As you’ve probably heard by now, Boston blew past the likes of Los Angeles and San Francisco to be selected as the United States' bid city for the 2024 Summer Olympics. With the announcement official, Boston 2024, the private nonprofit spearheading the bid, has publicly released the presentation it gave to the Olympic Committee back in December. Boston public radio station WBUR reported that David Manfredi, of the Boston-based Elkus Manfredi, is co-chairing the bid’s planning committee and walked through the team's presentation last week. Manfredi reportedly said that Boston 2024’s planning goal is to make the games the most walkable Olympics of all time. To that end, 28 out of 33 venues are within about a six mile radius. There is also the “Olympic Boulevard” which serves as the “pedestrian spine” between many of the facilities. The overall plan has two main clusters of facilities, one near the water and the other around some of Boston’s most famous universities including Boston University, MIT, and Harvard. Take a look at the conceptual renderings below to get a sense of what could be coming to Boston in 2024. That is, if Boston can fend off its international competitors.
Posts tagged with "Massachusetts":
Architects update pre-Columbian building method with modern tools and materials.Matter Design's latest installation, Round Room (on display at MIT's Keller Gallery last fall) was born of a "marriage" between two of the firm's ongoing interests, explained co-founder Brandon Clifford. First, Clifford and partner Wes McGee had long hoped to work with Autoclaved Aerated Concrete (AAC). Clifford, moreover, had been impressed during a trip to Cuzco by the Incan wedge method of masonry construction, in which precisely-carved stones are aligned on their front face, then backfilled with mortar. "This seemed like a tremendously rational way of building," he said. "Ever since then we had been wanting to do a project that translates that process into digital design." With Round Room, designed and fabricated in cooperation with Quarra Stone, Matter Design did just that. Though inspired by pre-Columbian building practices, the installation firmly situates the wedge method in the digital age. Clifford and McGee began by building a rough prototype, a six-component section resembling a half-dome. "We knew that we were going to build something that was round," said Clifford. "Not a sphere, but something that has slow changes in geometry." By focusing on curved spaces, the designers were already pushing the limits of the wedge method, historically limited to two-dimensional applications. With information gleaned from their prototyping session—including the general dimensions of individual units—they worked through a series of models in Grasshopper and Kangaroo, leaning on calculations developed for an earlier project, La Voûte de LeFevre. Clifford and McGee also visited Quarra Stone's Wisconsin facility. The trip "allowed us to get a feeling for where they were going to have problems with the geometry, and make changes," said McGee. "We were able to step in as consultant with respect to applying their tools." Using a water-fed robotic arm, Quarra Stone cut the AAC components—no simple feat. "One critical translation from the Incan technique was the fact that the front edge aligns, but the backwards taper allows for mortar to be packed in," explained McGee. "[The blocks] are machined on five sides." Round Room's components were then shipped to Cambridge and assembled on site by a team of students, including Myung Duk Chung, Sixto Cordero, Patrick Evan Little, Chris Martin, Dave Miranowski, David Moses, Alexis Sablone, and Luisel Mayas. (Austin Smith also assisted throughout the project; Simpson Gumpertz & Heger acted as structural consultants.) The installation team placed the blocks, used scrapers to remove any excess AAC from the front (interior) edge, then piped plaster into the wedge-shaped gap on the back (exterior) side. "Though it was a digital fabrication process, the assembly was quite a craft," observed Clifford. The collaboration with Quarra Stone was a first for Matter Design, which had both designed and built all of its earlier projects. "It was beneficial for us to understand the nuances of what they had to deal with on a daily basis," said Clifford. In fact, the relationship was so successful that Clifford and McGee are continuing it, with a fellowship that will send two researchers to the Wisconsin fabricators. "It's an area we're going to continue working in pretty heavily," said McGee. "It's an opportunity to interrogate this information exchange between designers and fabricators at a higher level."
Stereotype: New directions in typography The Boston Society of Architects 290 Congress Street, Suite 200 Boston, MA Through May 25 The Boston Society of Architects (BSA) is currently exploring the boundaries and possibilities of traditional typography with an exhibition called Stereotype: New directions in typography. To delve into the future of the form—and to raise questions about what is next for it—the BSA is presenting works from 14 up-and-coming and established designers from around the world. “By exploring the opportunities at the intersection of technology and design, this new breed of artists is expanding the boundaries of traditional typography and integrating elements from the fields of animation, craft, performance, nanoscience, and graffiti into their work,” said the BSA in a statement. To push past a conventional understanding of typography as purely two-dimensional, the exhibition incorporates “time, movement, and the third dimension.”
The Vancouver-based New Buildings Institute (NBI) tracks energy efficient built work, and their 2014 update, “Getting to Zero”, provides a snapshot of the emerging U.S. market for net-zero buildings—those are structures that use no more energy than they can gather on site. In the United States, California leads in the number of low and zero energy projects with 58, followed by Oregon (18), Colorado (17), Washington (16), Virginia (12), Massachusetts (11), Florida (10), Pennsylvania (10), Illinois (8), North Carolina (8), and New York (8). NBI also compiled a database of all their buildings. They say architects and developers interested in pursuing net-zero design could find inspiration there, searching according to their local climate and/or building characteristics. The database includes energy-efficient and high-performance buildings that are not net-zero, as well. Though the trend has succeeded in garnering attention and excitement among many designers, true net-zero buildings remain elusive in the built environment. So far NBI has only certified 37 buildings as net-zero. That ranking is based on performance—each building underwent a review of at least 12 months of measured energy use data. If piece-meal projects aren't yet adding up to a groundswell of net-zero design, NBI is also pushing systemic change—rigorous energy efficiency standards recently adopted in Illinois took cues from the group's Core Performance Guide.
Behnisch Architekten has big, green aspirations for its latest project, the EpiCenter, fittingly located in Boston’s Innovation District, the burgeoning neighborhood designed for such far-reaching goals. The firm just unveiled plans for a new expanded headquarters for the non-profit, Artists for Humanity (AFH), an organization dedicated to helping underserved youth through paid employment opportunities in the arts. According to Behnisch, the addition will make the existing LEED Platinum certified building—the city’s first—designed by local firm Arrrowstreet, even greener, with the hope of becoming the largest energy positive commercial building on the East Coast. The building already was an AIA COTE Top Ten winner. The expansion will add 63,500 square feet of space to the original building to accommodate more areas for the young artists as well as larger galleries and new studios. A retail store and café will overlook a new 1.5-acre park. The firm will employ a number of tactics to minimize the building’s carbon footprint, including the use of recycled and locally sourced materials, passive solar strategies to maximize daylight, specific type of glass to mitigate solar heat gain, a heat recovery system, and storm water management. To send energy back to the grid, and achieve its energy positive target, the firm will implement different solutions to generate its own electricity such as mounting photovoltaic arrays and utilizing geothermal production. While the design is still in its preliminary stage, the building is slated to open in November 2016.
Undulating birch walls create pockets of privacy in an apartment building lobby.When Boston design and fabrication firm Radlab began work on Clefs Moiré, the permanent installation in the lobby of One North of Boston in Chelsea, Massachusetts, they had relatively little to go on. They knew that the apartment building's developer wanted a pair of walls of a certain size to activate the lobby space, but that was about it. "Normally we get more information, so we can come up with a story—a concept based on the building and its requirement," said Radlab's Matt Trimble. "For this we pulled back and said, we have an opportunity to be a little more abstract about how we approach this conceptually." Inspired by moiré patterning and a harpsichord composition by J.S. Bach, the team designed and built two slatted birch walls whose undulating surfaces embody a dialog between transparency and opacity. The client's interest in achieving moments of privacy within a public space led Radlab to moiré patterning, the phenomenon in which a third pattern emerges when two other semi-transparent patterns are superimposed on one another. Trimble compares the moiré effect to standing in a cornfield. "It's not until that moment when you look at it from the perpendicular that you see the rows of corn," he said. "When you look to either side, the crossing prevents you from seeing depths." The designers decided to think about the two walls as a single volume that would later be split. "There's this potential for reading it as a single wall when you look at it from different perspectives," explained Trimble. "This made sense because the project is about viewpoint. If you're perpendicular to the wall, you see straight through it." Radlab began with a traditional approach to moiré patterning, playing with identical vertical components set askew to one another. Then they looked at J.S. Bach's Partita No. 2 in B-flat Major: Gigue. Bach's challenging composition requires the performer to cross his or her hands, the left hand playing the treble clef while the right hand plays the bass. "That became an inspiration for a way to structure and organize the two walls," said Trimble. "To think of one as being the result of a bass set of wavelengths, and the other as a treble set." The designers realized that they could modulate the metaphorical wavelengths across both the vertical and horizontal sections to create an interesting, and varied, third element. "That's where the Gigue became influential," said Trimble. "It gave us a way to create a rhythm in the wall that would pace itself." The team relied heavily on Rhino and Grasshopper both to design the installation and to plan fabrication. "We would create various iterations in 3D modeling software, then disassemble them into the flat XY plane and try to understand: how would we actually build this?" said Trimble. Simpson Gumpertz & Heger's Paul Kassabian provided crucial help with structural engineering, including designing a base plate that is invisible except when the wall is viewed from a 90-degree angle. Radlab CNC-milled the wood slats and spacers before coating them with varnish. "Fabrication was long and arduous, but it challenged us in really great ways," said Trimble. The group developed a hanging mechanism to efficiently apply fire retardant to the ribs. To prevent varnish from adhering to the points of connection between the ribs and spacers, they fabricated each spacer twice, once out of birch, and once out of chipboard. They affixed the chipboard templates to the ribs before spraying the varnish, leaving an untouched patch for the final spacer. "It was process-intensive, there was no getting around that," recalled Trimble. "But we embraced that process-intensive journey from the onset, to see if there were ways we could be creative about creating improvements to make fabrication more efficient." On site, Radlab laid down templates of the base plates to drill holes for the anchor bolts, then returned with the walls themselves. Each wall was prefabricated of four panels and assembled in the shop. "They tilted up almost like tilt-up concrete walls," said Trimble. In addition to having inspired the form of Clefs Moiré, Bach's Gigue works as a metaphor for how the finished walls perform in space. "It starts and stops abruptly," explained Trimble. "There's no crescendo or tapering of intensity. The walls do the exact same thing: there is no rising up from the ground or falling into it. They start and stop in a similar way."
[beforeafter][/beforeafter] The Massachusetts Department of Transportation wants to transform a gritty site underneath Interstate 93 in Boston into a public space that people actually want to visit—or at least park their car. BostInno reported that the $6 million project, called “Infra-Space 1”, is part of MassDot’s wider initiative to give new life (and lighting) to vacant lots underneath the city’s elevated infrastructure. [beforeafter][/beforeafter] Curbed Boston noted that the initiative has already 235 “well-lighted” parking spots. “Infra-Space 1” will upgrade an eight-acre, notoriously-dangerous site in Boston’s South End neighborhood. Now, obviously, a planned 175-car parking lot doesn’t necessarily scream urban renewal, but there are aspects of this project that could actually activate the space. The plan is essentially to first clean up the site and then prep it for possible programmatic elements. Alongside the parking lot, which has 24/7 security, the DOT wants to install “innovative” lighting systems and create an environment for art installations and performances. As BostInno noted, MassDot is fairly bullish on what else is possible at the site. The completion of the project would also include a plaza, green space, a sports facility, dog park, and a connection to an eventual section of the Boston Harborwalk.
A translucent polycarbonate skin transforms an early-19th century Massachusetts home.On a well-traveled street in Cambridge, Massachusetts, about halfway between Harvard University and MIT, sits a house not like its neighbors. Its simple massing and pitched roof indicate old bones. But its skin is all 21st century. The house, recently renovated by Alessandro Armando and Manfredo di Robilant, is clad in translucent polycarbonate panels that reveal the structural and insulating layers beneath. For the architects, the project was an experiment in applying a cladding system designed for large-scale projects to a single-family home. “We thought this could be a possible test-bed for something more standard, something that could at least be thought of as a standard way of renovating and improving a typical American detached house,” said di Robilant. “This house is very small, but we’re now trying to fit it toward possible standardization of this approach.” When Armando and di Robilant first visited the house, its facade was in bad shape. Disintegrating wood topped by a layer of metal siding (from a 1960s update) failed to protect the home from Cambridge’s snowy winters and hot summers. The architects peeled away the old materials and thickened the facade’s profile, beginning with a layer of rigid Thermax insulating panels. Around this they built an external skeleton of TimberStrand with Parallam columns, to shore up the house’s structural system. To the timber frame they attached 40-millimeter polycarbonate panels by Rodeca. The Rodeca panels further insulate the house and offer UV protection, but they are transparent enough to provide a glimpse of what lies beneath. “The insulation panels are not directly exposed to the air, but you can see them from the outside,” said Armando. “You can see all the layers, this was one of the main features we expected to achieve, to reveal all the exterior coloring of the house.” The air gap between the inner and outer layers of insulation further boosts the home’s thermal performance, as it funnels hot air up and out before it reaches the interior. The most eye-catching feature of the renovation is a pair of floor-to-ceiling windows at the northeast corner of the house. Armando and di Robilant encased these in custom mahogany frames, then attached sliding aluminum shutters fabricated by Wisconsin contractors Bertram Corporation to the exterior of the house. The shutters are easy to slide manually along tracks attached to the house’s structural frame. Oversize wheels at the base of each shutter roll along the concrete base at the front of the house. “We made these big wheels to evoke something like a toy, a childish object,” said Armando. The slats of the shutters are spaced far apart near the top of each window to allow daylight to penetrate, and closer together near the bottom, to maximize privacy. In order to accommodate the shutters’ upper rails, Armando and di Robilant drilled holes in the adjacent Rodeca panels. The customization worked: the architects seamlessly integrated the window and panel systems without sacrificing watertightness. “The Rodeca system was born mostly thinking of big facades,” observed di Robilant. “It had been used in a number of cases with more surfaces. Here I think we tested, and I think this test was quite successful, the limits of Rodeca in terms of what is the minimum surface which is still okay for this system.” The architects analogize the facade system to a Russian samovar, or hot water boiler. Like a samovar, with its nested heating element and partly hidden hot-water pipe, the house’s facade reveals its own organizing principle to the knowing eye. “The idea was really to show the anatomy of the skin,” said di Robilant. “We focused our attention on the big window, but it’s also very much about the facade, and the discourse of the metaphor—the samovar.”
Izhar Patkin: The Wandering Veil MASS MoCA 87 Marshall St., North Adams, MA Through September 1, 2014 Izhar Patkin: The Wandering Veil is a survey of the Israeli-born, New York-based artist. Grand, labyrinthine, yet intimate, the exhibition occupies the entirety of MASS MoCA’s largest gallery. The works on display are rich with personal narrative, political metaphor, and myth, highlighting the many formal innovations Patkin has pioneered in the course of his 30-year career. The show’s centerpiece is a cycle of spectacular mural-size paintings on tulle fabric that are making their U.S. debut. Entitled “Veiled Threats,” the cycle was inspired by the late Kashmiri-American poet Agha Shahid Ali’s writings on memory, loss, love, and exile. Co-organized by MASS MoCA, The Wandering Veil is coming to Massachusetts from the Tel Aviv Museum of Art and the Tefen Open Museum in Israel, where it premiered last year.
Boston is well known for both its thriving biotech industry and for its high concentration of universities, and now the city's two largest economic sectors are overlapping with several academic institutions shrewdly expanding their science departments. Northeastern University is one of several schools to hop on this bandwagon. The school just announced that it will build a 180,000-square-foot academic facility, called the Interdisciplinary Science and Engineering Building (ISEB). Boston-based firm Payette won the commission to design the six-story building along with adjoining green spaces after participating in a six week design competition. The site of the building sits on the opposite side of Northeastern's main campus, severed by several rail lines. Payette has proposed constructing what they've dubbed "The Arc," a curved pedestrian bridge, that provides access between the new building and Huntington Avenue, which will also serve as a direct connection between Fenway and Roxbury. A number of landscaped paths and open "tributaries" will link the two separate neighborhoods. The ISEB will house four academic research departments: engineering, health sciences, basic sciences, and computer sciences. According to the firm, the "building massing has been organized in two main volumes; an east facing laboratory bar and a west facing office form wrapped around a central open atrium." The facility will be divided into offices, staff workstations, conference rooms, cafes, and laboratories dedicated to each academic research study. The building features a glazed curtain wall that will "be wrapped with an outer skin of fixed solar shading responding to the building orientation." This $225 million project is the first component of Northeastern's larger plan to create 600,000 square feet of space for academic research and to accommodate the university's plan to add 300 faculty positions.
Navigating Boston's subway system, known as "The T," will soon be a cinch with the help of a new map designed by Mikheil Kvrivishvili. The Massachusetts Bay Transportation Authority (MBTA) named the Moscow-based interactive/graphic designer the winner of its "New Perspectives Map Re-design Competition" after receiving 6,837 out of the 17,045 votes cast by the public. A panel of experts—composed of MBTA officials, academics, urban planners, and cartographers—selected six finalists from a pool of dozens of applicants. Members of the public then voted online for their favorite design. The contest called for ideas that fit within the "Classic Tier" or the "Open Tier." The former required a more traditional approach to the MBTA rapid transit or "spider" map, whereas the latter welcomed interpretations leaning on the creative side. Kvrivishvili's map, according to the MBTA, fulfilled a four point criteria: "creativity, aesthetic quality, readability/visual clarity, and informative quality." This redesign comes at a critical time when the city is planning on allocating $13 billion in infrastructure, and while MassDOT is undergoing a rapid expansion with several new stations and a new rail line on the docket. The winning map will be updated to include the changes in the system as they are made. “We are entering an exciting period of growth and change in our system and I’m pleased that we were able to work with the public to help usher in some exciting new developments,” said MBTA General Manager Dr. Beverly Scott in a statement. “As we continue to grow and improve our system, the new map will be a great symbol of the changes and updates were working on as a whole.” The maps will start popping up in new stations as soon as early 2014.
Construction has commenced on a new $500 million Elkus Manfredi–designed headquarters for New Balance Athletic Shoes, called New Brighton Landing, located on 14 acres in the Allston Brighton neighborhood of Boston. Besides the 250,000-square-foot world headquarters, the campus will also include additional office space, a sports complex, 175-room hotel, three office buildings, retail space, parking, and a new stop on the Worcester Line commuter rail. The new station will be fully subsidized by the athletics brand. Overall, the new facility will encompass nearly 1.5 million square feet.