Posts tagged with "SHoP Architects":

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SHoP’s Pier 35 folds industrial materials into an East River habitat

Pier 35, the latest addition to Manhattan’s waterfront and yet another nod to the industrial heritage of the city’s waterways, is now open to the public just in time for spring. SHoP Architects, together with landscape architecture studio Ken Smith Workshop, have dropped a folded, zigzagging landscape intervention on the eastern edge of Lower Manhattan, in the shadow of the Manhattan Bridge. The pier-park’s most striking feature is the 35-foot-tall, 300-foot-long metal screen that both backdrops the park’s landscape as well as hides the Sanitation Department shed at the adjacent Pier 36. As the screen moves eastward and approaches the water’s edge, it rises on weathered Cor-ten steel panels, ultimately bending to create a raised and covered “porch,” complete with swings. A wavey esplanade runs alongside the landscaped lawns and a series of artificial dunes up to the porch, mirroring the sinuous curves of the screen. The underpass of FDR Drive connects with the pier at “Mussel Beach,” a micro-habitat that SHoP and Ken Smith designed in collaboration with ecologist Ron Alaveras. The urban “beach” seeks to recreate the historic conditions of the East River and foster mussel growth, similar to the work being done by the Billion Oyster Project. The 65-foot-long beach’s precast slopes and outcroppings are exposed and submerged as the East River rises and falls, mirroring the tidal conditions that mussels require “in the wild.” Mussel Beach was made possible through a grant from the New York Department of State’s Division of Coastal Resources, as it’s a prototypical environment that, if successful, could be replicated elsewhere. Although Pier 35 was launched with a soft opening in mid-December, the canopy and plants have sprung up just in time for Earth Day 2019.
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SHoP Architects lands in the Lower East Side with a folded aluminum facade

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In October 2018 SHoP Architects completed the first tower of the Essex Crossing mega-development. Located in Manhattan's Lower East Side, the 14-story mixed-use property is clad with anodized aluminum curtainwall modules. Essex Crossing is a sprawling 6-acre mixed-used development project master planned by SHoP. The site has largely lain dormant since the 1967 demolition of the working-class tenements located at the base of the Williamsburg Bridge. In total, the project will deliver approximately two million square feet of development. The podium of 242 Broome is primarily reserved for retail use, with large curtain wall modules and window widths to facilitate greater daylighting. To increase sidewalk width in front of the tower, the modules of the first five stories taper toward the building's base, each floor overhanging the one beneath by nearly one and a half feet. In a bid to blend with the preexisting massing of the neighborhood, the summit of the podium roughly meets the cornice line of surrounding classically-designed tenements.
  • Facade Manufacturer AZA INT KFK Metal Dizayn
  • Architects SHoP Architects SLCE Architects
  • Facade Installer Walsh Glass and Metal
  • Location New York
  • Date of Completion October 2018
  • System Unitized aluminum frame system mounted to slab edges
  • Products Custom anodized aluminum curtainwall
In accordance with zoning stipulations, the remainder of the tower steps back, forming a vertical rectangular volume rising from the center of the podium. Each successive floor is angled slightly to the west and set back again by nearly one and a half feet. Interior residential use is marked by tighter mullions, with window sizes reduced significantly until the uppermost floors. Just over 500 aluminum-and-glass curtainwall modules are distributed across the building's elevations. Behind the aluminum rainscreen modules, SHoP was able to insert a continuous waterproofing barrier. The facade was installed at a rate of one floor per week, with the entire enclosure system installed in approximately three months. "Anchors for the curtain wall are embedded in the concrete slabs, and serrated aluminum L-shapes attach to the anchors allowing for adjustability," said the design team. "Hooks are attached to the back of the curtainwall mullions which rest on the L-brackets." According to SHoP Architects, the design team relied on parametric design and digital workflows to develop the continually changing curtain wall panels and interior layouts. The color of the folded panels was achieved by bathing the aluminum panels in a coloration bath. Along Ludlow Street, the western elevation of the project, SHoP Architects is also designing the International Center of Photography's new home. The 40,000-square-foot space will be clad in perforated aluminum, cut, folded, and hung on a series of vertical rails.
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Rice University taps SHoP Architects for an innovation center in Houston

An 80-year-old former Sears department store will be transformed into a multi-level innovation center and business incubator for Houston, Texas, under a plan unveiled by Rice University. The 270,000-square-foot project is designed to bring students, professors, and entrepreneurs together with corporate leaders and investors, and to provide the centerpiece for a 16-acre innovation district in midtown Houston. Besides classrooms for students and workspace for start-up companies, there will be areas for lectures, conferences, hack-a-thons, demonstrations, job training, and networking events, as well as restaurants and other amenities. Rice has assembled four high-profile designers to repurpose the 1939 flagship department store, keeping salient Art Deco features while modifying the building for 21st-century occupants. Designers include SHoP Architects, James Carpenter Design Associates, James Corner Field Operations, and the Houston office of Gensler. The four-story building on Main Street was the first Sears store in Houston and closed in January of 2018 as part of the retailer’s nationwide retrenchment. Part of a 9.4-acre tract that was offered to Amazon as part of Houston’s bid to be selected for that company’s second headquarters, it’s close to seven colleges and universities, a METRORail line, the Texas Medical Center, and the city’s Museum District. When Houston didn’t make Amazon’s short list of 20 regions under consideration as of January of 2018, it became available for other uses. Amazon later chose northern Virginia and New York City as sites where it will split its second headquarters. In advance of its transformation, the Sears building in Houston has been renamed The Ion. “We chose the name Ion because it’s from the Greek ienai, which means go,” said Rice University president David Leebron, in a statement on Rice’s website. “We see it as embodying the ever-forward motion of discovery, the spark at the center of a truly original idea…The Ion will become Houston’s nucleus for innovation, fostering a community and culture where entrepreneurs and corporations come together to solve some of the world’s greatest problems.” “The Ion will inspire open innovation between universities, global corporations and investors,” said Gabriela Rowe, the CEO of Station Houston, a tech accelerator that will manage programming, in a statement about the project. “Students and faculty members from institutions like Rice University and the University of Houston will coexist and collaborate with scientists from Houston’s other great institutions. Investors and corporations will meet face to face with start-up entrepreneurs. Together, at The Ion, they will transform Houston into a thriving, connected high-tech ecosystem.” Besides Rice, officials say, institutions that will be involved with programming include the University of Houston, UH-Downtown, the University of St. Thomas, Houston Community College, Texas Southern University, Houston Baptist University, San Jacinto College, and the South Texas College of Law. Architectural plans call for retention of original Art Deco elements such as glass block windows, canopies, and decorative tiles that date back to the store’s opening. A central atrium will be created to let in natural light, and new windows will be installed to provide views that weren’t possible before and provide glimpses of the activity inside. The larger innovation district will include housing, stores, restaurants, public spaces, and infrastructure that will support a growing tech community. The Ion project will be led by Rice Management Company, which manages Rice University’s endowment, and Hines of Houston is managing the development. An exact construction budget has not been disclosed, but Rice Management officials said in 2018 they will invest up to $100 million for the project. Construction is expected to start in May and be complete by the end of 2020.
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Brooklyn’s Domino Park blends industrial chic with careful pacing

For the first time in 160 years, a 6-acre span on the East River waterfront in the shadow of the Williamsburg Bridge is open to the public. Located in front of the former Domino Sugar Refinery in Brooklyn, James Corner Field Operations (JCFO) designed Domino Park to inspire curiosity about the site’s history while including new materials to balance its unique identity with performance. A unifying element in Domino Park is its artifact walk that weaves throughout the site. According to Lisa Switkin, senior principal at JCFO, “Integrating the artifact walk with custom furniture made from reclaimed wood from the Raw Sugar Warehouse creates a unique experience where people come into contact with remnants of the original refinery and have an up-close relationship with those artifacts.” Throughout the park, JFCO-designed benches, tables, and chaise lounges create texture and a sense of community. The elevated walkway is supported by beams from the refinery, while other factory elements such as columns, lattice beams, and a loading dock are incorporated throughout. Stadium-style seating made out of the refinery’s salvaged wood creates a central gathering space in front of a water feature by Soucy Aquatik. The refinery’s influence is also evident in the playground, designed by Mark Reigelman, with its many nods to factory structures. It also incorporates part of the factory’s old floors. The park is organized into three areas. Each is connected by Hanover pavers selected in a mix of finishes for durability and color, “keeping with the tough, industrial look as well as maintenance and loading requirements,” said Switkin. The most active area, in the southern end, holds a dog park, a picnic playground, a bocce ball court, and a tennis court. The middle area is dotted with lawn chairs and features a fog bridge. The recreational stretch in the north houses the lawn, a beach, the playground, and the elevated walkway. Tectura pavers were chosen for the walkway because of the manufacturer’s ability to produce the long-format precast concrete planks needed to fit the dimensions of the walkway and meet the load criteria. Introducing new lighting by BEGA, Sentry Electric, and LED Linear, along with Landscape Forms’ Ring Bike Racks and Chase Park Receptacles, JCFO was able to work with materials that are highly durable and sustainable. Switkin explained, “These products created a dynamic urbanscape to activate the neighborhood.” Master Planner: SHoP Architects and James Corner Field Operations Landscape Architect: James Corner Field Operations General Contractor: Kelco Pavers: Hanover Architectural Products, Tectura Designs Lighting: BEGA, Sentry Electric, LED Linear Furniture: Custom benches, tables, and seating steps made with reclaimed wood from Raw Sugar Warehouse, Landscape Forms' Ring Bike Rack and Chase Park Receptacle, Elkay Drinking Fountains Fog Bridge: Soucy Aquatik Playground Designer: Mark Reigelman Custom Playground Equipment: Landscape Structures
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SHoP Architects makes waves in D.C. with patinated copper and a trio of skybridges

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Located in the heart of staid Washington, D.C., SHoP Architects' 14-story Midtown Center establishes a prominent presence with a contorting copper-and-glass facade and a trio of sky bridges. Opened in September 2018, the one-million-square-foot project stands on the site of the former headquarters of The Washington Post.
  • Facade Manufacturer Oldcastle BuildingEnvelope, Tivitec, Soheil Mosun
  • Architects SHoP Architects
  • Facade Installer Oldcastle BuildingEnvelope, Clark Construction
  • Facade Consultants Curtainwall Design Consulting, Simpson Gumpertz & Heger
  • Location Washington D.C.
  • Date of Completion September 2018
  • System Oldcastle BuildingEnvelope WT-01 and WT-03
  • Products Pre-patinated copper components, Guardian Climaguard Premium 2T and AGC Stopray Vision 50T, Ipawhite Low-Iron Glass
Built according to a U-shaped layout, the street-facing elevations are defined by sawtooth protrusions on the curtain wall. The projections ripple across the elevation, originating from two corners of the facade and softening toward the center. Each of these three-dimensional units that hang off of the structure’s rectangular mass share a standard width of 5 feet and a height of up to 10 feet. While the use of a traditional material such as copper facilitates a stylistic link between Midtown Center and its historic surroundings, the metallic surface is also performative. The copper accretions are oriented toward the direction of the sun, reducing internal glare and solar heat. Each panel is clipped to the facade system with formed stainless steel angles and pop rivets. The three sky bridges that crisscross above the courtyard echo the use of copper as an exterior detail; approximately 350 vertical fins, two inches wide and five inches deep, line the skyways. Although the fins function as a brise-soleil for the suspended corridors, their primary effect is visual. A rich turquoise rhythm reflects off of the courtyard’s glass modules while ribs create a matrix of shadows below. The fins themselves are bolted to a substructure rail that is held three inches off of the glass by horizontal mullions running across the top and bottom of the sky bridges. To clad the bulk of the enclosure system, SHoP Architects turned to Spanish glass-fabricator Tvitec. For the 4,500 facade panels, the fabricator used Ipawhite low-iron glass subjected to multiple thermal coatings to ensure visibility while meeting thermal control standards. At the ground level, SHoP Architects collaborated with SCAPE to design the publicly accessible 15,000-square-foot courtyard. According to SHoP Founding Principal Gregg Pasquarelli, the design team "took inspiration from Washington's original master plan to create a building that allows the public to angle strategically across the site." Diagonal paths cut through the building, past sunken granite fountains and plots of landscaping.
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Detroit to host Michigan’s tallest building at former Hudson’s site

The former Hudson's site at 1206 Woodward Avenue in Detroit will soon be host to Michigan’s tallest building. Designed by SHoP Architects, the development will top off at 912 feet, tying One Prudential Plaza in Chicago for the title of the 32nd tallest building in the United States. Previously expected to rise to only 800 feet, the structure will be a full 200 feet taller than the Renaissance Center, Detroit’s current tallest. SHoP’s newly released design drawings feature a stepped tower, scrapping the previous plans for an observation deck. “Stepping allows for terraces for amenities and possible hospitality spaces," said Bill Sharples of SHoP Architects on the updated plans. "The addition of new programming in the latest iteration of the design allowed us as architects and designers to break down the scale of the tower even further, and to approach it even more holistically, something we have been conscious of since the beginning of the project." The 1.4 million square foot development, which includes a twelve-story podium structure in addition to the tower, will be mixed use. The podium will house office, event, and exhibition space, while the tower will house hotel and residential units. Seven hundred parking spaces will be located within an underground garage. The development intends to link retail on Woodward Avenue with cultural destinations near the Detroit Public Library. Bedrock LLC was chosen as the developer in 2013 via an invited completion to study the potential to develop the former site of the flagship J.L. Hudson department store, and the firm has developed the site along with SHoP and Hamilton Anderson Associates of Detroit. The project will be partially financed through tax breaks to Bedrock via the Michigan Strategic Fund, as well as the MIThrive Initiative. The structure intended for the Hudson's site is one of four in the works for Bedrock that will be working with these programs. Built in stages from 1911 to 1946, the Hudson's flagship building on Woodward Avenue was once the tallest department store in the world at 25 stories. The store closed in 1983 and the building was demolished in 1998. A portion of the basement of the original structure was used for parking at the site until Bedrock broke ground on the new structure in December 2017. The new structure is not expected to show any verticality for another fourteen months.
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Detroit’s upcoming tallest tower teeters on final decision of total height

Downtown Detroit is slated to build one of the tallest buildings in the Midwest, set over the former footprint of the city’s iconic J.L. Hudson department store. Though construction on the project has already begun, the exact height of the soaring structure remains unresolved. Crain’s Detroit Business reported that the $909-million mixed-use tower planned for the long-vacant Hudson site could reach as high as 912 feet—an increase of over 100 feet from previous estimates. But the developers won’t make a final decision on its height until the end of January. This is the third time Bedrock LLC, owned by Quicken Loans founder Dan Gilbert, has increased its estimated elevation and updated the design. The complex is being designed by Detroit-based Hamilton Anderson Associates and SHoP Architects. Though the skyscraper won’t make the list of top 10 tallest towers in the country, it will break the record for the largest high-rise in the Motor City. As of now, the design shows the tower next to a nine-story podium connected by a public plaza and alleyway. It’s anticipated to include programming for residential space, and potentially room for hotel or commercial use. The additional 112 feet of height would allow the architects more flexibility in designing the building's various programs, according to Crain’s. Per the current designs, that number coincides with the established length of the elevator core.   The project was first announced in February 2017 with the tower reaching a maximum height of 734 feet. It was projected to feature space for retail and restaurants, events and conferences, offices and exhibits, as well as residential units. A public observation deck and an underground parking garage were also cited in the initial plans. Current renderings reveal two glass-clad, boxy constructions with outdoor terraces and greenspace. The project is estimated to take four-to-five years to complete. Demolition of the existing parking garage on site is nearly finished and foundation work is already underway. 
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SHoP Architects created an iPhone app to construct the Botswana Innovation Hub

New York’s SHoP Architects has created proprietary technology that is making it easier for them to organize materials during construction. During the construction of the Barclays Center from 2008 to 2012, the firm developed a novel iPhone interface capable of scanning facade components during fabrication, assembly, transport, and installation to keep an up-to-date digital catalog of the status of construction. Now, the firm is applying this comprehensive platform to the construction of its Innovation Hub located in Gaborone, Botswana, where on-site contractors can effortlessly scan recently installed items while checking in on the overall progress of the project.

The Botswana Innovation Hub is an ambitious project. The 310,000-square-foot facility is set to be the country’s first LEED-certified building, and environmental performance is significantly impacted by the structure’s complex assembly. SHoP designed an “Energy Blanket” roofscape, which incorporates large overhangs to shade interior spaces and collect rainwater for re-use. Photovoltaic panels are placed across the roofscape to further boost environmental performance.

The project’s complexity is further heightened by the incorporation of an undulating facade that projects off and indents the structural system. SHoP’s mobile interface plays an essential role in the project’s logistics and construction. The application labels each element—i.e AA2000—and the number of identical units. Each unit type is assigned to a specific construction crew that tracks the units in a database throughout assembly.

The interface has come a long way since its inception a decade ago. Initially a stitching together of off-the-shelf software applications commonly used by architects and contractors (Autodesk, NavisWorks, Filemaker), SHoP Architects has rewritten the code in-house, which allows for more seamless and scalable linking and visualization of 3-D models to live data. Why is this significant? SHoP can now take a holistic portfolio approach to track projects from earlier phases. In the next year, SHoP Architects hopes to implement its mobile interface across all of its projects.

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SHoP’s American Copper Buildings wear a skin designed to age gracefully

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The aptly named American Copper Buildings, two copper-clad towers designed by SHoP Architects on Manhattan’s First Avenue between East 35th and 36th Streets, rise to 48 and 41 stories respectively. The two towers, “bent” in the middle, are linked by the first new sky bridge in New York City in more than 80 years.
 
  • Facade Manufacturer Jangho, ELICC Group
  • Architects SHoP Architects
  • Facade Installer Jangho, ELICC Group
  • Facade Consultants Buro Happold Engineering
  • Location New York City
  • Date of Completion 2018
  • System Unitized aluminum frame system mounted to slab edges
  • Products SEFAR® VISION Fabric, Copper composite panel with fire-retardant core and stainless-steel backing
The panels that give the buildings their name are made with a copper composite that includes a fire-retardant core layer and a stainless-steel backing. The facade system is a unitized aluminum frame mounted to the buildings’ slab edges. When asked about the material choice, Ayumi Sugiyama, director of cultural projects at SHoP, told AN, “We love our ‘live’ materials at SHoP, using metals that continue to oxidize and have an evolving appearance and where the oxidation of the material protects or preserves itself.” The project team considered many metal alloys for the towers but chose copper because of its transition over time from a bright, shiny material into a darker brown finish and finally to a green patina. “It’s a material New Yorkers are familiar with—we see it on our Statue of Liberty and the roofs of iconic buildings such as the Woolworth Building,” said Sugiyama. Along with the richness and patina of the copper, SHoP aimed to create a facade that used texture and variation to accentuate the form of the buildings. The firm did this by staggering the patterns of the panels emanating from the sky bridge. The overall pattern seems complex at first glance, however, the system was standardized for ease of fabrication and installation. Each unit used one of four typical window sizes. The sky bridge itself, a 100-foot-long, three-story structure, is clad in glass with an aluminum mesh interlayer. The mesh fabric is a contrast from the copper of the two towers and seems opaque from the exterior. The aluminum finish faces the exterior, while the interior is painted black and visually recedes, allowing for views of the city. The fabric interlayer also improves thermal performance by reducing solar gain.
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In Buffalo, fired-clay terra-cotta facade systems take a leap forward

For the third year in a row, manufacturer Boston Valley Terra Cotta (BVTC) and the University at Buffalo School of Architecture and Planning (UB/a+p) in upstate New York hosted the Architectural Ceramics Assemblies Workshop (ACAW). The weeklong event is a gathering of architects, engineers, and artists and offers a fast-paced opportunity for attendees to get their hands dirty physically testing the capabilities of terra-cotta design. Other sponsors of the gathering include Western New York’s Alfred University, an institution with expertise in glass and ceramics, and Rigidized Metals Corporation, a producer of deep-textured metal for exterior and interior cladding, among other products. “Architects designing with industrially produced ceramic components may have little material understanding of clay for large-scale production, while most artists trained in ceramics may have few opportunities to explore the medium at a scale beyond the individual object,” said Bill Pottle, BVTC’s Director of Business Development and organizer of the gathering. “At ACAW, architects, engineers, and educators collaborate with designers and manufacturers in order to deepen their understanding of designing with architectural terra-cotta.” BVTC was founded in 1889 as Boston Valley Pottery, a brick and clay pot manufacturing facility located on the outskirts of Buffalo, New York. The Krouse family purchased the facility in 1981 and transformed it into a cutting-edge architectural terra-cotta factory with a global footprint. Currently, projects range from the restoration of New York’s Woolworth Building to the cladding of Morris Adjmi Architect’s 363 Broadway and Kohn Peterson Fox’s One Vanderbilt. Keynote speakers, many of them workshop attendees, included Anne Currier, a clay sculptor and professor; Dr. William M. Carty, a ceramics professor at Alfred University; Christine Jetten, a ceramics and glazing consultant; Gerd Hoenicke, Director of Pre-Construction Services at Schüco; Matthew Krissel, partner at KieranTimberlake; Craig Copeland, associate partner at Pelli Clarke Pelli Architects; and Christopher Sharples, principal at SHoP Architects. This year, over 60 attendees participated in the workshop, which emphasized the role of pre-design and research at the early stages of a design project. Both the number of attendees and the overarching objectives of the workshop have evolved since its 2016 inauguration. The first event was largely a sandbox tutorial, featuring 20 attendees learning the basics of terra-cotta production. In its second year, ACAW and its 40 attendees focused on the bioclimatic function of terra-cotta in contemporary design and the retrofitting of structures. This year, building upon their experience at previous workshops, the attendees, divided into six teams, began researching and developing their prototypes in March. Designs were submitted to BVTC prior to the conference for prefabrication. Throughout the week, the teams received technical support from both BVTC and UB/a+p.
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SHoP Architects adds aluminum luster to Nassau Coliseum

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  • Facade Manufacturer Alucobond; Sobotec Ltd.
  • Architects SHoP, Gensler
  • Facade Installer Crown Corr; Hunt Construction Group (general contractor)
  • Facade Consultants SHoP Architects
  • Location Uniondale, NY
  • Date of Completion 2017
  • System Aluminum screen
  • Products Alucobond® PLUS naturAL Brushed
Originally opened in 1972, the old Nassau Veterans Memorial Coliseum on New York's Long Island was given a facelift and interior renovation by SHoP and Gensler respectively in 2015.  SHoP’s team relied on the concrete massing of the 1970s structure to shape a new facade composed of over 4,700 brushed aluminum fins that wrap the building in broad sweeping curves. The project, which benefitted from a rigorous digitally-conceived workflow, delivered the new undulating facade geometry by precisely varying each of the fins in profile and dimension. Two primary fin shapes are designed from one sheet of aluminum composite material (ACM), minimizing waste while highlighting SHoP’s commitment to a design process that is tightly integrated with fabrication and assembly processes. John Cerone, associate principal at SHoP, told AN that one of the successes of the project is the new facade's reflective effects that pick up on colors of the surrounding landscape. This is especially evident during sporting events where crowds wearing the home team’s colors reflect onto the facade. The project in many ways mirrors SHoP's success with Barclays Center over five years ago—same client, same building type, similar design process. When asked what, in this project, arose as a surprise or a challenge to the design team working on Nassau, Cerone candidly said, "Nothing!" He elaborated, "As we continue these projects, it's a continuous iteration: We recycle process. I don't think this industry does enough of that." "Don't ignore fabrication constraints and input from contractors," Cerone said. The fins are planar and negotiate a ruled digital surface, which was informed by early feedback from fabricators and contractors. "An intelligence builds from doing other projects like this. While the componentry and hardware differ, the actual process of how you structure the model and develop methods of automation improves with experience." The architects cite simple definitions which they adopted and advanced from prior projects which help to automate the generation of parts for geometrically complex assemblies. "This to us was a proof. It's a great testament to not being surprised by the process," Cerone said. The design process for SHoP was initiated with a laser scan of the existing arena, resulting in a highly detailed topographic mesh surface that became the base geometry for forthcoming design and fabrication models. The framework of the new skin was designed as a long-span space frame, springing off massive existing concrete piers that were, in the words of Cerone, impressively over-structured. The resulting structural subframe was assembled on the plaza level of the stadium and craned into place. Only 32 “mega-panels” were required. "Facades are the closest you can get to manufacturing in architecture," Cerone said, "but we are looking towards using this process throughout the building. How can it inform the superstructure and the interior? We are working to scale this process up."
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SHoP Architects set to design Minneapolis’s riverfront performing arts center

Minneapolis will be getting an elevated amphitheater on the banks of the Mississippi River courtesy of New York’s SHoP Architects. The firm was chosen by Minneapolis music institution First Avenue Productions to design the new Upper Harbor Terminal Community Performing Arts Center (CPAC); a combination park-performing arts center-event venue. CPAC will create a new 2.3-acre public park on the waterfront on city-owned land that will double as a performing arts space. SHoP’s “Gantry,” a multi-story metal seating structure, will float most of the venue’s 6,000 seats above ground level and free the park up for public use when not scheduled for events. The stage, segmented into its own separate building, can also be enclosed during inclement weather for smaller performances. The Gantry leaves its structural elements exposed, and the catwalk-like design is a callback to the waterfront’s industrial past—a past that, from renderings, will be heavily referenced in the new park’s design. CPAC will seat up to 10,000 visitors, with room for 4,000 standing attendees, and 10 private boxes. “Minneapolis and First Avenue have a long history of creative transformation, and a rich legacy of music and culture,” said founding partner of SHoP Architects Gregg Pasquarelli. “We are thrilled to be working together to expand upon this tradition. In designing the UHT CPAC, we were inspired by what makes First Avenue one of the country’s most intimate and special music venues, focusing on the idea of creating an inclusive venue where everyone feels like a VIP, while also allowing for a larger, open park and green space open year-round for the North Minneapolis and surrounding communities to enjoy.” The renderings released last Wednesday were the public’s first look at plans for the north Minneapolis site, of which CPAC is just a small part. If the plan is approved by the City Council and Minneapolis Park and Recreation Board, the 50-acre Upper Harbor development would bring residential and office buildings to the waterfront as well. Construction on the project’s first phase, including CPAC, could begin in 2020 depending on how fast the development clears the approvals process. In the meantime, developers United Properties, Thor Companies, and First Avenue will be soliciting public feedback on their current scheme.