The University of Notre Dame announced this morning the largest building project in its 172-year history, integrating the academy, student life, and athletics with the construction of more than 750,000 sf in three new buildings attached to the west, east, and south sides of the school's iconic football stadium, at a projected cost of $400 million.
The plan, called the Campus Crossroads Project, features new structures attached to and serving the stadium: a west building for student life services, including space for student organizations, a recreation center and career center; an east building for the anthropology and psychology departments and a digital media center; and a south building for the Department of Music and the Sacred Music at Notre Dame program. The east and west buildings also will include some 3,000 to 4,000 premium seats for the football stadium with supporting club amenities.
The lead architectural firm for the Crossroads Project is The S/L/A/M Collaborative. RATIO Architects is the co-designer. Other consultants include Workshop Architects for the student center and 360 Architecture for the recreation, fitness, and hospitality areas. The contractor is Barton Malow Co.
Central components to the plan include the addition of meeting, research, and teaching venues, as well as facilities that do not currently exist on campus, such as a 500-person ballroom. The various new spaces also will be designed to accommodate multiple functions for multiple departments, such as the stadium club spaces, which also will be used for student services, academic event space, classrooms, conferences, career fairs, and other campus and community activities.
The exterior design of the Campus Crossroads Project is inspired by Knute Rockne’s original Notre Dame Stadium—which still stands today as the core of the facility—and is wed with materials, massing, and details taken from many of the Collegiate Gothic buildings on the campus.
The area between the stadium and the DeBartolo Hall classroom building will become a pedestrian plaza with walkways, trees, planters, and seating areas. The entire project will include sustainability practices consistent with other University projects.
The project also will enhance the football fan experience on game days. A variety of premium seating options—both indoor and outdoor and mostly club seats—will be available on three upper levels on the east and west sides. A hospitality area also is planned for the new building on the south end of the stadium.
Football fans, especially younger ones, have expressed a clear desire to have better access to data and video when attending Notre Dame games. Some of that will be addressed through enhanced broadband connectivity and some by the introduction of video, though the shape that will take has not yet been finalized. However, to the extent the University provides video, whether in the concourse or in the stadium itself—similar to the philosophy in Purcell Pavilion and the Compton Family Ice Arena—there will be no commercial signage or advertising.
Notre Dame Stadium opened in 1930 and was expanded to its current configuration in 1997. One of the nation’s most iconic athletics venues, it is used for home football games, the University Commencement Ceremony and several other events.
Features of the three new buildings include:
West building
Space designed to enhance student development and formation will dominate the nine-story west building. Planning has ensured that the new facility will complement the student organization space and administrative offices located in the historic LaFortune Student Center.
Levels 1 and 2: Flexible, state-of-the-art meeting rooms, graduate and undergraduate student lounges, a dining area, student organization space and administrative offices.
Levels 3 and 4: Recreational sports and fitness facilities (the Rolfs Sports Recreation Center will become the practice home for the men’s and women’s varsity basketball teams).
Level 5: A career services center, centralized and expanded with more than 40 interview rooms, multiple training rooms and conference areas, an employer lounge and advising offices. The existing working press space on this level will be integrated into a premium seating area for the stadium.
Level 6: Mechanical support.
Level 7: A 500-seat student ballroom, club seating for football and booths for NBCSports telecasts of home football games. Student-oriented programming will have priority booking for non-game weekends.
Level 8: Premium stadium seats and terraces that will look onto the campus and the playing field.
Level 9: Club seating, boxes for home and visiting coaches, security booths and boxes for administrative and athletic department leaders.
Basement: Food service space for the three new buildings and the stadium.
South building
The relocation of the Department of Music and Sacred Music Program will provide much needed new and state-of-the-art space for these growing programs. It also will put music into close proximity to other performing arts departments and programs.
Level 1: Recital and rehearsal halls and the Leahy gate grand entrance to the stadium.
Level 2: A large music library, to be relocated from the Hesburgh Library, classrooms and rehearsal and tutoring rooms.
Level 3: A 350-person club/lounge.
Level 4: Department of Music offices, practice rooms and storage.
Level 5: The Sacred Music Program, offices, organ practice rooms and storage.
Level 6: Mechanical, with a scoreboard on the exterior.
East building
Offices and laboratories for the Departments of Anthropology andPsychology, which are housed in a variety of buildings on campus, now will be in one place and located closer to other social sciences departments, the College of Scienceand international institutes.
Level 1: A digital media center with a 2,000-square-foot studio and production, teaching, learning, research and scholarship facilities for use by faculty, students, University Communications, athletics and information technology will position Notre Dame as a national leader in what is a rapidly expanding and increasingly important component of higher education. A control room will support faith-based programming, such as Masses at the Basilica of the Sacred Heart, as well as athletics events, performing arts presentations and academic lectures and speeches.
Level 2: Anthropology offices, administrative space, conference and tutoring areas and multifunction research and teaching labs.
Levels 3, 4 and 5: Psychology offices, classrooms, labs, computer rooms and a student lounge.
Level 6: Mechanical support.
Level 7: Outdoor club seating for football, outdoor terraces and a large space that will double as a club area and flexible classroom.
Level 8: Outdoor club seating for football.
Level 9: Working press box, radio booths and a club area with indoor and outdoor premium seating for football.
For more on the Campus Crossroads Project, visit: http://crossroads.nd.edu.
Related Stories
| Nov 15, 2010
Gilbane to acquire W.G. Mills, Inc.
Rhode Island-based Gilbane Building Company announced plans to acquire W.G. Mills, Inc., a construction management firm with operations based in Florida. The acquisition will dramatically strengthen Gilbane’s position in Florida’s growing market and complement its already established presence in the southeast.
| Nov 11, 2010
Saint-Gobain to make $80 million investment in SAGE Electrochromics
Saint-Gobain, one of the world’s largest glass and construction material manufacturers, is making a strategic equity investment in SAGE Electrochromics to make electronically tintable “dynamic glass” an affordable, mass-market product, ushering in a new era of energy-saving buildings.
| Nov 11, 2010
Saint-Gobain to make $80 million investment in SAGE Electrochromics
Saint-Gobain, one of the world’s largest glass and construction material manufacturers, is making a strategic equity investment in SAGE Electrochromics to make electronically tintable “dynamic glass” an affordable, mass-market product, ushering in a new era of energy-saving buildings.
| Nov 11, 2010
USGBC certifies more than 1 billion square feet of commercial space
This month, the total footprint of commercial projects certified under the U.S. Green Building Council’s LEED Green Building Rating System surpassed one billion square feet. Another six billion square feet of projects are registered and currently working toward LEED certification around the world. Since 2000, more than 36,000 commercial projects and 38,000 single-family homes have participated in LEED.
| Nov 10, 2010
$700 million plan to restore the National Mall
The National Mall—known as America’s front yard—is being targeted for a massive rehab and restoration that could cost as much as $700 million (it’s estimated that the Mall has $400 million in deferred maintenance alone). A few of the proposed projects: refurbishing the Grant Memorial, replacing the Capitol Reflecting Pool with a smaller pool or fountain, reconstructing the Constitution Gardens lake and constructing a multipurpose visitor center, and replacing the Sylvan Theater near the Washington Monument with a new multipurpose facility.
| Nov 9, 2010
Just how green is that college campus?
The College Sustainability Report Card 2011 evaluated colleges and universities in the U.S. and Canada with the 300 largest endowments—plus 22 others that asked to be included in the GreenReportCard.org study—on nine categories, including climate change, energy use, green building, and investment priorities. More than half (56%) earned a B or better, but 6% got a D. Can you guess which is the greenest of these: UC San Diego, Dickinson College, University of Calgary, and Dartmouth? Hint: The Red Devil has turned green.
| Nov 9, 2010
12 incredible objects being made with 3D printers today
BD+C has reported on how 3D printers are attracting the attention of AEC firms. Now you can see how other creative types are utilizing this fascinating printing technology. Among the printed items: King Tut’s remains, designer shoes, and the world’s smallest Rubik’s Cube.
| Nov 9, 2010
U.S. Army steps up requirements for greening building
Cool roofs, solar water heating, and advanced metering are among energy-efficiency elements that will have to be used in new permanent Army buildings in the U.S. and abroad starting in FY 2013. Designs for new construction and major renovations will incorporate sustainable design and development principles contained in ASHRAE 189.1.