The new Electrical and Computer Engineering (ECE) building at the University of Illinois at Urbana-Champaign uses the latest in sustainable technology and building practices in hopes of reaching not only LEED Platinum, but even zero net energy usuage. Designed by SmithGroup, the 230,000 square foot building is also meant to serve as a prototype for sustainable building across the campus. The ECE department is working toward a net zero building that will supply one hundred percent of its energy demands by incorporating renewable energy systems. The architects and engineers from KJWW have integrated a range of system, including an array of photovoltaic cells panels, displacement and demand control ventilation, heat recovery chillers with net metering, and a chilled beam system for cooling and heating the classroom tower. The building also features solar shading and a multi-hued terra cotta rainscreen over an R30 building envelope. Construction is expected to begin at the end of this year, with an estimated completion date of fall 2014.
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WXY appointed Adam Lubinsky as principal. Lubinsky received a Ph.D. in Planning and Urban Design from the University College London, where he also has been teaching. Ben Bischoff is taking over operations at MADE as the sole principal of the company. Bischoff co-founded MADE with Oliver Freundlich and Brian Papa, who are both departing to "pursue individual interests." Ray Huff has been named director of the Clemson Architecture Center in Charleston. Huff was the founding director of the Charleston program when it was initiated in 1987 and has served as an instructor there for much of the time since. J. Scott Kibourn has been appointed Principal and Chief Operating Officer of Perkins Eastman's international operations. CENTRIA Metal Architectural Systems has named Tom White Design and Development leader. White was previously Corporate Director for Business Development at the architectural firm Burt Hill. HR&A is opening an office in Washington, D.C. and welcoming back Lionel Lynch as the principal leading the effort. SmithGroup has tapped Paul Johnson, FAIA, who has been with the firm since 1986, to lead the firm’s Building Technology Studio in Detroit. Have news on movers and shakers in the architecture & design universe for SHFT+ALT+DEL? Send your tips to email@example.com!
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Articulated copper clads gateway building to new College of Nursing in PhoenixCopper has certain attributes that make it an appealing facade option in arid climates. The first is that it doesn’t turn green. “Here in the desert, it weathers like a penny in your pocket,” said Mark Kranz, the SmithGroup Phoenix design principal in charge of the recently completed Arizona State University College of Nursing and Health Innovation Phase II project. Clad in an articulated and partially perforated copper skin, the 84,000-square-foot, five-story facility complements a collection of existing and new buildings that form the college’s new Phoenix campus. This month, the project won a 2011 North American Copper in Architecture Award, earning points not only for the identity it imparts to the campus, but also for a unique panel design that delivers environmental performance at a low cost. The architects chose copper in part because it has a deep-rooted history in Arizona, which has led the nation in copper production for the last century. But the project, which achieved LEED Gold, also benefits from the material’s recyclability to earn points, and on its low price at the time of specification to meet the school’s budgetary needs. The cost of the copper facade was 3 percent, or $853,000, of the $27 million project. SmithGroup worked with design-build contractor DPR Construction Inc. and Chandler, Arizona-based facade subcontractor Kovach Inc. to develop a series of panel profiles that would form the building skin’s randomly repeating pattern. Though the team initially began with 18 panel variations, those were winnowed down to six custom profiles and three widths to keep costs lower and facilitate easier erection on site. The project includes 15,000 square feet of UNACLAD architectural grade sheet copper, which arrived at Kovach’s 45,000-square-foot fabrication facility in large coils. Because the 80,000-pound copper facade includes shaded outdoor student spaces in its program, some of the panels are designed to have perforations. Copper for these portions was sent to Diamond Perforated Metals with digital plans on how and where holes should be made, then returned to the Kovach facility. To achieve the facade’s creases and reveals, copper sheets were cut into the proper widths, then customized on a computerized press break, a modern and more precise version of older hand-operated press breaks. The finished panels were tested for wind loads at Kovach’s in-house testing facility before installation.
You know that if a trend has hit a major office building, it's really gone mainstream. The pixelated effect that has been seen in hip textiles and interior design is used for the glass facade on this SmithGroup project going up in Mission Bay. For people driving down Third St., it adds a bit of sparkle to the vista, reflecting the blueness of the open sky around it. Compared to the new Rafael Vinoly-designed UCSF cancer research building next to it (which Mitchell Schwarzer twitted for its blandness), it's the sequined cocktail dress next to the Gap khakis.