Since 1950, the College World Series has been played in Omaha, Neb., the only NCAA event that has stayed in one location for over 60 years. Over the course of six decades, the community of Omaha has developed strong emotional ties to the College World Series as well as to its home field, Rosenblatt Stadium.
Originally built for minor league play in the 1940s, in recent years Rosenblatt Stadium had begun to shows its age, and patchwork renovations could not improve it enough to satisfy the demands of fans, the NCAA, and CWS broadcast partner ESPN.
As the contract for the College World Series came up for renewal, the city formed a committee to evaluate whether to try to reconstruct Rosenblatt Stadium or build new on one of eight potential new sites. Once it was determined to build new and a site was selected, the Building Team, led by local A/E firm HDR Architecture Inc., in collaboration with Populous, Kansas City, Mo., worked with the owner, the Metropolitan Entertainment and Convention Authority (MECA), to refine the ballpark’s final programming and design.
SPEEDING DOWN THE BASEPATHS
The new stadium had to be ready by April 2011 for the first pitch of the 2011 College World Series, which put the project on a 28-month construction schedule. To keep up the pace, members of the local GC/CM firm Kiewit Building Group moved into the HDR Omaha office. HDR and Populous collaborated on the design process, which involved meeting the needs of ESPN, the city of Omaha, MECA, and the College World Series of Omaha.
Project summary
SILVER AWARD
TD Ameritrade Park, Omaha, Neb.Building Team
Submitting firm: HDR Architecture Inc. (AOR, structural/ME engineer)
Owner/developer: Metropolitan Entertainment & Convention Authority
Architect of MEP coordination: DLR Group
Sports architect: Populous
Consulting structural engineer: Thornton Tomasetti
ME consulting engineer, plumbing engineer: M-E Engineers Inc.
GC/CM: Kiewit Building GroupGeneral Information
Size: 253,638 sf enclosed, 597,458 sf including concourse
Construction cost: $91 million
Construction period: January 2009 to April 2011
Delivery method: CM at risk
The structural program called for the stadium to be separated into two parts, the grandstand and the lower seating bowl/outfield area. This division allowed two teams to work on the structure simultaneously during the design development phase, which saved considerable time.
The Building Team incorporated a mechanically stabilized earth wall system to retain the lower seating bowl earth fill, in lieu of a system of structural concrete retaining walls and footing. This option alone saved the project over $500,000.
“The construction of this stadium was a feat to pull off so quickly and the coordination between infield and outfield was challenging,” said Building Team Award Judge Timothy Brown, AIA, studio associate professor and director of international affairs, Illinois Institute of Technology.
MEETING THE NEEDS OF NUMEROUS PLAYERS
Unique in capacity and character, TD Ameritrade Park was built as a hybrid to accommodate not only NCAA Division I requirements for baseball but also music festivals, football, and even ice hockey.
“The Trade,” as it has come to be known, opened to a sellout crowd on April 19, 2011 (Nebraska 2, Creighton 1). The 24,000-seat stadium has the cozy feel of a minor league park but is loaded with the amenities of a Major League Baseball stadium: 26 suites, four team clubhouses, administrative offices, 5,000 sf of retail space, and a continuous 360-degree concourse. Total building area is 597,458 sf, 253,638 sf of which is enclosed.
The Building Team for TD Ameritrade Park competed against a short schedule, on a difficult site, and under public pressure to ensure the College World Series would stay in Omaha. Perhaps the highest compliment of the new park came from two long-time College World Series ticketholders who told NCAA Vice President for Baseball and Football Dennis Poppe, “Mr. Poppe, we came up here just wanting to hate this park, but it’s pretty nice.” BD+C
--
Click here to view exclusive video interviews of the 2012 Building Team Awards judges explaining their selections.
Related Stories
| Mar 2, 2011
How skyscrapers can save the city
Besides making cities more affordable and architecturally interesting, tall buildings are greener than sprawl, and they foster social capital and creativity. Yet some urban planners and preservationists seem to have a misplaced fear of heights that yields damaging restrictions on how tall a building can be. From New York to Paris to Mumbai, there’s a powerful case for building up, not out.
| Mar 1, 2011
Smart cities: getting greener and making money doing it
The Global Green Cities of the 21st Century conference in San Francisco is filled with mayors, architects, academics, consultants, and financial types all struggling to understand the process of building smarter, greener cities on a scale that's practically unimaginable—and make money doing it.
| Mar 1, 2011
How to make rentals more attractive as the American dream evolves, adapts
Roger K. Lewis, architect and professor emeritus of architecture at the University of Maryland, writes in the Washington Post about the rising market demand for rental housing and how Building Teams can make these properties a desirable choice for consumer, not just an economically prudent and necessary one.
| Mar 1, 2011
New survey shows shifts in hospital construction projects
America’s hospitals and health systems are focusing more on renovation or expansion than new construction, according to a new survey conducted by Health Facilities Management magazine and the American Society for Healthcare Engineering (ASHE). In fact, renovation or expansion accounted for 73% of construction projects at hospitals responding to the survey.
| Mar 1, 2011
AIA selects 6 communities for long-term sustainability program
The American Institute of Architects today announced it has selected 6 communities throughout the country to receive technical assistance under the Sustainable Design Assessment Team (SDAT) program in 2011. The communities selected are Shelburne, Vt., Apple Valley, Mn., Pikes Peak Region, Co., Southwest DeKalb County, Ga., Bastrop, Tx., and Santa Rosa, Ca. The SDAT program represents a significant institutional investment by the AIA in public service work to assist communities in developing policy frameworks and long term sustainability plans.
| Feb 24, 2011
Perkins+Will designs 100 LEED Certified buildings
Perkins+Will announced the Leadership in Energy and Environmental Design (LEED) certification of its 100th sustainable building, marking a key milestone for the firm and for the sustainable design industry. The Vancouver-based Dockside Green Phase Two Balance project marks the firm’s 100th LEED certified building and is tied for the highest scoring LEED building worldwide with its sister project, Dockside Green Phase One.
| Feb 24, 2011
New reports chart path to net-zero-energy commercial buildings
Two new reports from the Zero Energy Commercial Buildings Consortium (CBC) on achieving net-zero-energy use in commercial buildings say that high levels of energy efficiency are the first, largest, and most important step on the way to net-zero.
| Feb 24, 2011
Lending revives stalled projects
An influx of fresh capital into U.S. commercial real estate is bringing some long-stalled development projects back to life and launching new construction of apartments, office buildings and shopping centers, according to a Wall Street Journal article.
| Feb 23, 2011
London 2012: What Olympic Park looks like today
London 2012 released a series of aerial images that show progress at Olympic Park, including a completed roof on the stadium (where seats are already installed), tile work at the aquatic centre, and structural work complete on more than a quarter of residential projects at Olympic Village.
| Feb 23, 2011
Call for Entries: 2011 Building Team Awards, Deadline: March 25, 2011
The 14th Annual Building Team Awards recognizes newly built projects that exhibit architectural and construction excellence—and best exemplify the collaboration of the Building Team, including the owner, architect, engineer, and contractor.
