The
topic I choose is:
- BIM makes the Engineer's Work Easier vs It makes the Engineer's work Harder
I
choose this topic mainly because I personally and strongly believe that BIM
will make engineers work easier rather than harder. Not only is it easier, it
is also, in my opinion, a lot more fun to work with. BIM is much more advanced
then CAD or hand drafting thus leading it to improve building in the future as
well.
BIM
can be used many different ways, such as; 2D, 3D, and even 4D. At its most
sophisticated level, BIM combines all the documents, data, and software
packages used during design, construction, and, ultimately, operation and
management into a single electronic source. [1] This will ultimately replace
all types of engineering into one system. This system is so powerful that I
only know a percentage of what the program can do.
The
performance from BIM will ultimately make work easier for engineers. This is
because BIM can do multiple operations to help create a final design. Not only
can it help find errors it can also help fix them. This will save time and
ultimately help engineers create more efficient and creative designs. BIM is a platform that can provide a
comprehensive and interactive assembly of the components in a building to
create a new type of energy model. As more information is added to BIM for each
individual part of the building, BIM becomes increasingly closer to matching
the real world building itself. [3]Designs that would never be
possible if not for BIM are being created every day. It is truly amazing.
BIM’s
3D modeling is also impeccable comparatively to some other programs. You can
actually see what the project would look like before it is even built. This is
a huge advantage to the industry in the sense that you can change the way the
building looks and see what the cost difference will be. All of which makes an engineer’s
job easier.
As
seen from the graph the BIM work flow only has an increase in cost and effort
in the detailed design phase of a project. This is a huge advantage over the
other phases in a project.
In
conclusion I believe that BIM works seamlessly with engineers to create amazing
projects. BIM will definitely make work for engineers easier and will further
the human advancement with in building projects.
References:
[1] Fortner, Brian.
Special Report: Are You Ready For BIM. Civil Engineering
The Online Magazine. May
2008.
[2] Strafaci, Adam. What
Does BIM Mean for Civil Engineers. CE News. October 2008. http://www.cenews.com/magazine-article---- what_does_bim_mean_for_civil_engineers_-6098.html
[3] Alcorn, Terence.
"How BIM Can Improve Building Efficiency." Facilitiesnet. n. page. Print. <http://www.facilitiesnet.com/green/article/How-BIM-Can-Improve-Building-Efficiency--14297
Comment on Other Blog Post:
To Matt Morimoto:
Matt: I liked how you talked about both the positive and negatives of the BIM system but I'm not sure which side you chose. I do understand the pitfalls of using a BIM program but when I looked at the question I thought of BIM in a personal use frame of mind. What I mean by that is I understand that moving from CAD to BIM is frustrating but I believe that once BIM takes over and it more widely taught in schools it will become like a second language. But very nice post, very well written and insightful.
To Matt Morimoto:
Matt: I liked how you talked about both the positive and negatives of the BIM system but I'm not sure which side you chose. I do understand the pitfalls of using a BIM program but when I looked at the question I thought of BIM in a personal use frame of mind. What I mean by that is I understand that moving from CAD to BIM is frustrating but I believe that once BIM takes over and it more widely taught in schools it will become like a second language. But very nice post, very well written and insightful.
Great post! The graph is a good illustration of the costs of a project along it's life cycle. The cost of the Drafting Centric Workflow (#3) rises to a similar cost point in the Construction doc phase as the BIM Workflow (#4) does in Detailed Design, but since the cost of design changes gets more expensive as the project moves forward (#2) does the graph take that increased cost in consideration when plotting the #3 line?
ReplyDeleteI like your enthusiasm! The fact that you didn't really touch on the negatives of BIM inspired me to write my post as an antithesis to yours. It was tough. The points you mention in this post really show how beneficial BIM is for engineers. I like how you mentioned BIM's recent transition into 4D modeling, and how a lot of the programs are capable of evaluating aspects of the building lifecycle over time.
ReplyDeleteThis comment has been removed by the author.
ReplyDeleteI noticed that you touched on clash detection in your post and found it interesting to see how much more efficient the project can be with that tool. It's hard to believe that it took this long for someone to come up with the idea of clash detection in a building modeling software such as BIM. I also thought the use of BIM workflow graph clearly conveyed your point of BIM completing most of the work before the CAD software generally completes the work.
ReplyDelete