Founders Hall, a new 85,000-sf mass timber structure, has topped out at the University of Washington. The project expands the Michael G. Foster School of Business while revitalizing the campus core by framing the northeast edge of historic Denny Yard.
The building is organized in two parts to optimize program functionality of workplace, learning, and collaboration activities. Active-learning, collaboration, and event spaces are positioned at the south edge of the site to engage the distinctive qualities of the Denny Yard landscape and provide a link to the pedestrian pathways that traverse the precinct. Landscaped terraces and rain gardens reinforce the natural slope and evergreen plantings of the open space.
An open circulation space serves as a central connector with a feature stair that provides shared access to tiered classrooms, student commons, a special event venue, and an outdoor terrace. The tiered classrooms are designed to serve group sizes from 65 to 135 students with active-learning functionality. Twenty-eight team rooms, four conference rooms, a student commons, and an event forum with an adjacent roof terrace further activate the collaboration zone.
A series of collaboration spaces located throughout the building are designed to encourage teamwork and foster spontaneous interaction among students, program staff, and the broader business community. Classrooms, conference facilities, and recruiting spaces will provide expanded opportunities for community and corporate engagement through hosting events and inviting outside speakers, alumni, and corporate recruiters.
Founders Hall is designed for sustainable performance and social connection. The project is a model for sustainable design at the University of Washington and embraces UW’s Green Building Standards, which has helped the project reduce emissions from embodied carbon by 83%.
“The 83% reduction in operational carbon is a result of careful balancing between envelope performance, the mechanical system design, and the users’ commitment to leverage operable windows and ceiling fans in lieu of energy-intensive air conditioning,” said Robert Smith, Principal, LMN Architects, in a release.
Founders Hall is slated for completion in the summer of 2022.
Related Stories
| Jun 3, 2013
Construction spending inches upward in April
The U.S. Census Bureau of the Department of Commerce announced today that construction spending during April 2013 was estimated at a seasonally adjusted annual rate of $860.8 billion, 0.4 percent above the revised March estimate of $857.7 billion.
| May 20, 2013
Jones Lang LaSalle: All U.S. real estate sectors to post gains in 2013—even retail
With healthier job growth numbers and construction volumes at near-historic lows, real estate experts at Jones Lang LaSalle see a rosy year for U.S. commercial construction.
| Apr 30, 2013
Tips for designing with fire rated glass - AIA/CES course
Kate Steel of Steel Consulting Services offers tips and advice for choosing the correct code-compliant glazing product for every fire-rated application. This BD+C University class is worth 1.0 AIA LU/HSW.
| Apr 24, 2013
Los Angeles may add cool roofs to its building code
Los Angeles Mayor Antonio Villaraigosa wants cool roofs added to the city’s building code. He is also asking the Department of Water and Power (LADWP) to create incentives that make it financially attractive for homeowners to install cool roofs.
| Apr 2, 2013
6 lobby design tips
If you do hotels, schools, student unions, office buildings, performing arts centers, transportation facilities, or any structure with a lobby, here are six principles from healthcare lobby design that make for happier users—and more satisfied owners.
| Mar 14, 2013
25 cities with the most Energy Star certified buildings
Los Angeles, Washington, D.C., and Chicago top EPA's list of the U.S. cities with the greatest number of Energy Star certified buildings in 2012.
Building Enclosure Systems | Mar 13, 2013
5 novel architectural applications for metal mesh screen systems
From folding façades to colorful LED displays, these fantastical projects show off the architectural possibilities of wire mesh and perforated metal panel technology.