The two 10-story towers are clad in white metal and clear glass, carefully balanced to reduce solar heat gain and provide a sense of lightness.
Samsung’s new North American headquarters, designed by NBBJ, is a landmark facility in Silicon Valley embracing new urban guidelines developed by San Jose officials to prioritize active streets and environmental sensitivity. The project creates a sense of lightness with a transparent, environmentally responsible facade, and has been used as a case study project within NBBJ’s international network of offices.
One only had to glance out the window to understand why the 18th floor of Mart Plaza hotel was the perfect venue for the Chicago addition of the Facades+ Conferences. With views of 333 W. Wacker, the Willis Tower, and a handful of new towers under construction, the history of the modern facade was on display. The conversation in the symposium would be equally as rich with local and international speakers.
Kreysler & Associates‘ Joshua Zabel knows more than a thing or two about collaborating with architects to produce complex facades. “On the design side, increasingly complex projects call for earlier and earlier involvement from us for material and fabrication input,” said Zabel. “With increasing frequency we’re being called on by architects to contribute during SD and DD phases.”
Zabel will share the fabricator’s perspective on teamwork in high performance envelope design and construction later this week at Facades+AM Seattle. His co-presenters on “Digital Collaborations: Applications, Realities and Opportunities in the Delivery of Complex Facades” include Jeffrey Vaglio (Enclos), David Sandinsky (NBBJ) and Marne Zahner (Magnusson Klemencic Associates).
Digital techniques including parametrization play an increasingly important role in the work of many architects, engineers, and builders, especially those involved in the design and fabrication of high performance facades.
A total of 149 custom panels cover nearly 11,000 sq. ft. of the facade, providing a passive approach to daylighting, glare reduction, shading, and solar heat gain reduction.
The Georgia BioScience Training Center is a signature building with a dual purpose: a high-tech facility supporting research critical to bio-manufacturing that brings identity to Georgia’s growing biosciences industry. The 40,305 sq. ft. building is sited approximately 45 miles due east of Atlanta in Social Circle, “Georgia’s Greatest Little Town,” and houses laboratories, classrooms, meeting rooms, and large gathering spaces. The building is organized around a large elliptical courtyard lined with glass walls. “Building planning centered on the idea of a “10 minute marketing tour” as the state will tour thousands of future ‘prospect’ companies through the facility,” says Nathan Williamson, Associate Principal at Cooper Carry.
Columbia University’s expansion has been selected by LEED for their Neighborhood Design pilot program, which calls for the integration of smart growth principles and urbanism at a neighborhood scale.
Renzo Piano Building Workshop (RPBW) is designing four buildings to be built over the upcoming years as a first phase of Columbia University’s Manhattanville campus expansion. The first of these four projects to break ground is the Jerome L. Greene Science Center, a research facility used by scientists working on mind, brain, and behavior research. The facility is ten stories wrapped in nearly 176,000 square feet of building envelope, consisting of transparent floor-to-ceiling glazing.
Facades+AM returns to Seattle December 4. (Jonathan Miske / Flickr)
For Seattle‘s AEC professionals, the city’s thriving high-tech industry is both a blessing and a challenge. “The architecture scene in Seattle is red hot and exciting,” said Mic Patterson, vice president of Strategic Development for Enclos.
Unbroken bands of window walls sit beyond an exterior concrete structural frame.
Completed earlier this year, a new market rate rental building on Manhattan’s Upper West Side by Handel Architects features a striking exposed cast-in-place concrete diagrid “exoskeleton” structure. The system is designed in response to required zoning code setbacks that restrict building area to a mere 35’ wide at times. The project, named after it’s address at 170 Amsterdam, is located two blocks north of Lincoln Center, situated between two greenspaces – Central Park and the Lincoln Tower superblock – via 68th Street. The lobby is a prominent glassy space containing a mix of community programs, formally and programmatically connecting the two sides of the building together, while abstracted tree-like columns punctuate the building envelope.