Yale architecture students designed and built this handsome home for the homeless

May 17, 2018 by  
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Since 1967, first-year Yale architecture students have designed and built buildings to better the community — and last year’s project was a stellar showing in affordable housing. For the 2017 Jim Vlock First Year Building Project , students completed a 1,000-square-foot home that explores cost-efficient and flexible design. Constructed in New Haven’s Upper Hill neighborhood, the dwelling was created to provide shelter for the homeless. The 1,000-square-foot house for the homeless is a handsome prefabricated structure clad in cedar and topped with a standing-seam metal gable roof. According to the project statement, students were “challenged to develop a cost-efficient, flexible design that tackles replicability in material, means, and method of construction.” The house comprises two separate dwellings: one is a studio, while the other is a two-bedroom apartment with built-in storage. Related: Washington D.C. architect wants to shelter the homeless in decommissioned subway cars The project also marked the first partnership between the Yale School of Architecture and the non-profit Columbus House , an organization that has been providing solutions to homelessness in the New Haven area since 1982. The house was the 50th Jim Vlock First Year Building. For the 2018 Jim Vlock First Year Building Project, the Yale School of Architecture will partner with SmartLam , the first manufacturer of cross-laminated timber in the U.S., which will provide CLT panels for the construction of a two-family home for the homeless. + Jim Vlock First Year Building Project Images by Haylie Chan and Zelig Fok

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Yale architecture students designed and built this handsome home for the homeless

Architecture students build a tiny CLT classroom in just 3 weeks

April 3, 2018 by  
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A team of 13 University of Nebraska-Lincoln (UNL) architecture students designed and built Emerge, a tiny timber classroom that will help promote sustainable forestry through education. Located in the woods near Eugene, Oregon, the student project was crafted as part of UNL’s PLAIN design/build program in collaboration with the 673-acre family-owned Bauman Tree Farm, and The DR Johnson Lumber Mill. The micro cabin was erected in just three short weeks thanks to the use of prefabricated cross-laminated timber panels that make up the walls and floor. Set atop concrete footings, the elevated 80-square-foot Emerge cabin strives for minimal landscape impact and to foster a greater appreciation of the timber industry and the surrounding forest. The cabin opens up through a wooden pivot door raised using a counterweight system. A large skylight funnels natural light and canopy views into the one-room interior. Movable cross-laminated timber sitting blocks and a table allow for customization of the classroom. Related: Nation’s first large-scale mass timber residence hall breaks ground in Arkansas The students also designed screens with irregular patterns to communicate the relationship between the lumber industry and the forest. The screens, located at the front and rear, comprise slatted timber elements that appear straight at the bottom and become increasingly angled near the top to evoke tree branches. The visual change references the process in which trees become dimensional lumber. “[The] compound angles…create a rain screen for exposed CLT ,” add the students. This pattern is also visible around the skylight. + University of Nebraska-Lincoln Architecture Department Via Dezeen Images via Mike Lundgren

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Architecture students build a tiny CLT classroom in just 3 weeks

Nations tallest timber building to rise in Portland

June 6, 2017 by  
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The nation’s tallest wooden high-rise will soon take shape in Portland , Oregon. Funded by a $1.5 million-dollar award from the U.S. Tall Wood Building Prize Competition , the innovative timber building, named Framework, will be built from domestically sourced and engineered wood products. LEVER Architecture designed the mixed-use high-rise as a beacon of sustainability with its use of low-carbon materials, green roof, and resilient design. Slated to begin construction this fall, the 12-story Framework building will comprise ground-floor bank and retail, five floors of office space, and five floors for 60 residential units with a mix of studios as well as one-bedroom and two-bedroom apartments. Nearly half of the 90,000-square-foot building will be zoned for affordable housing. The mixed-use building will also be primarily built of cross laminated timber and is designed to be fire- and earthquake-resistant. In a Framework press release: “Beneficial State Bank, a triple bottom line community bank, teamed with project^, a values-based commercial real estate developer; and Home Forward, the public housing authority for Multnomah County, Oregon to reimagine their existing Pearl District property in Portland, Oregon into Framework, the nation’s first wood high-rise building. The building seeks to develop a model for a sustainable urban ecology by promoting social justice , sustainable building, and economic opportunity thus yielding broad advancement of these objectives at a national scale.” Related: Magnificent timber skyscraper will sequester carbon and add greenery to Bordeaux Framework, which is expected to complete construction in late 2018, will likely be the nation’s first timber high-rise building with wood from the ground-floor as well as the first with exposed wood in North America. The building is also expected to use significantly less energy than a traditional building of similar size and function with energy savings of 60 percent when compared to code and water savings exceeding 30 percent compared to code. Framework is also expected to result in 1,824 tons of carbon dioxide emission offsets, equivalent to taking 348 cars off the road for a year. + LEVER Architecture

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Office with arched openings shows off the beauty of cross-laminated timber

March 29, 2017 by  
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Increasing numbers of architects are celebrating the strength, beauty, and sustainable properties of cross-laminated timber . Japanese architecture firm Junichi Kato & Associates shows off how the timber can be used as both a structural and finishing material in the Santo CLT Office. Built in Japan’s Shiga Prefecture, this nearly 140-square-meter office building houses warm and welcoming workspaces with arched openings. Inspired by the climbing kiln in Shigaraki, a town famous for ceramics, Junichi Kato & Associates introduced an arch -shaped continuous frame into the building structure. A raised wooden terrace wraps around two sides of the building and is partly shaded by the roof overhang. The walls and floors are constructed from cross-laminated timber, while foam insulation and low-e glass improve energy efficiency. Related: Taiwan’s first CLT building paves way to greener alternatives to concrete and steel The office is entered from the west and visitors are immediately greeted with an exhibition space, reception desk, and a small informal meeting area. A wall divides the entrance area from the large working space in the center of the building. The night-duty room, shower, and toilet are located in the rear. Large windows fill the office with natural light which, coupled with the ample use of wood, gives the office its cozy and welcoming character. + Junichi Kato & Associates Via ArchDaily Images by Kei Sugino

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Office with arched openings shows off the beauty of cross-laminated timber

Designers float plan to cover Toronto’s CN Tower with clip-on condos

February 13, 2017 by  
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CN Tower in Toronto , Canada once held the title of world’s tallest freestanding structure until China’s Canton Tower and the Burj Khalifa overtook it. Now design firm Quadrangle has come up with a new vision for the 1970’s building: to cover it in modular Cross Laminated Timber (CLT) condominiums . The wooden residential pods would cling to the outside of the tower between wind-shielding wings. Once a broadcasting tower, the CN Tower today is mainly a tourist attraction, with a restaurant and hands-free walk on a ledge 116 stories above ground. Honoring what Quadrangle calls Toronto’s “tradition of reinvention and exploration,” the design team dreamed up a new use for the tower. Instead of just visiting occasionally, people could call the CN Tower home, enjoying life in condominiums featuring breathtaking views of the Canadian metropolis. Related: Taiwan’s first CLT building paves way to greener alternatives to concrete and steel Quadrangle says the condominiums could be offered in several sizes so people could pick the layout best for them. Supports drilled into the concrete tower would allow the pods to taper as they crept up the side of the building. In their press release Quadrangle said, “Dynamic shapes will evolve from the varying sizes of the units, with staircases creating sharp diagonal incisions in the otherwise cube-like structures.” The studio settled on CLT for the building material , saying it is sustainable, beautiful, and versatile. Using CLT, the condominiums could be snapped together onsite, making for quick construction that wouldn’t disrupt tourist activities too much. The design has its critics. Treehugger pointed out while the tower could probably hold the pods, and the idea very well could revitalize the old building as intended, CLT may not be the best material for the job since it weighs around 31 pounds per cubic foot and would require cladding and insulation. + Quadrangle Via Dezeen and Treehugger Images courtesy of Quadrangle

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Designers float plan to cover Toronto’s CN Tower with clip-on condos

World’s largest cross-laminated timber residential project will take root in Montreal

October 14, 2015 by  
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