While increasing numbers of building projects are now being designed with building information modeling, very few property owners are retroactively applying BIM to their existing buildings.
But that may slowly start to change as a noteworthy initiative on the part of Ohio State University Medical Center to fully convert its 55 Medical Center buildings from AutoCAD to BIM gains attention.
With a deadline set for late summer, the Medical Center is well on the way to its ultimate goal to improve its quality and speed of decision making as it relates to facility use, renovations, maintenance, wayfinding, and energy use. However, the Medical Center has already begun benefitting from their newly converted models.
“We started using the BIM models much quicker than we expected,” said Joe Porostosky, the Medical Center’s manager of facilities information and technology services. “For example, we’re currently renovating our emergency room, and we were able to produce very high-quality renderings and a video walkthrough to show senior leaders some different design possibilities.”
In another instance, the hospital had to decide where to construct a new donor sign. Because the exterior of that particular building had already been modeled, the BIM team could easily present several rendered options of where the sign could be placed. “Our staff was just amazed at how quickly we could move the sign around and show them what that space would look like,” said Porostosky.
INCUBATING THE BIM CONCEPT
The seeds for the BIM conversion idea were first planted in 2008, when Porostosky decided to take a closer look at how the Medical Center was managing its floor plans and what kinds of technology were available. Realizing that Ohio State had access to a lot of Autodesk software at a discounted rate, Porostosky began mulling over the idea of using BIM.
Then, in 2010, he met Brian Skripac, the BIM director at Columbus-based architecture firm DesignGroup, and the two began to formulate a plan. Porostosky also consulted with Western Michigan University for advice, as that institution was going through a similar conversion project, although at a smaller scale.
Once the funding was pulled together and an official process was mapped out, the project officially kicked off in the spring of 2011. Five students were trained in Revit and began the conversion of the AutoCAD drawings, covering 5.7 million sf of building property.
In addition to tracing the original drawings, the conversion team is incorporating an additional level of detail into the Revit models, including exteriors, roofs, and window placement, height and volume, ceilings and floors, and GIS location data.
The emerging BIM models are chalking up some interesting possibilities. For instance, with energy modeling and building performance capabilities, the Medical Center will be able to decided more effectively where and how to upgrade different buildings on a limited budget while complying with the university’s requirement that all renovations attempt to achieve at least LEED Silver.
“The energy analysis aspect of this project is something that’s pretty exciting and is really one of the most important aspects of the project,” says Skripac.
As for operations, the Medical Center is looking at ways in which it can use the BIM models to set up maintenance schedules for items like carpet, tile, and finishes. The team would also like to take equipment-heavy spaces and laser scan the machinery to build into the model so that the engineers know exactly what the mechanical room looks like and can more easily expand the systems as needed.
“The more we get into it, the more we’re finding other values: Now that we have all this data, what can we do with it? For example, how can we improve our wayfinding using BIM?” asked Porostosky. With 34% of the Medical Center’s 1.8 million annual visitors requiring wayfinding help, Porostosky envisions his team can eventually using the Revit models to create video renderings, analyze hallway widths, and identify congestion points.
UNLOCKING THE POTENTIAL OF BIM
Porostosky sees BIM’s huge potential application in the realm of ongoing building operations. Once the Medical Center completes its conversion to BIM, he believes there may even be the opportunity to roll it out across Ohio State’s portfolio of more than 750 buildings.
Skripac sees the higher education and healthcare markets as the most ideal candidates for BIM conversions due to their longer life cycles and the constant space use changes that occur within them. He points out that “often reimbursement opportunities and grant research funding are tied into having up-to-date tracking information and data in terms of how the spaces are specifically being used, and BIM is a great way to accomplish that.” BD+C
Related Stories
| Sep 23, 2013
The art of rewarding employees
What’s the best way to reward those employees who go the extra mile, particularly when it’s not always feasible to give large financial bonuses? According to author and “recognition expert” Dr. Bob Nelson, the most effective employee rewards are also the least expensive.
| Sep 23, 2013
Six-acre Essex Crossing development set to transform vacant New York property
A six-acre parcel on the Lower East Side of New York City, vacant since tenements were torn down in 1967, will be the site of the new Essex Crossing mixed-use development. The product of a compromise between Mayor Michael Bloomberg and various interested community groups, the complex will include ~1,000 apartments.
| Sep 20, 2013
August housing starts reveal multifamily still healthy but single-family stagnating
Peter Muoio, Ph.D., senior principal and economist with Auction.com Research, says the Census Bureau's August Housing Starts data released yesterday hints at improvements in the single-family sector with multifamily slowing down.
| Sep 19, 2013
What we can learn from the world’s greenest buildings
Renowned green building author, Jerry Yudelson, offers five valuable lessons for designers, contractors, and building owners, based on a study of 55 high-performance projects from around the world.
| Sep 19, 2013
6 emerging energy-management glazing technologies
Phase-change materials, electrochromic glass, and building-integrated PVs are among the breakthrough glazing technologies that are taking energy performance to a new level.
| Sep 18, 2013
Annual SteelDay to include 125 free events around the U.S.
Hosted by the American Institute of Steel Construction (AISC), its members and partners, SteelDay invites the AEC community and the public to see the contributions the industry has made in the design and construction of steel buildings and bridges.
| Sep 18, 2013
WHR Architects opens first European office, in Copenhagen
WHR Architects has opened its first European office in Copenhagen, Denmark. The decision to locate in the Danish capital was spurred by the Danish healthcare system’s initiative to renew and expand their facilities across the country.
| Sep 17, 2013
NCARB convenes special task force to explore additional pathways to architectural licensure
Potential new pathways to architectural licensure are being explored through the work of a new Licensure Task Force launched by the National Council of Architectural Registration Boards (NCARB). Led by NCARB Immediate Past President Ronald B. Blitch, FAIA, FACHA, NCARB, the group held its first meeting at NCARB offices on September 6-7 in Washington, DC.
| Sep 17, 2013
SMPS Foundation announces new business development research book
The SMPS Foundation has released its latest research book, A/E/C BUSINESS DEVELOPMENT – The Decade Ahead.
| Sep 17, 2013
Healthcare project will merge outpatient clinic with YMCA to promote wellness and prevention
Penrose-St. Francis Health Services and the YMCA of the Pikes Peak Region announce collaboration, along with developer The Boldt Company, to create next-generation wellness facility.