Only a few days after BIG’s snaking Serpentine Pavilion was fully installed in Toronto, King Street West, the stacked housing development sited directly behind the pavilion, received official approval and is set to begin sales shortly. The full-block King Street West, developed by BIG’s frequent Canadian collaborators Westbank (also the owner of the aforementioned pavilion), was reportedly inspired in both form and spirit by Moshe Safdie’s experimental Habitat 67 in Montreal. Similar to the adjacent pavilion, the 750,000-square-foot project will rise in stepped, stacked boxes and invoke a pixelated effect—an effect that extends even to the cladding, thanks to the glass bricks that will be used for the facade. Each concrete cube has been extruded and set back to terrace space and open up lighting for residents, as well as give each unit its own unique identity. Much like Habitat 67 or BIG’s own “self-contained neighborhood," the 8 House in Copenhagen, the aim was to lend each unit the feeling of being its own standalone home. "With King Street West, we wanted to find an alternative to the tower and podium you see a lot of in Toronto and revisit some of Safdie's revolutionary ideas,” said Bjarke Ingels in a press release, “but rather than a utopian experiment on an island, have it nested into the heart of the city. It would be strange if one of the most diverse cities in the world had the most homogenous architecture." King Street West will incorporate the site’s existing century-old brick buildings and convert them into a mix of office and retail space. The peaks-and-valleys approach BIG took to the development’s massing extends to the underside, as the building rises like the entrance to a cavern at the bottom, opening up to what BIG has described as a “maze-like” courtyard within. The “mountainous” portions of the project will frame the interior landscaping at ground-level, which comes courtesy of the Toronto-based landscape architects Public Work. The project had been under consideration by the Toronto city government for the last two-and-a-half years, as the King West neighborhood is the meeting point of Toronto’s downtown skyscrapers and shorter brick buildings. Several converted factories and warehouses sit on the same block as King Street West, and the development was approved only after BIG was able to scale its “village” down to a contextual size. No estimated completion date for King Street West has been announced yet.
Posts tagged with "BIG-Bjarke Ingels Group":
Fans of large metallic spheres rejoice: The ORB rises. Despite not meeting their crowdfunding goal, Bjarke Ingels and Jakob Lange of Bjarke Ingels Group have successfully created their installation at this year's Burning Man festival in Black Rock City, Nevada. The pair launched an Indiegogo campaign earlier this summer with a goal of raising $50,000 for the project. At the time of writing this article, the pair had raised $34,251 pledged from 127 backers.
AN spotted the ball in Burning Man's official Youtube live stream of the event. The stream peers around the site of the event, known as the Playa to festival-goers, who are also known as Burners. Jakob Lange posted a construction image of The ORB last week to his Instagram account, but neither architect has released official imagery of the project. Burning Man is a temporary event in the Nevada desert where thousands of participants camp, build temporary structures, and engage in various activities of a psychedelic nature. In recent years Burning Man has become synonymous with Silicon Valley and the way in which counter-cultural experiences can be commodified as expensive entertainment. Basic tickets to the week-long festival cost upwards of $300. According to the architects, The ORB will be "a new planet to sci-fi fans, a wayfinder for travelers or just a huge disco ball to those who love a good party!" Although it appears to float above the ground, the 83-foot sphere is held up by a 105-foot steel mast. Renderings and prototype studies showed a mirrored metallic surface to the object, although in the live stream it appears to be either duller or covered in desert dust. The structure will be up during the festival this week, when it will be presumably be dismantled or destroyed along with the rest of the festival's structures.
According to the San Francisco Chronicle, Bjarke Ingels Group (BIG) has been hired to lead design for a new ballpark for the Oakland Athletics baseball team. The decision comes after months of speculation over the team’s future in Oakland as the Oakland Raiders professional football team moves forward with a deal to abandon the Oakland-Alameda County Coliseum—currently shared with the A’s—in order to build a new $1.8 billion stadium in Las Vegas, Nevada, designed by Manica Architecture. A handful of plans have been proposed over the last 18 months for the baseball team’s future home, including purchasing the Coliseum site outright from the City of Oakland for $135 million. But the team is keeping its options open: Aside from the Coliseum bid, the team is currently pursuing plans for a brand new ballpark in the Port of Oakland’s Howard Terminal. https://twitter.com/davekaval/status/1019773158843281409?s=21 The plan for the Howard Terminal site is reportedly favored by Oakland mayor Libby Schaaf, as it would allow the city to buyout Alameda County’s stake in the jointly-owned Coliseum site. The arrangement would give the city control over a centrally-located public amenity that is already connected to mass transit while passing on the costs of redeveloping Howard Terminal to private coffers. Despite Schaaf’s intentions to purchase the park, however, the mayor recently announced that the city does not have the money to make the purchase itself and is unwilling to commit public funding for the plan. In the past, the A’s were also considering a potential partnership with the Peralta Community College District nearby for a new standalone ballpark, though that fell through earlier this year due to community opposition. Previously, it was thought that HOK was on board to design a new A’s stadium, but the latest announcement seems to have scuttled those ideas. Now, it’ll be BIG, Gensler, and James Corner Field Operations working together to craft the new ballpark and the surrounding areas. “We are honored and excited to team with the Oakland A’s to help imagine their future home where sports culture and local community culture unite as one," Bjarke Ingels told The Architect's Newspaper. "We envision a stadium district that will be active and inviting 365 days a year for athletes, fans, and Oaklanders alike.” Announcing the new design team, A’s president Dave Kaval told the Chronicle, “We wanted a team that could look at the ballpark with a fresh perspective…and this is really a game changer.” https://twitter.com/oakstadiumwatch/status/1019785475555450880?s=21 The announcement was somewhat expected, especially for anyone who has been keeping close tabs on relevant social media channels. Earlier this summer, amid a trip to the Bay Area to check in on construction for the forthcoming Googleplex headquarters, BIG’s founder, Bjarke Ingels, took in an A’s game with Kaval. A flurry of Twitter selfies and Instagram stories from the pair hinted at a potential partnership. BIG is no stranger to working in the Bay Area. As mentioned above, the office based in New York City and Copenhagen is currently working with Heatherwick Studios on a new tent-inspired headquarters for Google. The firm also recently unveiled a scheme to reurbanize sections of Islais Creek with Sherwood and ONE. A planned 242-unit mixed-income housing complex in San Francisco’s South of Market neighborhood designed by BIG is under construction, as well. Designs for the BIG-led proposal have not been released, though Kaval has stated that the new stadium will be privately financed and will open in time for the 2021–2022 season.
Bjarke Ingels Group is teaming up with Miami Beach developer Robert Wennett to design a mega mixed-use project dubbed the Miami Produce Center for that city's Allapattah neighborhood. The Real Deal reported that Wennett’s Miami Produce Center LLC aims to construct an eight-building development outfitted with residential units, offices, retail, a hotel, a school, and a parking garage, according to a Special Area Plan recently filed to the City of Miami. Property records show the plan for the new buildings covers an 8.54-acre block at 12th Avenue and 21st Street—all of which was bought for a grand total of $16 million back in 2016. Initial renderings for the Miami Produce Center reveal Wennett’s futuristic and tropical vision for the multi-leveled urbanscape. BIG’s design centers around stacked, rectangular structures, all varying in height and set atop thin stilts. The interconnected buildings, with their exposed floor plates, tilted walls, and angular views, are laid out like horizontal Jenga—some reaching as high as 19 stories. Rooftop plantings and greenery soften the stark design while a landscaped plaza, sunlit parking garage, and grass-covered pavilions shade shoppers and visitors within the complex. In recent years, Wennett has purchased old buildings and warehouses in the largely industrial area, which is situated northwest of downtown Miami and west of the airport. His most well-known project, 1111 Lincoln Road, is an award-winning mixed-use garage designed by Herzog & de Meuron in South Beach.
The Bjarke Ingels Group’s (BIG) 2016 summer Serpentine Pavilion, an unzipped exploration of the flat wall, has made an intercontinental leap to Toronto and is set to open in September. During the day visitors will be able to explore an architectural exhibition titled Unzipped, curated by BIG, inside of the “unzipped wall," and at night talks and events will be hosted by developer and owner Westbank. The curvilinear pavilion will be reconstructed to its original size: 88.5 feet long, 39 feet wide, and 49 feet tall. BIG’s design for the structure began with a two-dimensional wall, and then “pulled it apart” from the base to form the vaulted event space. Rather than the traditional brick, BIG stacked extruded fiberglass frames to allow sunlight inside, a material-structure-daylighting confluence also seen in Frida Escobedo’s 2018 Serpentine Pavilion. The soaring interior evokes the awesomeness of sacred interiors, but here, visitors are encouraged to get comfortable and climb on the outside of the installation. The unzipped wall is currently being installed at the intersection of King and Brant Streets, directly in front of BIG and Westbank’s mixed-use King Street West development. The stepped building will resemble the pavilion, as the development also uses cascading, angled units to maximize sunlight exposure. The installation will remain at its current location until November of this year, but Toronto is only the first stop in the pavilion’s multi-city tour across Canada. The structure will ultimately land on the West Coast in front of Westbank’s Shaw Tower on the Vancouver waterfront. Serpentine Pavilions are sold after the summer season ends and leave London's Hyde Park for homes all over the world. Last year’s pavilion, a swooping saucer that loomed over triangularly-patterned walls from Diébédo Francis Kéré, was purchased by Ilham Gallery in Kuala Lumpur and will likely end up in the Malaysian capital city. Smiljan Radic’s fiberglass pebble from 2014 landed on the Hauser & Wirth art campus, located on Durslade Farm in Bruton, England, and SelgasCano’s plastic polygonal color show from 2015 is slated for a second life in Los Angeles. And what about Zaha Hadid’s original tent from the show’s first year in 2000? The multi-gabled pavilion eventually became a public gathering place (and frequent wedding venue) at Flambards Theme Park in Helston, Cornwall.
Long after the golden era of corporate modernist skyscrapers (think Mies van der Rohe’s Seagram Building, SOM’s Lever House, and so on), many contemporary office skyscrapers are still designed with traditional glass curtain walls that have low insulation and cause overheating from unnecessary direct sunlight. Bjarke Ingels Group (BIG) conjured an otherworldly alternative for Shenzhen International Energy Mansion: a sawtooth, zigzagging curtain wall comprising glass panels and powder-coated aluminum that blocks direct sunlight, thereby reducing solar gain by up to 30 percent. The 1-million-square-foot structure is composed of two towers and a nine-story connecting block complete with a shared cafeteria, conference rooms, and various retail shops: The uppermost 13 floors of the 42-story north tower houses the Shenzhen Energy Mansion headquarters. As a starting point, BIG considered the subtropical climate in Shenzhen, gauging how they could create comfortable working spaces in hot and humid conditions while at the same time reducing energy consumption. The solution? A passive facade. “Our proposal for Shenzhen Energy Mansion enhances the sustainable performance of the building drastically by only focusing on its envelope, the facade,” said Andreas Klok Pedersen, partner and design director at BIG. Collaborating with Transsolar, the design studio dedicated to addressing climate change, the firm employed various solutions to reduce solar-derived heat and glare without relying on machines or heavy glass coating (which would make views out seem gray and bleak). The building has achieved two out of three stars with the Chinese Green Building Evaluation Label and a LEED Gold rating. BIG and Transsolar developed a multifaceted passive program with a facade folded in an origami-like shape consisting of closed and open subsections. The closed sections provide high insulation values by blocking direct sunlight. “With solid facade panels on the southeast and southwest side for shading, the glazed facade facing northwest and northeast is able to achieve high sustainability requirements with more clarity and less coating,” said Pedersen. All in all, the effect enhances the environmentally sustainable performance of the building and creates an office mise-en-scène bathed in soft light reflected from the direct sunlight diffused between interior panels. Meanwhile, the double glazing applied to the low-e tempered Super Energy-Saving Insulated Glass Units (IGU) by Shanghai Yaohua Pilkington Glass on the folded facade provides open views through the clear glass in one direction via a series of simple deformations in the geometry that allows for larger openings. These interjecting pockets of glass create cavernous folds that interrupt the smooth facade in various interior areas, including lobbies, recreational areas, and meeting areas. This seemingly precarious arrangement of views is made possible by the aluminum cladding's comprising full-height extruded panels that form a meandering profile. The setup enables the panel system to interlock smoothly, creating a uniform surface with almost seamless joints. A profile of twists and turns accentuates the reflections of light. In effect, these solid facade panels located on the southeast and southwest sides directly obstruct solar penetration. “The amount of insulation used in the curtain wall is a result of optimization between visibility and sustainability,” said Pedersen. Location: Shenzhen, China Architect: Bjarke Ingels Group Consulting Architect: SADI Shenzhen Architecture and Design Institute Contractor: CSCEC Engineer: ARUP Facade Consultants: Front, Inc. and Aurecon Facade Contractor: Fangda Group Sustainability Consultant: Transsolar Glass Manufacturer, Supplier, Glazing: Shanghai Yaohua Pilkington Glass Group Co., Ltd Windows: Aumüller Exterior Cladding Panels: Xingfa Aluminum
With a quarter million members in 283 buildings across 75 different cities (and another 183 locations in the pipeline), WeWork is on an expansion tear that’s grown to include retail, education, and maybe even full neighborhoods somewhere down the line. With the company’s first ground-up building, Dock 72, nearly complete in the Brooklyn Navy Yard, AN spoke with the designers and researchers who are making WeWork’s growth possible and tried to divine where the company is going next. In a conversation on the future of data and workplace design at the William Vale Hotel in Williamsburg, Devin Vermeulen, creative director, and Daniel Davis, director of fundamental research, discussed how WeWork is “refining the future of the open office.” Most architecture firms design offices as one-off projects and rarely collect feedback once the spaces are occupied, but because WeWork both designs and manages their co-working spaces, the company can collect post-occupancy data. Through the collection of data via user feedback and integrated sensors, the company has created a massive pool of information from which to build its design guidelines. Planning a floor layout within the constraints of existing buildings can prove challenging, and WeWork is constantly tweaking and updating its offices based on tenant feedback. Every WeWork location outputs a massive amount of what Davis calls “data exhaust,” the information collected as a byproduct of tenants going about their day. Davis points out that data is just a proxy for user interaction, and the feedback collected through WeWork’s room booking app or surveys is just one metric of how their occupants feel. The design of each location changes accordingly based on a user’s needs. Underutilized conference rooms can either be reconfigured to make them more appealing—cramped rooms can be reorganized, and dark rooms can be lit differently—or repurposed into different uses entirely. There’s no reason that a lesser-used conference room can’t be turned into a lounge if it draws tenants. Feedback is aggregated and forms the core of WeWork’s design guidelines worldwide. The key to translating those guidelines across 22 countries is that, as the senior vice president and head of design at WeWork, Federico Negro, describes, only 90 percent of the guidelines are used across all offices. The remaining ten percent varies to adapt to local markets. When WeWork expands into a new city or state, it hires local architects to adapt its traditional model. This might mean a long communal table in Scandinavian offices as everyone gathers to eat lunch together, or larger meeting rooms in China, where one-on-one meetings are eschewed for team gatherings. The local architectural team is vertically integrated with the maintenance staff and utilizes feedback on trash routes, the ease of changing light bulbs, and other practical considerations when creating a layout. As hyped as the bromance between Bjarke Ingels and WeWork cofounder Adam Neumann has been, the Danish architect won’t be contributing much to the company’s day-to-day architecture work; the first “chief architect” will be focusing his attention on marquee projects like the WeGrow pilot school. The ultimate goal of the collaboration is to help WeWork expand into neighborhood planning, something outside of their current design scope. WeWork’s furniture and lighting solutions may appear similar to what's used in other spaces, but everything at WeWork is designed and fabricated by in-house teams. The resultant pieces are tested in WeWork offices, tweaked, and rolled out as kits-of-parts for designers to mix and match as they see fit. On a recent visit to WeWork’s New York City headquarters in Chelsea, the sixth-floor lounge had recently been revamped with plants, technicolor couches, and custom lighting fixtures. The airy palette might have seemed novel to those familiar with the company’s darker coworking spaces of five years ago, but as WeWork grows and matures its aesthetic, what works in the headquarters will ultimately trickle down to its older locations. Negro describes the process as rolling out design like “software updates." Circulation has been given special emphasis in the company’s design considerations, according to Davis. While his team’s algorithmically-generated desk layouts may optimize the number of seats in a WeWork office, guiding people to navigate those spaces in a certain way helps encourage face-to-face interactions. The most obvious intervention is the staircase; at the Chelsea location, the stairs have been relocated to the center of the floor and connect to floating “sky lobbies." Each floor is anchored by its stair, and circulation flows around it out of necessity. That circulation can help guide and divide the energy of the floor, keeping raucous lounge get-togethers distinct from the more subdued private call booths or conference rooms. The company is continuing to expand into both new industries and client groups. During the time of writing this story the company announced that it would be jumping into the real estate brokerage game with WeWork Space Services. Enterprise clients like IBM now compose 25 percent of WeWork’s tenants and represent a new design challenge for the company, but having core information from its prior tenants is helping the design team navigate the transition, said Negro. As open offices continue to evolve, architects and interior designers have tweaked layouts and materials to optimize worker comfort and balance privacy concerns. Will the increasing availability of data help designers refine their solutions in the same way WeWork has done?
The New York City Mayor’s Office canceled the scheduled public groundbreaking of the already-in-construction 40th Precinct Station and instead held a press conference addressing the recent spike in crime in the Bronx and how the new building might help create a more secure and equitable borough. “While crime is at a record low in New York City, there is still more work to do to ensure that every New Yorker feels safe in their neighborhood,” said Mayor Bill de Blasio in a statement. “This new precinct will strengthen the bond between community and police, which will ultimately help make the South Bronx and our City safer.” According to newly released crime statistics from the New York Police Department (NYPD), murders have nearly doubled in the borough in the first half of 2018. Already 51 people have been killed compared to 26 reported homicides in the first half of 2017. Eight of the recent homicides occurred in the 40th Precinct, whereas two happened in the district in 2017. Officials hope the new facility, which will serve the South Bronx neighborhoods of Mott Haven, Port Morris, and Melrose, will encourage local residents and the police to work together to bring down such crime in the community. The new Bjarke Ingels Group-designed station will sit at the corner of St. Ann’s Avenue at 547 East 148th Street, just two blocks from one of the most heavily foot-trafficked sites in the city. It will replace the precinct’s current home, a Renaissance Revival structure built in 1922, and move the squad closer to the center of activity in the South Bronx. During this morning’s press hearing, City Council member Rafael Salamanca Jr. noted that the location of the new facility will enhance police presence and oversight near The Hub, the aforementioned busy intersection stocked with retail, restaurants, and mass transit. “I’m thrilled that the new 40th Precinct will be housed in my district,” he said, “and that it will be a much-needed resource near The Hub, which is ground zero for the opioid crisis happening in our city.” The 42,000-square-foot station will feature three levels of space dedicated to officer training, physical fitness, storage, maintenance of gear and vehicles, and the first-ever community events space built in an NYPD facility. This addition to the structure is expected to enhance transparency and communication between the police and the local residents. “Our message to New York going forward is that this is your station house,” said NYPD Commissioner James O’Neill. “We were working in a century-old building that was designed for century-old policing methods. Now we're changing that with a modern facility made for modern, neighborhood policing. Everyone should take pride in not only the jobs they do but where they do them.” Initial plans to design the new building began 10 years ago when the city first tapped Alexander Gorlin Architects to envision the station. After BIG took over the project through the New York Department of Design and Construction's Design Excellence Program, plans to build were finally filed in 2017 to the buildings department. Partial approval was given as of May 1 this year and construction began a few weeks ago, according to the DDC. The $68 million station is expected to be complete in spring 2021.
BIG has designed and built in Upstate New York a prototypical cabin, known as A45, that can be constructed in any location within four-to-six months. Home company Klein commissioned the prototype, and the company plans that homeowners will be able to order, tailor, and customize the unit to suit their individual needs. The design is inspired by traditional A-frame cabins, which feature a pitched roof and angled walls that facilitate rain runoff and construction. The design for A45 was created by taking a square base and twisting the roof 45 degrees, resulting in a crystal-like shape that soars to 13 feet in height. The footprint of the tiny cabin is only around 180 square feet, but contains all of the essentials: an open-plan living and sleeping area, a small cooktop, bath, and lofted area. The house is finished with Douglas fir floors and natural cork walls. The exposed timber frame in solid pine adds to the outside-in feeling of living in the woods. A star-studded team put together the details of the house. The fireplace is designed by Danish wood-burning stove brand Morsøe, while the kitchen is done by Nordic furniture maker Københavns Møbelsnedkeri. Handcrafted furniture is produced by Danish workshop Carl Hansen, and the bed is fitted by Finnish designer Søren Rose Studio finished with Kvadrat fabric. VOLA-designed fixtures go elegantly with the bathroom made of cedar wood. The unit is composed of 100% recyclable modules that are assembled on site. The house is elevated off the ground by four concrete piers so that inhabitants can place it in challenging landscapes without the use of heavy machinery.
On May 11, Arts South Australia’s design jury revealed the design proposals from the six shortlisted teams selected in the Adelaide Contemporary International Design Competition, a planned art gallery and sculpture park in Adelaide, Australia. The 160,000 square-foot Adelaide Contemporary will house a significant portion of the Art Gallery of South Australia’s 42,000 piece collection, which currently only has a fraction on display due to a lack of space. The museum will draw upon its substantial Aboriginal collection to create the Gallery of Time, which will combine indigenous pieces with European and Asian works. This shortlist's designs follow. Adjaye Associates & BVN’s design draws upon Aboriginal vernacular architecture through the use of a surrounding canopy, providing shade in one of the more arid corners of the country. With the canopy screening significant portions of the four elevations, the design will largely use skylights and balconies to filter natural light into the central atrium and stairwell. With a twisting, serpentine layout, Bjarke Ingels Group (BIG) & JPE’s proposal is inspired by Aboriginal sand painting, which often embeds abstract natural elements within a landscape. Through the use of rooftop landscaping, the team hopes to integrate their design with the adjacent Botanic Garden. David Chipperfield and SJB Architects’ is the only timber structure proposal. The principal elevations are composed of wooden screens, and the structure is topped by sloped roofs. In a statement, Diller Scofidio+Renfro & Woods Bagot describe their proposal as a “matrix of unique spaces unbound by disciplinary categories range in size, height, infrastructure, and light quality.” The bulk of exhibition space is located on the second story, which is cantilevered over an outdoor gallery and public square. Hassell & SO-IL incorporate a central plaza into their design proposal, which the team describes as an attempt to bring “nature, art, and people together.” The central plaza serves as a circulation node and public square connecting the gallery’s semi-independent spaces, which are further laced together by a draped, metal brise-soleil. Khai Liew, Ryue Nishizawa & Durbach Block Jaggers proposal consists of a sweeping, perforated canopy supported by a series of pilotis. Beneath the canopy, the site is split roughly evenly between park and curatorial space, the latter presenting sweeping views of the adjacent Botanic Garden. Arts South Australia’s design jury will meet again in May, with a winner expected to be announced in June.
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Bjarke Ingels Group’s twin rotating towers are under construction along the High Line in Manhattan’s Chelsea neighborhood. The Eleventh (also known as the XI) will include luxury residences, multiple restaurants, retail, an art area and a new public promenade adjacent to The High Line. The project joins nearby buildings by Frank Gehry, Jean Nouvel, and Renzo Piano, among others.
The two towers, one each on the east (No. X) and west (No. I) portion of the site, will rise to 300 feet and 400 feet, respectively. Each are clad in a travertine composite facade expressive of the underlying concrete structure behind it, with expansive punched windows with a bronze finish. “With its punched windows and gridded structural facade, The Eleventh echoes the pragmatic rationality of the neighborhood’s historic warehouses, while its sculptural geometry gives it a kinship to the local arts community,” Bjarke Ingels, founding partner of BIG, said in a statement. “The past and present of Chelsea [are] merging in a new hybrid identity.” The choice of materials helps the pair stand out among the surrounding concrete and steel structures. The facade combines high-performance composite technology with the durable travertine to reduce the dead load on the structure. The panels are composed of a thin layer of travertine with an aluminum honeycomb core which provided a lightweight solution and an easier fabrication and installation as an alternative to hand-cut travertine. The design contains multiple ruled surfaces which resulted in challenges in the process of detailing the facade system. The travertine is flat, rigid material and, as such, the facade required the ruled surfaces to be panelized with a roughly four-by-eight-foot grid. This arrangement resulted in a number of unique panel shapes and sizes. To follow the geometry, the panels are offset to one another and scaled. Since the travertine is one inch thick, the scaled panels require a travertine return to avoid any open gaps. During the design process, BIG and the facade consultants were forced to evaluate the travertine panel variation versus the window module size variation and, for various reasons, the window modules became the organizational device for the facade. Sitting within the geometry of the building is a series of unitized curtain wall windows that punch through the facade. While designing these apertures, BIG, alongside architect of record Woods Bagot and building envelope consultant GMS, looked at a unitized system which would be suspended in front of the floor slabs but, due to the complexity of the structure, the curtain wall will span between each slab. The unitized system is a structurally glazed, aluminum and glass curtain wall system with a bronze finish. As the renderings of the project show, the unitized system is met with an aluminum metal composite panel enclosure with the same bronze finish as the curtain wall. Due to the complexity of the facade, all elements were custom engineered and fabricated.
Bjarke Ingels Group (BIG) has unveiled a speculative design proposal that aims—among many aspects—to populate the San Francisco Bay with floating villages as part of an effort to buttress the region against climate change–induced flooding. The proposal is undertaken with One Architecture + Urbanism (ONE) and Sherwood Design Engineers and is among a slate of ten newly-announced schemes generated for the Resilient By Design Bay Area Challenge, a regional competition aimed toward generating ideas for how to best protect the Bay Area from rising sea levels. Projections for the region call for a minimum of four feet in sea level rise under moderate warming conditions by 2100. The changes would bring flooding to the area much more frequently than is currently the case, a development that would devastate coastal communities. Many of those communities are built atop landfills over former marsh areas and tidal zones. BIG’s proposal takes two routes in its effort to achieve its ambitious goals. First, the plan calls for restoring Islais Creek—a stubby inlet on the San Francisco side of the Bay sandwiched between the Dogpatch and Hunters Point neighborhoods—as part a larger plan for retrofitting the entire San Francisco Bay’s edge. BIG’s conceptual masterplan for the San Francisco Bay envisions restoring the wetlands along the water’s edge lost to development while redistributing new population centers into the bay to create an urban archipelago connected by public ferries. The plan also proposes relocating and expanding the existing network of industrial, port, and warehouse activities into more compact configurations surrounded by trails, marshes, and parkland. The scheme also calls for modernizing a stretch of Interstate-101 as a “machine for autonomous collective transit,” as explained by BIG founder Bjarke Ingels in a presentation video. The plan would create a Bus Rapid Transit loop in the south Bay that will anchor and connect new density nodes. The plan would extend to the southern edges of the Bay, as well, where existing salt palm and tidal marsh areas will be revisioned into experimental urban agriculture zones. The proposal is joined by schemes from James Corner Field Operations and Hassell+, among other multidisciplinary groups, and follows a year-long research period that brought together designers, landscape architects, planners, politicians, and community activists from across the region. For more information, see the Resilient by Design: Bay area Challenge website.