Posts tagged with "College Campuses":
Dubbed the Global Hub, Northwestern University’s latest addition to its Evanston campus is a grand new home to the Kellogg School of Management. The recently opened five-story building sits immediately along the shore of Lake Michigan on land reclaimed by the university decades ago. Defined by four large wings, which produce a plan that resembles the letter K, the curving form of the building makes no small reference to the waves on the water it overlooks.
“The first inspiration was the action of the water and the waves, and how they round off materials and forms to make them smooth,” explained Bruce Kuwabara, partner at Toronto-based firm KPMB, which designed the new building. “It was beautiful, the power of Lake Michigan and nature.”
The project is composed of a series of vastly different-sized spaces, accumulating to a whopping 415,000 square feet. The building is the new home to full-time business students, faculty, and administration offices. Collaboration areas throughout can accommodate from two to twenty individuals, and larger gathering spaces can handle from 200 to 2,000.
The largest space in the complex is the massive multistory center atrium, where all four wings connect. The structure’s exterior curves continue into this space in the form of flowing balconies and staircases. Two of the large wooden staircases at the heart of the building double as seating for formal and informal events. Another atrium on the upper levels acts a second major space. Both allow for copious amounts of natural light.
The building’s high-tech envelope not only allows in all of that light, but also contributes to the project’s goal of achieving LEED Gold certification. Throughout, double and triple glazing provide daylight and energy efficiency, while automated shading controls glare and solar gain. A series of undulating fritted glass fins adds an additional layer of shading. On the interior, borrowed light is distributed through glassed office partitions. Perhaps even more than daylighting and energy efficiency, the glass facade provides something the building takes ample advantage of: unmatched views of the lake and the downtown, 15 miles to the south.
Called the “Global Hub,” it is part of the University’s larger building program that includes the 2015 Goettsch Partners–designed Patrick G. and Shirley W. Ryan Center for the Musical Arts. Both new additions to the campus run counter to its existing catalogue of Brutalist and gothic-revival structures.
The stark contrast between old and new on Northwestern’s campus is the school’s physical manifestation of its vision for the future of education. And Northwestern is not alone—dark wood–lined halls and oak tree–filled quads are being replaced by brighter, more transparent and generous collaboration spaces at many traditional campuses. It is only a matter of time before the image of the elite campus is less about spires and more about sunlight.
Emory University celebrated the opening of its new postmodernist campus center designed by hometown architect John Portman in 1986. Today, the school is preparing to knock it down and replace it with a contemporary structure that, according to Emory, aligns better with the school’s founding aesthetic: Mediterranean-style buildings in pink and gray Georgia marble. What does Emory’s decision tell us about aging modern buildings on more traditional American campuses?
In the early 1980s Emory University picked an architect with an oppositional style—Portman—to design its campus center and largest dining hall. Portman, whose Peachtree Center and Hyatt Regency define the Atlanta skyline, merged new and old at the Dobbs University Center (DUC) with the same drama of his supersized work. The three-story, 150,000-square-foot DUC adheres to the rear facade of one of the older 1920s buildings on campus. The two structures meet in the Coca-Cola Commons, a capacious indoor piazza and tiered dining hall that references Palladio’s Teatro Olimpico in Vicenza, Italy.
As a campus center (and main student dining hall), the DUC must do the heavy lifting of an increasingly commoditized typology. At American colleges and universities today, the campus center is both a social nucleus and a potentially powerful marketing tool. Emory decided the existing DUC was not fit for either task.
Though some schools like Emory have commissioned progressive architecture (or works by high-profile “starchitects”), universities competing for talent are almost obligated to furnish their campuses with ample, top-of-the-line amenities to lure prospective students. Middle-aged modern buildings—perceived as ungainly or unlikable—are the first obstacles to be eliminated in this fierce race.
Late modern architecture, in particular, can feel totalizing—deeply proportional, but scaled to giants—and outright hostile to context. But where does a school draw a line between saving a semi-dysfunctional building or demolishing it, potentially losing a structure of merit?
Emory studied renovation options for the DUC, but ultimately concluded there was no reasonable way to fix all of its issues, university architect Jen Fabrick said. As a dining hall, the DUC’s service layout makes food delivery massively inconvenient: Pallets have to be unpackaged at the loading docks and lifted in small elevators to third-floor kitchens, a daily labor-intensive task. The kitchen is too small to accommodate a growing student population and, in true Portman fashion, the dining commons is almost completely windowless.
The new Campus Life Center (CLC), designed by Durham, North Carolina–based Duda Paine Architects, addresses the DUC’s shortcomings while honoring its neighbors both materially and in orientation. A central stair divides a dining area, meeting rooms, and offices arranged on limestone plinths and connected by a wraparound terrace. University officials said the $98 million project, complete with a solar panel–clad roof, is expected to cost only slightly more than a renovation of the Portman addition.
In keeping with university design guidelines that honor tradition but don’t necessarily call for strictly traditional forms (there are new buildings with glass curtain walls, for example), the CLC “is very non-traditional in many aspects,” Fabrick said. The new design is tied to a 2005 campus master plan, which aims to “bring back a sense of place and then build on that as we go forward with our newer buildings,” she said. “In the 1980s there was an attitude to do something different and modern—I don’t know that they realized what they were doing.”
The original Beaux-Arts plan for the Emory campus was conceived by Pittsburgh architect Henry Hornbostel, who arranged its first buildings around central quads surrounded by lush ravines. Through World War II the campus retained its classical orientation, but after the war, campus design bent to the automobile. Buildings were oriented toward roads, and according to the college, experiments with modern architecture in the 1970s “ignored the original design etiquettes” of Hornbostel’s positioning, volume, and materiality.
Since then, university officials spent almost two decades determining how, and what, to build. The master plan, initiated in 1998 and updated seven years later, puts pedestrians before cars at every opportunity. To the university, as well as planners Ayers Saint Gross, a walkable campus was a beautiful one, and this included replacing some modern buildings with those that channeled the campus’s original architecture. So far, construction under the plan has added 3.8 million square feet of new space to campus.
Despite the crisis calls of preservation discourse, especially online, American colleges and universities aren’t out to sack every modern building—many have a strong history of stewardship for outmoded, expensive-to-maintain structures that could be easily replaced with lower-maintenance, high-performing alternatives. Off-campus, though, there’s growing concern that hard-to-love buildings of the modern movement are disappearing, only to be replaced with neo-traditional, historicist, or plain old contemporary structures that may be easier to live with but lack the radical appeal of their predecessors.
By choice or necessity, universities are essential custodians of modern architecture, but they also play to the market. “If a campus doesn’t look put together, or have a cohesive atmosphere, students may choose to go elsewhere,” said Barbara Christen, an architectural historian and former director of the CIC Historic Campus Architecture Project. “At the heart of this is an audience issue—there can be valid reasons why people don’t like late modern buildings especially, but by the same token, they might not know about what the architecture represents or how it expresses American culture.”
That’s especially true for Portman. Through the 1990s, he was best known for self-contained buildings in city centers that replaced the city center itself. In addition to his Atlanta work, Portman built his reputation on Detroit’s Renaissance Center, New York’s Marriott Marquis, San Francisco’s Embarcadero Center, and—critic Fredric Jameson’s favorite—the Bonaventure Hotel in Los Angeles, each of which offered lavish cities-within-cities that turned their glass backs on a decaying urban core. Lauded at the time for their vertiginous atria and theatricality, today, when walkable downtowns and energetic streetscapes are enormously popular with practitioners and the public, Portman’s holistic work can seem cold, corporate, and downright anti-urban.
The firm Portman founded tracks evolving public attitudes toward his work and its place in history. Walter E. Miller, principal and design director at John Portman & Associates, said he noticed a desire for campus buildings to be more “traditional in appearance” beginning in the 2000s. He added that the trend seemed more prevalent at public schools, with many buildings catering more to the preferences of alums and parents, rather than current students.
The trend plays out broadly: In Los Angeles, the University of Southern California (USC) sold and relocated an International style steel post-and-beam structure to build Fertitta Hall, a historicist new home for its business school, while in New London, Connecticut, Connecticut College redid the facade of its 1961 North Complex (“the Plex”), by Shreve, Lamb, and Harmon (the architects of the Empire State Building) to hide its distinctive modern features. DePaul University in Chicago is replacing its “cheese grater building,” designed by Holabird & Root in the 1960s, with a contemporary music school by Antunovich Associates. While not a replacement, Yale honors a preference for neo-traditional forms with a new $600 million collegiate gothic residential college by former architecture school dean Robert A.M. Stern. In 2011 Ezra Stiles College, designed by Eero Saarinen and completed in 1961, reopened to students after a sensitive $55 million dollar renovation that created more common areas and softened some of the complex’s harsher features. Recollections of veteran preservationists yield countless other buildings that survived, but barely.
To check changing taste, Christen said campuses should think about what the Class of 2100 will see: “The goal for campuses is to not only have a grasp of what their architectural and landscape inventory is, and consider what it represents about their past, but also to have a system in place for good guidance around future decisions.”
Emory cares for a particularly strong portfolio. Its stock of late modern architecture includes contributions from the giants: The Michael C. Carlos Museum by Michael Graves, William R. Cannon Chapel and the Pitts Theology Library interiors by Paul Rudolph, and the George W. Woodruff Physical Education Center by Portman. The school, Fabrick assured, has every intention of keeping these buildings.
Commissioning exciting contemporary buildings is a way for schools to visibly strengthen commitments to new ways of knowing, but modern architecture, especially late modern architecture, has a lot of catching up to do in eyes and minds of the public. What can be done to build appreciation? Christen, Miller, and other preservation experts all emphasize education that brings historical context into the conversation. They praise Docomomo’s education and advocacy work, and Christen noted that her alma mater, Williams College, has a semester-long course on reading the university’s (and American) history through the campus built environment. It’s a start.
1100 Architect combines an 1851 cottage with a modern research center on University of Pennsylvania’s campus
In 1865, “hat and cap merchant” Robert D. Work purchased a Gothic Revival cottage at 3803 Locust Walk in West Philadelphia, riding the wave of the migration to the suburbs. This cottage, designed by prolific architect and author Samuel Sloan, was built in 1851. It now forms part of the Perry World House—a new destination on the University of Pennsylvania’s campus courtesy of New York studio 1100 Architect.
Work’s cottage 165 years ago featured fake limestone—stucco scored to look like a French stone chateau in suburban Philadelphia. Today, the new structure, which officially opened September 20, employs a closed facade featuring real limestone blocks hanging from a steel, barn-like perimeter cage.
“The project presented the challenge of putting history adjacent to modernity in the most blunt and direct way,” said cofounder of 1100 Architect David Piscuskas. Though limestone carries connotations of weight, the facade respectfully resists falling flush to the cottage’s shingles, following this sight-line down the rest of the front elevation.
In addition, a cage structure facilitates a more or less column-free interior. This provided freedom when mapping out areas of circulation and spaces for interactivity. (The building has a capacity of 554.)
“Any structural columns that are there are hidden very well,” said Piscuskas, the soon-to-be AIA president of the New York chapter. Despite the closed facade, the building maintains a sense of transparency from both outside and within. “The way that you move through this building is celebrated and is on view at all times,” Piscuskas added. From the outside, wide, metal-framed oriel windows facing the street allow passerby to see inside: Bridges, staircases, and open social spaces are all on display.
Elements of the original structure can be found inside, too. An original wall from the cottage is near the foyer. On the second floor, a meeting room translates the language of the facade as an extrusion through the space. A pitched ceiling creates a sense of verticality resulting from combining the cottage’s original second floor and attic and restructuring the roof.
On South 38th Street, the Wharton School’s imposing building once jarred with the quaint stylings of this 19th-century cottage six lanes of traffic away. Now, its impact is less severe, thanks to the new massing that still manages to mirror and echo the former suburban vernacular. Made up almost entirely of glass fenestration, the double-height venue gets a generous dose of daylight, making it an attractive place to meet. The roof comprises a series of pitches, all varying in height, which creates a contemporary expression of the original gables.
Form was also guided by inconveniences, such as a manhole encroaching on the building’s footprint. “We saw this as an opportunity to have more fun,” said Piscuskas, who described how a chunk carved from a corner was a workaround that aligned with the rest of the building’s similar geometry. The site’s topography, too, falls in line with the angular aesthetic as open space in the rear slopes down to the street.
While it is rare that an architect is given the chance to build adjacently to a former project, this was the case for Steven Holl Architects’ latest addition to the University of Iowa campus, in Iowa City, Iowa. Not only does Holl’s new Visual Arts Building sit next to his 2006 Arts Building West, together they create one of the campus’s major outdoor quads. For Holl, the challenge was not just to build a great building, but to build one that was even better than his much-loved first addition to the campus.
After the 2008 Iowa floods, a record-breaking, devastating natural disaster, the University of Iowa needed to replace its original 1936 Visual Arts Building. Rather than go directly to Holl to build the new project, the university held a design competition, which Holl won. The approach to the project would be vastly different than that of the 2006 building.
“You have to make it as good or better,” Holl explained. “That is why it took 30 schemes to get it right. We took the approach, as we have done before in terms of historic buildings, of complementary contrast. The first building is Cor-Ten and planar, with the steel structure exposed. This building is volumetric, not planar and concrete, not steel, and a different strategy altogether.”
Comprised of four offset levels, seven vertical cutouts produce outdoor balconies and indoor atria, bringing light deep into the new building. Other apertures lay behind the outer porous zinc skin system, arranged and sized with the Fibonacci sequence. Together, the cutouts and windows allow for studio spaces to be completely daylit. The interior cutouts also provide space for the buildings major vertical social and circulation areas. These communal spaces were at the heart of the project’s design.
“The seven cuts of light vertically penetrate the laminar shifting section,” Holl said. “We give them all equal weight as social spaces. These become places where you take a break and talk to a friend or someone from another department. The formal operation becomes a social operation, and one of bringing in light.”
The structure of the 126,000-square-foot project plays an important role in realizing the bright, open interior. The floor plates are poured-in-place biaxial voided slabs, or “bubbledeck” slabs. This technique, used for the first time in the United States, allows for integrated mechanical systems, including radiant heating and cooling. With lighter-than-typical floor slabs and zero ductwork, the interior could be more readily dedicated to programmed space.
The Visual Arts Building will be home to art history, ceramics, 3-D design, metal arts, sculpture, printmaking, painting and drawing, graphic design, multimedia, video art, and photography.
Allied Works, Michael Maltzan, and Studio Gang compete for California College of the Arts campus design
San Francisco firm Gensler's proposal for the new 96 acre Del Mar College campus in Corpus Christi, Texas has been given the official go-ahead. The campus will be located in the city’s Southside on the corner of Yorktown Boulevard and Rodd Field Road.
A timeline and funding for the scheme hasn't yet been established. However, planning for the project is due to total $1.8 million, financed from a bond package which was given voter approval in 2014. According to the Caller Times, officials have said a “funding source to build the campus will likely be in the hands of voters.”
Last year the college saw more than 24,000 students take part in credit and continuing education courses. "What we have is an opportunity to enlarge theses programs,” Del Mar’s vice president of Workforce Development and Strategic Initiatives Lenora Keas said. She also reiterated the necessity for the college’s expansion, saying that the courses offered are almost at capacity. Enrollment numbers for workforce and continuing education courses have witnessed growth of 76 percent over the last five years. "The demand is there like never before," said Escamilla.
Continuing education courses would be offered at the new campus—which would serve up to 20,000 students—as well as engineering, computer science, hospitality and architecture, among others.
"It has never looked the same on any two times I have been to site."JCY Architects and Urban Designers have created a student services building on the Australian campus of Edith Cowan University that acknowledges the cultural identity of local Aboriginal community while providing sculptural infrastructure linking the campus community through a series of landscaped environments. The major elements of the building are an elevated concrete podium helping to negotiate a steep grade change, and a perforated aluminum solar shade. The project acts as a web with a central internal vertical spine atrium linked to various programs with a set of interconnected timber clad stairways. An elevated concrete podium navigating a significant grade change is formally derived from fluid dynamics studies of the flow of water through Australian billabong waterways. The podium's folded and sculpted white concrete soffit and faceted columns create their own seductive landscape, 'eroded' and opened up as would be found in nature when stone is sculpted by water. The architects designed the building in a way that makes future conversion to classroom space possible. This was achieved by incorporating “bubbledeck” concrete floor plates. This voided-slab forming system reduces the weight of the slab, increasing efficiency and reducing overall cost. The long span system allows for more slender columns, a generous structural grid spacing of around 30 feet by 30 feet, and a reduction of the shear walls required within the open plan layout. The architects also accounted for the maximum future utility spaces that would be required with a future change of use, which they say required over 30 percent redundant floor area. Embedded within the fabric of the interior and exterior skins are a number of themes which were developed through a collaboration between the architects and ECU’s Cultural Liason Officer from Kurrongkurl Katitjin and the local Noongar community. One outcome is a gold anodized perforated aluminum screen that folds around three upper levels of the building. Patterning is derived from curved, overlapping patterns of the chest feathers of a Carnarby Cockatoo, and creates a layered undulating effect. The perforation of the panels derived from manipulations to photographs of chest feathers from a black cockatoo. Hole diameters correspond to light values on the photograph – the darker the pixels, the larger the openings. Data from the open percentage of each panel was used in shading calculations to comply with Building Code Glazing Performance Criteria. Will Thomson, Principal at JCY, says the major constraints with this shading system were related to costs: “We could have no more than 8 different hole punch diameters to fit the project budget, and once these had been determined they were carefully set-out at 1:1 shop drawing over the panel drawings. They varied between 20-40% open area to meet the ESD requirements.” This aesthetic is introduced to the interior glazing system through a custom ceramic frit pattern and textile design of the carpeting. The fabrication and assembly process included several full size prototypes, which helped to resolve panel geometry. Thomson says the mockups resulted in many fabrication changes to allow for tolerance, movement of dissimilar metals, panel assembly details, material selections, and structural connection details. The anodized finish of the aluminum skin is inspired by the shimmering scales of a butterfly wing. Thomson says the anodized finish consists of a range of colors: “This has created an amazing patina of differing gold panels across large swatches of elevation and added a texture to the facade that would otherwise be lacking. The way the building changes color during the day, across the seasons is always a welcome delight. It has never looked the same on any two times I have been to site since the cladding works have been completed.”
The glass, stone, and metal exterior of the Hatfield-Dowlin Complex evokes the strength and agility of a college athlete.The superhero and the Samurai. That’s where Zimmer Gunsul Frasca Architects (ZGF) began their design of the Hatfield-Dowlin Complex at the University of Oregon. The football player, the architects imagined, is like Batman: stealthy and strong, he came to his powers not by supernatural accident, but through relentless training. At the same time, the athlete is a highly skilled warrior, the modern-day equivalent of Japanese military nobility. The facade of the new football training facility materializes these ideas in glass, stone, and metal. Dominated by horizontal expanses of tinted glass, it is powerful but not foreboding. ZGF offers the analogy to a suit of armor: the building’s skin balances protection and connection, solidity and agility. The most direct expression of the armor metaphor is on the Hatfield-Dowlin Complex’s west exterior. In Eugene, the real solar challenge comes not from the south, but from the west, where the sun hovers near the horizon for long periods all winter long. To minimize glare, the designers placed a floating sunscreen across the western face of the building. Using elevation studies and interior models, they determined the optimal placement of a series of tinted glass panels held in an aluminum frame developed by Benson Industries. The result is seemingly random arrangement of overlapping rectangles, which ZGF’s Bob Snyder likened to scales on a Samurai’s costume. On the other three sides of the building, ZGF installed a curtain wall of fritted, triple-pane insulated glass units supplied by SYP. The frit pattern was inspired by the nearby John E. Jacqua Academic Center for Student Athletes, which ZGF also designed. The Jacqua’s facade comprises two layers of glass, five feet apart with a stainless steel wire screen in between. At the Hatfield-Dowlin Complex, the designers achieved a similar texture on a single layer of glass. “We saw that as a microcosm of the five-foot wall [at Jacqua],” said Snyder. The frit pattern was developed to be visible from both outside and inside the building, and to suggest movement as one passes along the facade. The final components of the Hatfield-Dowlin Complex exterior are stone and metal cladding. ZGF chose granite and basalt from Western Tile & Marble, which was treated with water jets for a striated texture. The designers used stone primarily on the first three floors of the building. “We established that as the stone zone, we wanted the weight of that material, the high durability of that material down low where folks would come into contact [with it],” said Snyder. Above, the stone transitions to aluminum panels for a lighter feel. “We worked with [Streimer Sheet Metal Works] to get the tightest radius we could get on the ribs of the metal panel,” explained Snyder. “We really struggled with that material [to make it] as fine as the stone, so it didn’t look like you were wearing tennis shoes with your tuxedo.” Plate-steel fins at the mouth of the parking garage and near the entrance sidewalk suggest the hard back of a dinosaur—yet another reference to armor. For Snyder, the combination of materials on the building’s facade achieve a balance between groundedness and ambition. Like the athletes inside it, the Hatfield-Dowlin Complex remains tied to the earth even as it appears to float above it. “The idea is that to be really good at football, you need to be right on the edge,” said Snyder.