Hey all, just wanted to throw this one out there as well. This is a great free tool from the folks over at Tekla that allows for models to be viewed, organized, run a clash report, collaborate and analyze.
For starters, I believe that folks who have worked in the AEC industry for anything longer than two years are a bit jaded and think the world "works" a certain way. But every now and then I have discussions, read something or attend a presentation that shakes those constructs up and makes me look at things from a completely different angle.
Recently I gave a presentation to a very smart group of military professionals from the Facilities and O and M side and I was excited to see from the industry's standpoint of Design, Construction and Operations where their heads were.
A number of their questions were very well thought out and they listened very carefully to what I was telling them about BIM enabled processes, VDC technology and an integrated means of delivering projects. I wrote down the following three questions because they hit me square between the eyes, (and for those who know me that's saying something).
1.) Why doesn't the industry understand that everyone uses information for different things and that at some point that information simply isn't useful?
I asked for an example and they said, "well for example right now we get both the native file models and the federated or composite Navis file at the end of the job and inevitably the clearance blocks in front of equipment are still there, remnants of 4D scheduling information and extremely detailed model components with a large amount of model parameters are delivered to us as well." "We spend quite a long time cleaning the models up that we get at the end of a job to use for Facilities Management and Operations, which is quite a bit less and there seems to be a disconnect there."
Epiphany number one. Pull information through the process. Begin with the end in mind and adopt a LEAN methodology of finding what the next user needs and eliminate the rest. We aren't still reading books about how to make fire, we just turn on the stove. All information has a shelf life.
2.) In the military, everyone on your team is responsible for a task and each team member relies on each person to complete it. What accountability measures do teams put in place to make sure all of the team members are pulling their load?
Ideally it starts with picking the right team members from the beginning, just as I'm sure you pick certain team members for each mission. From there, we plan on how we are going to execute the work over time and have routine "checkups" to make sure we are getting there.
So what if someone isn't delivering, are they off the team?
Well...not quite. So contractually they are obligated to deliver, but in the event they decide not to, there are some measures we can take to get them back on track, but it often takes a while to completely remove them from the team.
Sounds pretty weak
Yeah, there's definitely room for progress to be made for sure, but I believe that integrated project delivery methods will continue to improve projects. In fact, there's been a lot of examples of this being successful already. I believe if the team is mutually responsible for delivering the project, there is a lot more at stake and the "blame game" that's plagued the industry really becomes somewhat of a moot point, because everyone has to get across the finish line.
Sounds a lot better
Epiphany number two. Weaknesses in project delivery aren't a secret. There are a lot of informed Owners out there, all with the same goal of building their project without falling short. It's much better to align with this understanding instead of attempting to look "smarter or more experienced". Smart teams are winning projects. Others are going out of business.
3.) Why can't you guys just make a Google for Facilities Management? Google did it for the whole internet.
Great question. I believe there are a lot of companies working on it, us among them that close the information life cycle loop. A lot of this is because Architect, Engineers and Construction Managers are learning quickly that they are not all knowing as much as they think they are. There is an exciting dialog occurring for open minded professionals with Operations and Maintenance colleagues as well as energy managers, software companies and communities to learn how to best understand the impacts a building actually has on the environment and what information is useful as a byproduct from design and construction to help it along.
Epiphany number three. Constant innovation is at the nucleus of any good team. The Japanese have a concept for this called "Kaizen" or the idea of constant improvement. In the book, The Toyota Way this is explored quite in depth. Even when you think you've figured it out...there is still room to improve and innovate.
Lately there has been a great trend that we are witnessing first hand in the subcontracting community....the rise of subs who "get it."
I can remember about 8 years ago having a discussion with a leading subcontractor in the industry who essentially told me that he and his mechanical firm were NEVER going to make a move into the virtual environment. Lo and behold I ran into him at the Denver Airport about a month ago and we got to talking.
Apparently he had completely forgotten what he had told me years earlier and was excited to tell me how they had fully integrated BIM and laser scanning tools for their organization! It's amazing to see how time can transition attitudes (and memories!).
This of course got me to thinking and I began to think of all the subcontracting companies I have seen over the years transition into a 3D CAD/BIM environment. While there are still some holdouts, for the most part the question any more is really who DOESN'T have BIM technology integrated into their operations. This is an exciting time for the Design and Construction community, especially since we are now in a much better place of BIM use and understanding of the processes then we were before.
Next I'll give a brief write up on how to get subcontractors to install their systems correctly in the field.