Interactive Thermoplastic Pavilion by B+U

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(Joshua White)

Baumgartner+Uriu designed and built Apertures with students from SCI-Arc. (Joshua White)

A thin shell pavilion with an audio feedback program invites engagement.

Apertures, the amorphous pavilion designed and fabricated by Baumgartner+Uriu (B+U) with students from SCI-Arc, challenges two of architecture’s defining dualities: the distinction between wall and window, and the division between exterior and interior. “Conceptually, we were looking at objects that are multi-directional and have apertures as their main theme,” said partner Herwig Baumgartner. “That was one aspect of it; the other was the barriers between inside and outside and how we can dissolve these. We’re interested in architecture that’s responsive through either movement or sound.” As visitors pass through or otherwise engage with the 16-foot-tall, 1/8-inch-thick structure’s many rounded openings, attached heat sensors trigger sounds based on human bio-rhythms, creating a feedback loop that encourages active exploration of the space. Read More

Charge Your Phone On Boston’s New Smart Benches

A waterside Soofar. (Courtesy Soofa.co)

A waterside Soofar. (Courtesy Soofa.co)

Thanks to a new park bench design equipped with solar-powered docking stations, it’s easier than ever for Bostonians to enjoy the great outdoors by staring directly into their phones. The benches, which are known as “Soofas“, include two charging docks and have begun popping up in city parks as part of a pilot program.

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Sustainability Expert Juan Betancur Talks Integrated Facades

Adrian Smith + Gordon Gill Architecture's Federation of Korean Industries office tower. (©Adrian Smith + Gordon Gill Architecture/Namgoong Sun)

Adrian Smith + Gordon Gill Architecture’s Federation of Korean Industries office tower. (©Adrian Smith + Gordon Gill Architecture/Namgoong Sun)

In a high-performance building, argues Juan Betancur, director at Adrian Smith + Gordon Gill Architecture, the envelope must never be an afterthought. Rather, it should be a material expression of the overall environmental strategy. “The key to what we’re doing with energy and sustainability is: how do the systems become the facades themselves?” he said. “If we make it part of the building, it’s an integrated systems solution.” Read More

Hands-On Exposure to Cutting-Edge Technology at facades+Chicago

Participants in facades+ tech workshops learn and practice cutting-edge digital design technologies in an intimate setting.

Participants in facades+ tech workshops learn and practice cutting-edge digital design technologies in an intimate setting.

Contemporary architectural practice, and in particular the design of high-performance facades, is as much about mastering technology as it is about grappling with aesthetics and function. Attendees at next month’s facades+ Chicago conference will have an opportunity to explore cutting-edge digital design tools during a series of hands-on technology workshops. The tech workshops, which take place on the second day of the conference, follow a day-long symposium featuring keynotes and roundtable discussions by AEC industry leaders. “If on day 1 you’re being exposed to advancements in building methods, on day 2 you can learn the technology and techniques that are behind those applications,” said Mode Lab’s Ronnie Parsons. “It’s taking the next step from someone who’s in the audience to being a participant. Not just a participant who’s watching and engaged, but one who is actively involved in shaping what happens tomorrow.” Read More

IIT Students Explore the Potential of Carbon Fiber

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Undergraduates at IIT designed, funded, and fabricated FIBERwave PAVILION during the spring semester. (Courtesy Alphonso Peluso)

Undergraduates at IIT designed, funded, and fabricated FIBERwave PAVILION during the spring semester. (Courtesy Alphonso Peluso)

Composite materials are on display in the undergraduate-built FIBERwave PAVILION.

Carbon fiber’s unique properties would seem to make it an ideal building product. Untreated, carbon fiber cloth is flexible and easy to cut. After an epoxy cure, it is as hard as steel. But while the automobile and aerospace industries have made widespread use of the material, it has gone virtually untouched by the architectural profession. Alphonso Peluso and his undergraduate students at the IIT College of Architecture set out to change that with their FIBERwave PAVILION, a parametric, sea life-inspired installation built entirely of carbon fiber. “We want to make the studio an expert resource for people trying to get into carbon fiber in terms of architecture,” said Peluso, whose students designed, funded, and built the pavilion this spring. “There’s a studio in Germany that’s in their second year of working with carbon fiber, but I don’t think anyone in the United States is working with it.” Read More

BNIM’s Entrepreneurial Envelope for the University of Missouri-Kansas City

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BNIM and Moore Ruble Yudell wrapped the Henry W. Bloch Executive Hall in multicolored terra cotta and glass. (James Ewing)

BNIM and Moore Ruble Yudell wrapped the Henry W. Bloch Executive Hall in multicolored terra cotta and glass. (James Ewing)

A tight budget and short timeline inspired an innovative concrete and terra cotta facade.

BNIM and Moore Ruble Yudell approached the design of the Henry W. Bloch Executive Hall for Entrepreneurship and Innovation at the University of Missouri-Kansas City with two objectives. The first was to express the creative spirit of the university’s program in entrepreneurship, which at that point lacked dedicated support spaces. The second goal was to tie the contemporary structure to its historic surroundings. Moore Ruble Yudell, who developed many of the project’s interior concepts, tackled the former, creating flexible classroom and laboratory spaces and a multi-story amphitheater that doubles as casual seating and a venue for school-wide gatherings. As for the latter, BNIM designed a multicolored terra cotta envelope that balances singularity with connection. “The idea was to create a building that sat by itself, but somehow bring it into context in terms of materials,” explained BNIM senior project architect Greg Sheldon.
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Deep Underground, Researchers Testing Giant Elevators for the World’s Tallest Building

KONE Ultrarope (Courtesy KONE Online Bank)

KONE Ultrarope (Courtesy KONE Online Bank)

Where there are tall buildings there are also tall elevators. Saudi Arabia’s Kingdom Tower, designed by Chicago-based Adrian Smith + Gordon Gill Architecture, will be the tallest building in the world if constructed as planned. The building is expected to stand 3,281 feet tall and will require elevators the likes of which the world has never seen. Luckily for the Kingdom Tower, one elevator company is researching the extremes of vertical circulation.

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Researchers Train Robots to 3D Print Architecture

Minibuilders (Courtesy Iaac)

Minibuilders (Courtesy Iaac)

The future of architecture is upon us, and thanks to a team of researchers led by Sasa Jokic and Petr Novikov, construction workers may soon be made obsolete. A team from the Institute for Advanced Architecture Catalonia (IAAC) is currently tackling the challenge of making “mini-builders”: drones that are capable of applying 3-D printing at a large, architectural scale.

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Facade Expert Francisco Gonzalez-Pulido on the Perils of Homogenous Design

Leatop Plaza in Guangzhou, China. (Courtesy JAHN)

Leatop Plaza in Guangzhou, China. (Courtesy JAHN)

According to Francisco Gonzalez-Pulido, president of Chicago-based JAHN, contemporary facade design neglects one of the building envelope’s foremost responsibilities: storytelling. “There is a focus now on using the building massing to convey the key message,” he said. “However, I think it’s through the facade that we can bring a more compelling narrative about how the building functions.” As an example, Gonzalez-Pulido pointed to Mies van der Rohe’s One IBM Plaza, which he can see from his office. “When you look at the mechanical floors, they’re treated differently,” he said. “In the lobby, the glass is different. This is actually the responsibility of the facade—it’s more than a piece of glass and metal to cover the building.” Read More

Video Sneak Peek: facades+ Chicago, July 24-25

Like our skin, a building’s facade is a critical intermediary between its interior functions and the outside environment. High-performance envelope design thus incorporates a variety of concerns, from aesthetics to sustainability. Next month, leading AEC industry professionals will gather in the Windy City for facades+ Chicago to discuss the future of facade design through the lens of the conference theme: resilience. For more information or to register, visit the facades+ Chicago website.

James Timberlake to US AEC Industry: Bring Facade Manufacturing Home

KieranTimberlake's Edgar N. Putnam Event Pavilion, James A. Michener Art Museum. (Michael Moran/OTTO)

KieranTimberlake’s Edgar N. Putnam Event Pavilion, James A. Michener Art Museum. (Michael Moran/OTTO)

KieranTimberlake has long pushed the boundaries of conventional facade design. The Philadelphia-based firm started using pressure-equalized rain screen systems in the 1980s, well before other architects brought the technology on board. Their Melvin J. and Claire Levine Hall, at the University of Pennsylvania (2003), was the first actively ventilated curtain wall in North America. The designers at KieranTimberlake have introduced new materials and assemblies, such as the SmartWrap building skin deployed at Cellophane House, part of MoMA’s Home Delivery: Fabricating the Modern Dwelling exhibit. One of the firm’s latest projects, the Embassy of the United States, London, incorporates an outer envelope of three-dimensional ETFE (ethylene tetrafluoroethylene) panels with integrated photovoltaic cells.

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Meet MUPPette, Gensler’s marriage of 3D printing and unmanned drones

Architecture, Technology, West
Thursday, June 26, 2014
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Two of the most talked about new technologies in our world today—3D printing and unmanned drones—are beginning to merge. A good example: Mobile 3D Printing, a research project in Gensler’s Los Angeles office attempting to create an Unmanned Aerial Vehicle (UAV) fully capable of digital fabrication—freeing the technology from the constraints of boxes, robotic arms, and X-Y-Z axes.

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