Memorial Field House, once the lovely Collegiate Gothic (ca. 1933) centerpiece (along with neighboring University Hall) of the University of Toledo campus, took its share of abuse after a new athletic arena made it redundant, in 1976. The ultimate insult occurred when the ROTC used it as a paintball venue.
All that changed in 2006, when the university, facing a burst in student enrollment, an expansion of program offerings, and concern about future space needs, commissioned a major overhaul that, three years later, recast the 134,200-sf gymnasium into a LEED Gold learning environment housing classrooms, teaching labs, faculty offices, and space for future growth.
The extensive Building Team, led by Cincinnati’s BHDP Architecture, literally constructed a building within a building, expanding the single-floor high-bay arena into three floors within the existing building envelope. The tri-level structure, with its exposed steel truss supports, features a dramatic cruciform skylight above a “Town Hall” atrium that has become one of the most popular meeting and study spaces on campus.
Planning for the project ensured that the university would have sufficient classroom space to meet its enrollment projections through 2020. Fifty-four classrooms, varying in size for classes of 20, 30, or 40, were built. A practice gym was converted into a 250-seat, three-screen auditorium; another was repurposed for language laboratories. The “Collegiate Loft” on the new third floor houses the UT Center for Teaching and Learning. The latest A/V equipment—flat panel monitors, electronic whiteboards, audience response systems—enables multiple teaching styles.
Memorial Field House was the university’s first LEED Gold building. Two noteworthy innovations: 1) the Building Team kept a chilled water plant housed in the building’s central courtyard fully operation, along with a 15kV electrical substation and main campus communications fiber; and 2) the team field erected new air-handling units in two old basketball gyms and integrated engineered smoke control with the new skylight system.
“They definitely did their homework,” said jurist Tom Brooks, VP of Reconstruction at Chicago’s Berglund Construction. “They maintained the façade, which is important to me, and did it all on a budget so low it almost looks like a typo.” For the record, construction costs were $21.5 million, or $160/sf. BD+C
PROJECT SUMMARY
Building Team
Owner: The University of Toledo
Submitting firm: BHDP Architecture (architect, interior designer)
Civil/structural engineer: Poggemeyer Design Group
MEP engineer: Heapy Engineering
Program analyst: Comprehensive Facilities Planning, Inc.
General contractor: A. Z. Shimina, Inc.
A/V, IT, acoustics consultant: The Sextant Group
Steel construction: Mosser Construction
Cost consultant: ProjDel Corp.
General Information
Area: 134,200 gsf
Construction cost: $21.5 million
Construction time: January 2006 to January 2009
Related Stories
Biophilic Design | May 6, 2024
The benefits of biophilic design in the built environment
Biophilic design in the built environment supports the health and wellbeing of individuals, as they spend most of their time indoors.
MFPRO+ Special Reports | May 6, 2024
Top 10 trends in affordable housing
Among affordable housing developers today, there’s one commonality tying projects together: uncertainty. AEC firms share their latest insights and philosophies on the future of affordable housing in BD+C's 2023 Multifamily Annual Report.
Retail Centers | May 3, 2024
Outside Las Vegas, two unused office buildings will be turned into an open-air retail development
In Henderson, Nev., a city roughly 15 miles southeast of Las Vegas, 100,000 sf of unused office space will be turned into an open-air retail development called The Cliff. The $30 million adaptive reuse development will convert the site’s two office buildings into a destination for retail stores, chef-driven restaurants, and community entertainment.
Codes and Standards | May 3, 2024
New York City considering bill to prevent building collapses
The New York City Council is considering a proposed law with the goal of preventing building collapses. The Billingsley Structural Integrity Act is a response to the collapse of 1915 Billingsley Terrace in the Bronx last December.
Architects | May 2, 2024
Emerging considerations in inclusive design
Design elements that consider a diverse population of users make lives better. When it comes to wayfinding, some factors will remain consistent—including accessibility and legibility.
K-12 Schools | Apr 30, 2024
Fully electric Oregon elementary school aims for resilience with microgrid design
The River Grove Elementary School in Oregon was designed for net-zero carbon and resiliency to seismic events, storms, and wildfire. The roughly 82,000-sf school in a Portland suburb will feature a microgrid—a small-scale power grid that operates independently from the area’s electric grid.
AEC Tech | Apr 30, 2024
Lack of organizational readiness is biggest hurdle to artificial intelligence adoption
Managers of companies in the industrial sector, including construction, have bought the hype of artificial intelligence (AI) as a transformative technology, but their organizations are not ready to realize its promise, according to research from IFS, a global cloud enterprise software company. An IFS survey of 1,700 senior decision-makers found that 84% of executives anticipate massive organizational benefits from AI.
Codes and Standards | Apr 30, 2024
Updated document details methods of testing fenestration for exterior walls
The Fenestration and Glazing Industry Alliance (FGIA) updated a document serving a recommended practice for determining test methodology for laboratory and field testing of exterior wall systems. The document pertains to products covered by an AAMA standard such as curtain walls, storefronts, window walls, and sloped glazing. AAMA 501-24, Methods of Test for Exterior Walls was last updated in 2015.
MFPRO+ News | Apr 29, 2024
World’s largest 3D printer could create entire neighborhoods
The University of Maine recently unveiled the world’s largest 3D printer said to be able to create entire neighborhoods. The machine is four times larger than a preceding model that was first tested in 2019. The older model was used to create a 600 sf single-family home made of recyclable wood fiber and bio-resin materials.
K-12 Schools | Apr 29, 2024
Tomorrow's classrooms: Designing schools for the digital age
In a world where technology’s rapid pace has reshaped how we live, work, and communicate, it should be no surprise that it’s also changing the PreK-12 education landscape.