much sense to do so.
Google Sketchup is a great tool for
quickly creating 3D models without the technicality. However, when it comes to
technical building design and models, AutoCAD and Revit are definitely the better
options. Although many firms will continue to stay set on AutoCad as the go-to
BIM software, I believe Revit proves to be more advanced and overall beneficial
to Architectural design and Engineering.
Comments
Allison Lock:
I also decided to compare Google Sketchup with AutoCad and
Revit. I like how you emphasized that Sketchup works well for general shapes. A
lot of our information was similar, for example, the fact the AutoCAD is
commonly used in the industry right now, and the aspect of Revit that deals
with the simplicity of the floor, wall, roof, and ceiling constructions. Overall,
I like the way you set up your post. It was easy to read and understand the
differences that you pointed out between all three tools.
Adrian Kuzniarowicz:
I like how you started out your post with a brief history of
the two products you are comparing. For example, specifically pointing out the
AutoCAD was created before Revit gives the audience a good backstory of the
products. Moving forward with your post, you continued to add specific dates
and details of each of the two BIM tools, which made it very easy to read and
understand the difference in uses between them. I agree with you that Revit is
extremely valuable as compared to other software on the market today.
Laura,
ReplyDeleteI completely agree with your opinion on problems that may arise with BIM and Revit. During my coop, which consisted of building energy modeling and HVAC analysis, I was faced with many difficulties with the software. The largest problem I had was losing certain information when transferring a building model to HVAC analysis software. Certain inputs would be lost or sometimes even completely erroneous. Certainly there have been updates and software companies have been pushing to perfect the interoperability of BIM software. But, I completely agree with your statement on potentially destructive reliance on BIM technologies with minimal to no understanding of the actual basics in which the software works on.