Posts tagged with "ARUP":

Placeholder Alt Text

Facades+AM Seattle will showcase the city’s innovation, facades, and preservation debates

The Architect’s Newspaper will be hosting its Facades+AM conference in Seattle on December 8th at the Motif Seattle Hotel. The latest installment in AN’s ongoing conference series, Facades+AM will bring a total of three sessions and nine speakers to Emerald City–based Architecture Engineering and Construction industry professionals. The conference is co-chaired by Stephen Van Dyck, partner at LMN Architects (LMN), and will feature a bevy of Seattle-specific discussions led by some of the region’s best-known architects, designers, and engineers, including Van Dyck, Maurya McClintock of McClintock Facade Consulting, and Jim Graham of Graham Baba Architects. The morning’s panel presentations will cover three topics: cross-industry innovation, facade design for the Washington State Convention Center Addition project, and the role of historic preservation in Seattle’s ongoing construction boom. The first panel will be moderated by Van Dyck, who explained to AN that the discussion will center around the way in which Seattle’s tech-heavy economy is resulting in a collection of emerging architecture industry–adjacent technologies. The discussion will include presentations from Dan Belcher, developer with McNeel, Andry Bridge, Director of R&D with Janicki, and Choong Ng, co-founder of Vertex.AI, and will delve into synergistic technological developments coming of out the city’s most fruitful architecture and technology partnerships, like new advances in digitally-guided tooling and fabrication methodologies. The morning’s second panel discussion will zero-in on the Washington State Convention Center Addition project, for which LMN is serving as associate architect. The 1.5 million-square-foot addition to the Washington State Convention Center will usher in one of the world's first vertically-organized convention centers. One of the major challenges for the design team on the project will be to integrate the sprawling 15-story structure into surrounding areas while also promoting energy efficiency and social incubation, according to Van Dyck, who will also moderate this discussion. He will be joined by various members of the project team discussing each speaker's respective role in the project. Panelists for the discussion will be Peter Alspach, principal at ARUP, Maurya McClintock, founder of McClintock Facade Consulting, and Kate Rufe, architect at LMN. The morning’s final discussion will highlight Seattle’s ongoing growth dilemma, which is pitting high-rise residential growth and the city’s urban renewal against historic preservation efforts, many of which are aimed toward adaptive reuse, like Olson Kundig's renovations to the Seattle Space Needle. From the ongoing issues over changes coming to Lawrence Halprin’s Freeway Park, to plans for reusing the city’s iconic Key Arena and LMN’s own renovation and expansion to the Asian Art Museum, Seattle is packed with controversial, inspiring, and thoughtful historic preservation approaches alike. The adaptive reuse-focused panel—moderated by Jessica Miller, principal at LMN—will feature presentations from Blair Payson, principal at Olson Kundig, Michael Aoki-Kramer, managing principal at RDH Building Science, Inc., and Jim Graham, co-founder of Graham Baba Architects who will discuss their own firms’ preservation-related projects. For more information on Seattle’s Facades+AM conference, see the conference website.
Placeholder Alt Text

Amtrak reveals renderings for Philly’s 30th Street Station

In conjunction with designers FXFOWLE!melk, and Arup, Amtrak announced last week that it had chosen a final preferred concept for the plaza surrounding Philadelphia’s 30th Street Station. In the 107-page proposal, Amtrak called the area around the station a “sea of driveways,” and laid out steps the company was taking to modernize the transportation hub. Following up on an earlier call for input that Amtrak had put out in July, the final proposal comes after months of town hall meetings with Philadelphia residents. The new 30th Street Station will anchor the $6.5 billion 30th Street Station District Plan, an 18-million-square-foot, 35-year redevelopment of University City, the riverfront neighborhood surrounding Drexel, the University of Pennsylvania, Penn Medicine, and several other higher education institutions. 30th Street Station itself is only one piece of the puzzle, with other teams planning concurrent schemes for separate parcels, including SHoP Architects' and Netherlands-based landscape architects West 8’s Schuylkill Yards project. With an estimated 11 million riders passing through every year, and with Amtrak expecting that number to double by the time the 30th Street Station District Plan wraps up, any tweaks to the current station have to accommodate that increase. Besides serving Amtrak trains, 30th Street Station is the heart of Philadelphia’s regional SEPTA rail, and the new proposal better integrates the two disparate systems. A new ground-level entryway to the West Underground Concourse on the plaza was revealed, creating an underground connection to the SEPTA subway and trolley station. One of the biggest concerns that Amtrak has tried to address is how isolated the station is from the street. While 40 percent of the surveyed area around the station was classified as pedestrian-friendly, not all of it is connected to anything else or intuitive to navigate. Creating several pedestrian-only zones, the new proposal calls for the installation of rounded benches, planters and fountains designed to subtly delineate between plaza and parking lot. The west portico and southwest section of the plaza will also be converted into car-free green spaces. One minor change that should make a huge difference in the traffic patterns around the station is the creation of a distinct taxi pick-up zone at the east portico near the train platforms, and a drop-off zone on the west side. A 220-unit bike station will also be coming to the site, complete with lockers and bicycle rentals. Amtrak is currently searching for a “master developer” to actualize their proposal, with construction slated to begin  in 2020 and finish sometime between 2025 and 2030. Read the full proposal here.
Placeholder Alt Text

Grimshaw and Arup bring the world’s largest botanical park to Oman

London-based Grimshaw Architects, Arup, and Leicester-based Haley Sharpe Design (HSD) have jointly released renderings for what will become the largest botanical garden in the world. Located near Muscat in Oman, the park will cover over 1,000 acres and house only native species from across the country. Planned for the foothills of the Al Hajar Mountains, the site of the future Oman Botanic Garden is 328 feet above sea level and was selected for the dramatically twisting ridges and crags of the existing landscape. Elevated pathways will cross over simulated river valleys, mountains, and desert landscapes below. Visitors will be able to walk through all eight of the country’s natural habitats recreated in one complex. Two separate but linked glass enclosures will hold the more sensitive Northern Biomes and Southern Biomes separately from the others. Representing Oman’s sensitive Northern Mountains region, the Northern Biome will present visitors with a humidity and temperature-controlled facsimile of a terraced mountain scrubland. To the south, the Southern Biome will house a misty, self-contained green forest from Oman’s Dhofar region. Both biome buildings are long, sinuous glass greenhouses that mimic the hills found nearby. Despite being made nearly entirely of glass, the neighboring conservatories have been oriented to passively shade occupants during the day, with additional active shading in place to keep guests comfortable. Other than the carefully managed ecosystems at the heart of the Oman Botanic Garden, the park will also hold a visitor center in addition to research and education facilities. The LEED Platinum project has paid special attention to the water needs of the site as well. In a region of the world where water concerns are a very real issue, Arup was able to design systems optimized for plant irrigation with the least amount of waste possible. Together Arup, Grimshaw, and HSD have provided full services for the Oman Botanic Garden, from master planning to construction design. The project is set to break ground sometime in the near future.
Placeholder Alt Text

San Francisco’s Millennium Tower is sinking and tilting

According to recent findings, San Francisco’s sinking condo tower just got a little bit more down to earth.

The 58-story Millennium Tower, designed by Handel Architects, has sunk nearly 17 inches since its opening in 2009. Last summer, controversy enveloped the failing monolith when the settling came to light, as residents posted videos online of objects rolling across their floors to demonstrate just how slanted the 419-unit building had become.

Recently, engineers with Arup—employed to work on the currently under-construction Salesforce Tower designed by Pelli Clarke Pelli Architects next door—inspected the Millennium Tower’s rooftop height and found that the tower had sunk an additional 2 ½ inches beyond the initial 14 ½–inch drop recorded last year. Increasingly, the tower is tilting precariously toward the Salesforce Tower, as the muddy and sandy soils beneath it give way. It is built on a foundation of concrete friction piles, driven between 60 and 90 feet into the soil, that do not rest on bedrock. The method is employed by several other developments in the area, though the type of settling occurring at the Millennium Tower has not been seen in any of those projects.

Troublingly, the tower is not only sinking, but it is sinking unevenly, resulting in a measurable slant to the 645-foot-tall complex. As the muddy and sandy soils beneath it give way, it continues to tilt precariously toward the Salesforce Tower. As of 2016, according to court documents, the tower exhibited a 2-inch westward tilt at the base and listed a whopping 10 inches at its top. Recent projections put the potential maximum drift at 10 inches every two years unless something is done to rectify the issue.

As can be expected, the structural deficiencies have resulted in a flurry of lawsuits, including one from the building’s homeowners’ association. The association is seeking to force Millennium Partners, developers and owners of the tower, to perform $150 million worth of foundation upgrades that would add 150 new end-bearing piles in an effort to rest the building on bedrock.

“This accelerated movement highlights the need to retrofit the foundation as soon as possible,” Daniel Petrocelli, attorney for the Millennium Tower homeowners’ association told NBC Bay Area. “The Millennium Tower Association will request an early trial in its ongoing lawsuit to hold the responsible parties accountable.” 

Placeholder Alt Text

Morphosis-designed Bloomberg Center at Cornell Tech celebrates opening

  facadeplus_logo1
Brought to you with support from
With the goal of becoming a net zero building, The Bloomberg Center, designed by Morphosis, forms the heart of the new Cornell Tech campus on Roosevelt Island, bridging academia and industry while pioneering new standards in environmental sustainability through state-of-the-art design.
  • Facade Manufacturer Island Exterior Fabricators
  • Architects Morphosis
  • Facade Installer W&W Glass, LLC (unitized curtain wall); Island Exterior Fabricators; Barr & Barr (general contractor)
  • Facade Consultants ARUP (facade, structural, MEP/FP engineering, sustainability; lighting; acoustical; av/it/smart building)
  • Location Roosevelt Island, New York, NY
  • Date of Completion 2017
  • System unitized continuously insulated rainscreen; photo voltaic solar canopy
  • Products Louvered ZIRA system from A. Zahner Company;  Custom Unitized Curtain Wall; Custom Curved Glass Enclosure
Spearheaded by Morphosis’ Pritzker Prize-winning founder Thom Mayne and principal Ung-Joo Scott Lee, The Bloomberg Center is the intellectual nerve center of the campus, reflecting the school’s joint goals of creativity and excellence by providing academic spaces that foster collective enterprise and collaboration. “The aim of Cornell Tech to create an urban center for interdisciplinary research and innovation is very much in line with our vision at Morphosis, where we are constantly developing new ways to achieve ever-more-sustainable buildings and to spark greater connections among the people who use our buildings. With the Bloomberg Center, we’ve pushed the boundaries of current energy efficiency practices and set a new standard for building development in New York City,” said Morphosis founder and design director Thom Mayne in a press release. The four-story, 160,000-square-foot academic building is named in honor of Emma and Georgina Bloomberg in recognition of a $100-million gift from Michael Bloomberg, who was responsible for bringing Cornell Tech to New York City while serving as the city’s 108th Mayor. A major feature of the building is an expansive photovoltaic canopy, with a low and narrow profile that frames views across the island. One of the building’s most distinctive features is its facade, optimized to balance transparency—maximizing daylighting and exterior views, and opacity—maximizing insulation and reducing thermal bridging. Designed as a rain screen system, the outermost layer of the facade is composed of aluminum panels surfaced in an iridescent, PPG polymer coating. Viewed from afar, the aluminum panels register a continuous image that merges the river-view scenery from Cornell Tech’s Roosevelt Island location and Cornell University’s idyllic campus in Ithaca, New York. Facing the city, the Bloomberg Center’s west facade registers the image of the Manhattan skyline as it is viewed directly across the East River. Along the campus’ main entry and central circulation spine (the “Tech Walk”), the east facade registers an image of Ithaca’s famous gorges. Designed in collaboration with A. Zahner Company, an architectural metal fabricator, the facade utilizes Zahner’s Louvered ZIRA system to create the image patterning. Each pixel of the image is translated into the specific turn-and-tilt of a two-inch circular tab punched into the aluminum paneling; the depth and rotation of each tab determine the amount of light reflected. This pixel map was fed into a repurposed welding robot, which processed the digital information into the mechanical turning-and-tilting of the facade’s 337,500 tabs. The algorithm controlling the robot was developed in collaboration with Cornell and MIT students. “Our collaboration with the Cornell and MIT students to develop the building’s facade is an example of the type of connections that Cornell Tech will foster between academia and tech industries,” said Ung-Joo Scott Lee, Principal at Morphosis and Project Principal of the Bloomberg Center. “We were ultimately interested in demonstrating that designing for net-zero creates not only a more energy efficient building but, in fact, a healthier and more comfortable environment for its occupants. The very systems that provide our path to high building performance are the same systems that provide better control to its users while giving the building its distinct identity. Cornell University’s leadership in sustainability is central to their mission; we look to continue that leadership in both upstate as well as downstate campuses.”
Morphosis will be participating in the upcoming Facades+ Los Angeles conference on October 19 to 20, 2017. Stan Su, who contributed to Bloomberg Center as a member of Morphosis’ Advanced Technology team, will be co-presenting a morning workshop along with Brad Prestbo (Director of Technical Resources, Sasaki Associates), Chris O'Hara (Founding Principal, Facades Director, Studio NYL). The workshop will be divided up into three parts: a group discussion on fundamental detailing principals, case study examples of how those principles are employed, and a hands-on session where the group will reverse-engineer details from notable projects.
Placeholder Alt Text

“Tower of Voices” memorial will honor those lost on 9/11’s Flight 93

At the Flight 93 National Memorial in Shanksville, Pennsylvania, construction will soon begin on a 93-foot tower to commemorate the 40 lives lost in the hijacked plane that crashed into the countryside on September 11, 2001. Dubbed The Tower of Voices and designed by Paul Murdoch Architects,  the tower will feature 40 wind chimes suspended by corbels (one for each individual lost) cast into a concrete tower. Notably, this will be the first major vertical element in an existing, expansive memorial that is almost entirely flat. The rest of the site, a bowl-like earthwork designed by Paul Murdoch Architects and Nelson Byrd Woltz Landscape Architects in 2005, is nearly three times the size of Central Park and was designed to encourage contemplation through subtle alterations and restoration of the site's existing landscape – an old growth field and adjacent wetland. Arup is providing engineering and design consulting to simulate a 3D soundscape of the acoustic experience. The tower will be situated at the end of the memorial's circular path, and serve as the new entrance and exit to the memorial. Murdoch chose to work with sound, since, in his words, “The last memory that many [family members] have of the people on the plane is through voices on those phone calls,” according to Arup's blog. Of the four flights hijacked on 9/11, Flight 93 was the only one that did not fly into its target, the U.S. Capitol Building in Washington, D.C. Instead, on learning of the hijackers' plan, the flight crew and passengers struggled to regain control, ending in a premature crash into a field near a reclaimed coal strip mine in Pennsylvania, nearly 150 miles from its intended destination. None survived the impact. Set to open in 2018, The Tower of Voices' three-dimensional soundscape will be the final element of the Flight 93 National Memorial.
Placeholder Alt Text

Philadelphians: How should architects revamp 30th Street Station?

As part of Philadelphia’s massive downtown redevelopment efforts, new plans were released on Tuesday for an integrated civic space surrounding 30th Street Station—the third-busiest Amtrak station in the country—by a design team including FXFOWLE, !melk, and ARUP. Over the next three decades, the station’s traffic is expected to double, according to a marketing brochure for the overall project, bringing renewed interest to the surrounding business district dubbed University City. This 30th Street Station Plaza revamp is part of a wider, $6.5 billion 30th Street Station District Plan being led by Amtrak in partnership with Brandywine Realty Trust, Drexel University, PennDOT and SEPTA. Back in 2016, Skidmore, Owings & Merrill (SOM), in association with WSP | Parsons Brinckerhoff, OLIN, and HR&A Advisors, completed the initial design of the District Plan. In parallel, SHoP and West 8 have been working with Drexel and Brandywine on the Schuylkill Yards project, a 14-acre redevelopment which makes way for a 627,000-square-foot office tower as well as the redesign of public commons and arterials that tie together the district’s core: Market Street, J.F.K. Boulevard, and Drexel Square. Station Plaza, with its team of FXFOWLE, !melk, and ARUP, is one of several other early-phase District Plan projects advancing simultaneously. While 30th Street Station is currently surrounded by a closed ring of parking lots and concrete infrastructure, FXFOWLE and partners are looking to install a public plaza encircling the building. Their plan incorporates raised planters, pedestrian byways, seating areas, a public pavilion, and a food truck area. Pavers in the shape of concentric dots correspond to below-ground train routes and mirror the circular fountains and skylights incorporated into surrounding green space. According to the plan, the taxi and automotive area—which utilizes about 50% of the space at present—will be relocated to a transportation zone at one side of the station, opening up the decongested space to foot circulation and flexible programming. In addition to increased pedestrian traffic, this move will also allow room for a new underground entrance at the West Portico; the entrance is an unbuilt feature of the station’s original 1934 plans. The plan, in its entirety, is designed to decongest the area around the station and reinvigorate a historic railway, connecting it to other developments in the comprehensive plan and the adjacent Schuylkill River. Amtrak and the project’s team have opened up the renderings (viewable here) for public comment via an online survey (accessible here). Garnering opinions from commuters, visitors and locals alike, the survey will be open until 8 pm on Wednesday, July 26, 2017.
Placeholder Alt Text

Adjaye Associates, BIG, wHY, and others, unveil designs for Ross Pavilion in Edinburgh

Back in March, The Architect's Newspaper reported that seven teams (from a pool of 125) had been shortlisted for the Ross Pavilion International Design Competition, an effort to reimagine the city's prominent West Princes Street Gardens. The winning team will get the chance to replace an existing 1935 bandstand located in the gardens, as well as make "subtle updates" to the grounds themselves, according to a press release. The jury is now appealing to the public for input—U.K. residents and the international community alike, according to the competition organizers, Malcolm Reading Consultants. Edinburgh’s City Art Centre will exhibit the design concepts—free to the public—from June 21 to July 30. You can also find the designs online here, along with an email address where you can send comments. The winner will be announced this August 2017, “The revival of this, one of Edinburgh’s best and most prominent sites, is a hugely exciting prospect and we now have seven fascinating design concepts from some of the world’s most in-demand creative minds," said Norman Springford, chairman of the Ross Development Trust and competition jury chair, in a press release. Images of each design concept are available in the slideshow above, while you can find short project descriptions below. Once a winner has been selected, construction is planned to start in 2018. Adjaye Associates with Morgan McDonnell, BuroHappold Engineering, Plan A Consultants, JLL, Turley, Arup, Sandy Brown, Charcoalblue, AOC Archaeology, Studio LR, FMDC, Interserve and Thomas & Adamson Adjaye Associates’ proposal for the new Ross Pavilion and the reimagined West Princes Street Gardens is a celebration of Edinburgh as a cultural capital and a reflection of the site’s unique topography and location on the verge between the Old and the New Towns. Our scheme honours the legacy and architectural language of the original bandstand that was once the beating heart of the Gardens in the late 19th century, reinterpreting its function and iconography within the contemporary context. The result is a garden temple responding to the modern-day city, a pleasure pavilion conceived as a sculptural intervention, which serves as a flexible performance space, a community hub and a new icon for Edinburgh. The Pavilion is the focal point of a system of stone-clad outdoor, indoor and in-between public spaces, discreetly embedded into the landscape. Bjarke Ingels Group (BIG) with JM Architects, WSP Parsons Brinckerhoff, GROSS.MAX., Charcoalblue, Speirs + Major, JLL, Alan Baxter and People Friendly At the meeting between the old and the new, the West Princes Street Garden occupies a central location – geographically, historically, and culturally – in Edinburgh. The existing bandstand, in the heart of the Gardens, paradoxically has the feeling of a leftover space that divides rather than unites. We propose to enhance and reconnect the abundant qualities of the Gardens with a pavilion sculpted by its context: its gently undulating canopy reflects the movement of the terrain below and the light of the sky above. Visual transparency at ground level allows for uninterrupted enjoyment of the Gardens. From within, it will frame the context of Edinburgh Castle and its dramatic setting. The rejuvenated bandstand provides momentum to reconsider the Gardens at-large by updating the planting regime, opening up key views, and improving access and connectivity throughout. A refreshment of the historic Gardens that roots its future in the heritage of its past. Flanagan Lawrence with Gillespies, Expedition Engineering, JLL, Arup and Alan Baxter The Gardens form a topographical and visual division between the Old and New Towns, whilst also uniting the people of Edinburgh; a place for people to gather and appreciate the thrilling topography of the city. The sinuous landforms of the Performance Space and Visitor Centre reflect the Garden’s natural landscape in contrast with the angular built form of the Old and New Towns. Our proposals aim to make the Gardens more connected to the city with a dramatic and accessible sense of arrival for all at the Visitor Centre. This is a project of contrasts; between the New and Old Towns and the Gardens that separate them and between quiet tranquil days in the Gardens and vibrant large-scale public events. Our concept is based on creating an architecture that can perform equally well with each of these contrasting modes of behavior. Our design solution is based on understanding how our interventions can be both introverted when the gardens are quiet, and extroverted during the celebrations and events. Page \ Park Architects, West 8 Landscape Architects and BuroHappold Engineering with Charcoalblue and Muir Smith Evans Princes Street Gardens, linking the New Town to Old, is a landscape for viewing the spectacular setting, a garden of commemoration, and a garden to enjoy. The lengthy flower bank to Princes Street is world unique. Our strategy is simple: we leave this alone. Splendid new entrances, self-evident way-finding, and a re-visioned ‘Blaes’ area provide for contextual augmentations to a new Ross Pavilion which includes a combined visitor center and performance venue. In Classical garden tradition, there is a typology of a grotto fed by springs for assembly, marriage, song, and dance—the Nymphaeum. In imagining the new Ross Pavilion we have carved into the landscape such a grotto. A stage at the foot of the ‘Castle Rock’; marking the memory of the old ‘Nor Loch’, lined in pillars of decorated stone echoing the ‘modern henge’ Royal Scots memorial and surmounted with a golden copper roof in the spirit of the ‘Ross Fountain.’ Reiulf Ramstad Arkitekter with GROSS.MAX., AECOM, Charcoalblue, Groves-Raines Architects and Forbes Massie Studio How can the Ross Pavilion offer a new world-class cultural venue not just for Edinburgh, but the whole of Scotland? The Ross Pavilion will be the focal point of the city of Edinburgh and its many visitors, but it can also be a symbolic place for all of Scotland as well. The intervention into the Gardens is therefore conceived as a facility for the entire nation, indeed it is a project that has the potential to capture the imagination of people across the country. For the Ross Pavilion, we propose a public asset that can not only perform as a modern performance venue, but a visitor experience that explores the varied landscapes and histories of the Gardens and the terrains of Scotland beyond. A simple but bold design allows us to propose a venue that can host the wide variety of functions the pavilion calls for. Furthermore, it offers us the flexibility to propose a wider range and intensification of human activities in the Gardens and unleash the incredible potential the site has for Edinburgh. For that matter it can tap into the long history the city’s backdrop has had for inspiring some of mankind’s highest achievements in the arts, literature, philosophy, and science. Our approach to the architecture and landscape has been that of sensitive interventions into the historic fabric of the Gardens. Elements are formed from their context and crafted from quality and timeless materials, and completed with water terracing that recalls the Nor Loch. wHY, GRAS, Groves-Raines Architects, Arup, Studio Yann Kersalé, O Street, Stuco, Creative Concern, Noel Kingsbury, Atelier Ten and Lawrence Barth with Alan Cumming, Aaron Hicklin, Beatrice Colin, Peter Ross, Alison Watson and Adrian Turpin Butterfly / Pavilion The word ‘pavilion’, from the Old French for butterfly (papillion), parsed through the pictogram of a highly-decorated tent, evokes the fluttering canvas and heraldry of a field campaign with a glorious connection between nature and humankind. The butterfly is unity of symmetry and organic form, whose lines can be traced and followed, eagerly denoting meaning. Occasionally alighting, it is of the air but connects with the ground. It delights and draws you in. And so it is with this new ‘pavilion’. Pleasure will be drawn from rock and fold, from seam and segue. There are glimpses of history and the promise of a performance. People will connect through their common story and shared song. There is music in the air. Light, space, sound, and poetry. Castle, rock, garden, and fountain. Without nature, the city is lifeless. This is a place for people and their perpetual delight. William Matthews Associates and Sou Fujimoto Architects with BuroHappold Engineering, GROSS.MAX., Purcell and Scott Hobbs Planning A PLACE FOR PEOPLE These four words defined both the brief and our response—a place for people to gather and celebrate the performing arts in one of the global capitals of culture. The inspiration for the project came from Celtic spirals, the remarkable stone circles of Orkney and the circular forms of the original Bandstand, the Ross Fountain and the Royal Scots memorial. They were reinterpreted to create a new typology of pavilion and viewing platform for the West Princes Street Gardens. The proposal is a powerful landmark symbolizing the unity of Edinburgh: its history, originality, art, and culture. The rings offer new panoramic views of the important heritage sites of the city. They connect the New Town, the Castle and the Old Town without disturbing the existing axial paths of the Gardens. Contrasting with the light and floating spiral are the Visitor Centre and the Performance Space. They blend into the urban context of Princes Street on one side and the Gardens on the other, ready to come alive for the cultural events for which Edinburgh is famous.
Placeholder Alt Text

THEVERYMANY plants a zippy green theater in a Maryland park

Amid a park in the Baltimore suburbs lies a new outdoor theater by MARC FORNES / THEVERYMANY that's as green as the new leaf. The New York design studio's Chrysalis Amphitheater, a sinuous shingled pavilion whose form follows its name, features two stages for semi-outdoor performances and events. Stage A, the larger of the two, is equipped for larger performances and is kitted out for musical equipment and lighting rigs. Stage B, with its platform stage and steps that double as seating, is meant for smaller events. Other arches double as apertures for a staircase, balconies with city views, and a loading dock. The project broke ground in Columbia, Maryland's Symphony Woods Park in October 2015. Commissioned by park stewards Inner Arbor Trust, its shape references the curvy roots of the Swamp Cypress, a native tree. To achieve its curvature without adding too much weight the structure, Fornes, in collaboration with engineers at Arup, drew a flat digital mesh and transformed its segments into differentiated spring systems. Constraints for pleating were added to the system during inflation to give the structure extra depth, while ARUP engineered a steel-tubed exoskeleton and created 70-point loads that can each hold up to 2,000 pounds. Zahner fabricated the Chrysalis's 7,700 shingles, which are painted four different shades of electric green. “We want to provide not just a destination, but an experience for the morning jogger, the Sunday walker, the afternoon stroller, as well as anyone who is actually there for a show,” said Marc Fornes, principal of THEVERYMANY, in a prepared statement. “It is an amphitheater, yet it is first a pavilion in the park, an architectural folly, a tree house and a public artwork, ready to be engaged and activated at any given moment.”

THEVERYMANY first developed its idea with a similar, but smaller, installation in France. That project, Pleated Inflation, was installed at a school in Argeles, near the border with Spain.

Placeholder Alt Text

How wellness is influencing the workplace

As sustainability becomes the new normal, designers are turning their focus to how people are affected by their surroundings and looking to new measurable standards that provide concrete frameworks for making healthy buildings. We examine one standard up close and break down how it can guide a project from start to finish.

Performance certifications like LEED, Passivhaus, and Green Globes have changed the way we think of baseline environmental concerns, but a new set of rubrics looks to build on those standards. The concept of wellness in many ways is an extension of the environmental movement, as it expands the ideals of building performance to the human experience.

There are several programs that fall under these formulas, such as Fitwel, developed by the General Services Administration (GSA) and Center for Active Design (CfAD), and the Living Building Challenge by the International Living Future Institute, which is more focused on the envelope of a building. Both are both great resources for making healthier and more livable places.

The WELL Building Standard® (WELL) is a “performance-based system for measuring, certifying, and monitoring features of buildings that impact the health and well-being of the people who live, work, and learn in them.” It is administered by the International WELL Building Institute (IWBI) and has been employed by engineering firm Arup for its Boston office—designed by Dyer Brown Architects—and by the American Society of Interior Designers for its Perkins +Will–designed headquarters in Washington, D.C. Others, like SOM Interior Design partner Stephen Apking, use the WELL Standard as a guideline for projects outside the U.S., such as the Japan Tobacco International (JTI) headquarters in Geneva, Switzerland.

The key to WELL’s success is its ability to use scientific evidence to support claims about wellness that have until recently been too esoteric. “Research is required to take it from the anecdotal to something that we can clearly define, with added value,” said Apking, who reported that clients are often convinced by the data and metrics that support WELL.

The standards are useful for giving clients an idea of how to design a healthy workplace, said Apking, who explained that the research into the measurable qualities of building environments has led his team at SOM to push wellness more aggressively. He cites a Harvard University study that focuses on air quality. It found that though LEED buildings get to a point where they do help workers, they should also remove carbon dioxide in addition to VOCs. This is how wellness can go beyond environmentalism and how science can help give clients more specific assurance rather than just anecdotal tales of healthy environments.

At Arup’s Boston office, it has developed a physical prototype for simultaneously quantitative and qualitative performance assessments. It sets up a continuous air-quality feedback system that monitors air quality, noise, and thermal comfort. “The sensor kit was a way to connect in a multidisciplinary way with the other parts of Arup that are advanced in building software systems,” said Mallory Taub, sustainability and WELL consultant at Arup, explaining the monitoring system. “Talking about metrics is extremely important for understanding these design strategies and how your space is performing. Is it making an impact on the people who are using it?”

However, it is important to keep in mind that people are not just numbers. Working with its in-house operational psychology team in London, Arup developed a survey with a series of questions that solicit responses that follow the seven features of WELL. How much are employees using sit-stand desks? How are the dining spaces working? How are lighting and acoustic systems working?

Similarly, designer Ilse Crawford—in her book A Frame for Life—explained the design of her London studio:

The space is laid out as an apartment, with the intention of keeping the space as domestic as possible, while allowing for us to function as a creative studio. Throughout we have used materials and elements that stimulate rather than curb the senses: wood, stone, proper rugs, plants.… The office of the future has a lot to learn from the hospitality industry. It should be a place where people feel good and grounded and motivated. The office of the past was essentially about control, a white-collar factory predicated on measurables and human ‘machines’ rather than people.

When it comes to the WELL framework, Apking also said that the early conversations with the clients allow him to organize the projects conceptually around employee well-being from the start. “It is not easy for clients to talk about this. WELL helps us lay out the concepts that we want to pursue in the design.”

To dive deeper into what wellness means in the workplaces, The Architect's Newspaper looks at how the ASID headquarters, Arup’s Boston office, and the JTI headquarters have manifested the seven concepts of WELL.

Air

Designers must address issues of air quality standards, including ventilation and filtration systems, to control moisture and reduce harmful particulates.

The shape of the JTI headquarters by SOM helps to draw in fresh air, which is then filtered by a hybrid system that also conditions the air through a radiant system in the ceiling tiles, cooling the air with chilled water. This produces an “even coolness” that is both energy efficient and comfortable.

Because Arup’s Boston office is on the tenth floor of the building, it replaced the air handler in the building so that it could have all the systems needed and be able to take on more capacity in the future. It also used an on-demand control system that allows different ventilation depending on occupancy. Conversations around cleaning and facilities maintenance are important for keeping up on this feature.

Light

Beyond the simple specification of lighting devices and the daylighting strategies, WELL calls for light to be controlled in more sophisticated ways that mimic natural and comfortable levels and types. Circadian lighting designs and glare controls for both electric and natural lights.

Arup’s lighting designers used the ceiling as a luminous surface by casting light onto it in an even way, reducing glare and dark spots. They also received a WELL innovation credit for their design of an electric circadian lighting system at Arup’s Boston office that changes color throughout the day to mimic natural daylight patterns. This involves more blue tones in the middle of the day and warmer tones at the end of the day, which gives the body cues that the day is progressing. The ASID headquarters includes an automated shading system made by Lutron that senses when to control light levels from the exterior.

Mind

Because the Mind feature is the most esoteric, it requires post-occupancy surveys to be conducted to verify that the design is accomplishing its aims. Beauty, design, and a sense of natural connectivity are all included.

For JTI, SOM created environments that it wanted to make “joyful” and “optimistic.” Working with artist Liam Gillick, it developed a series of colorful canvases that move through the building along a staircase. Additionally, Lake Geneva and nearby mountains can be viewed from meeting spaces, and the cafeteria at the top of ‘‘the building has a stunning vista.

At the ASID headquarters, biophilic design strategies such as incorporating natural materials and patterns are employed alongside spatial and architectural configurations meant to inspire and give a sense of subconscious well-being. Plants give a sense of peacefulness and add a splash of color, while a soundproof meditation room gives respite from the office environment.

Water

While environmentalism focuses on reducing water usage, wellness is about water quality.

In order to guarantee a base level, this feature sets standards for water purity, targeting inorganic and organic contaminants as well as agricultural contaminants and public-water additives.

Because the municipal water testing doesn’t take into account aging pipe infrastructure, Arup added a chlorine filter to the water line of its building to ensure that drinking water tastes great. Arup also upgraded to a sparkling-water dispenser so that everyone remains hydrated. At ASID’s headquarters, placing water dispensers in desirable areas promotes healthy hydration habits, and no one is more than 100 feet away from water at any time.

Comfort

The comfort feature includes thermal, acoustic, visual, and ergonomic criteria, not only considering ADA accessibility, but also protection from noise generated inside and outside the building. At the ASID headquarters, Perkins + Will used donated furniture by Humanscale, including “Quickstand” sit-stand desks complete with the Humanscale ergonomic setup of monitor arms and adjustable under-desk keyboard trays.

Arup’s office used sit-stand desks by Teknion and monitor arms by Humanscale, with smaller individual work areas and more common space. To mitigate noise, the designers used mechanical systems that met lower criteria for noise allowances as well as a range of finish materials that make the space quieter. Armstrong acoustic tiles reduce noise, and the office is fully carpeted with Interface carpet tile that has an organic pattern as part of the biophilic strategy.

Nourishment

By providing quality snacks and office meals, WELL-certified workspaces create an environment conducive to wellness. Transparency about these foods, such as ingredient lists, nutritional facts, and allergy information are required. Unprocessed foods and fruits and vegetables are crucial.

Arup’s Boston office likes to brag that it has one of the best office nutritional programs. At first, employees were reluctant to give up their beloved bagel-and-donut breakfasts, but now the office kitchen has a healthy spread that meets WELL standards, as well as a weekly food delivery with transparent ingredients and nutrition facts clearly stated.

Fitness

The fitness feature requires a design that encourages movement. This can be simply in the form of fitness incentives from the employer, or it can mean the programming of fitness spaces and equipment into the design.

JTI’s continuous landscape loops inside and outside the building both vertically and horizontally right). The stairs circle and weave through the building up through each floor, which gives employees an attractive walking path instead of elevators. The meeting points, such as the conference center and the coffee and dining spaces, are woven through the building. The fitness center is also along the continuous landscape, which gives people the option of working out indoors and outdoors.

Want more on wellness design? Read how it's spreading across hospitality architecture and beyond. Workplace Wellness Resource List Arup Boston Carpet Interface Tile Crossville Paint PPG - Ecos Imperial Countertop Okite Wall Tile Mosa Wood Tree Frog Plastic Laminate Doors and Cabinets Pointe Cork Wall Forbo SOM — JTI HQ White Carrara Marble Stair Treads Staminal Stone Artwork Liam Gillick Carpet Interface Table and Chair Arper Acoustic Metal Ceiling Trisax Pendants Arne Quinze Impact Lighting Stool La Palma Perkins + Will — ASID Task Chairs and Sit-Stand Desks Teknion Humanscale Automated Shades and Lighting Control System Lutron Grade Glazing and Doorway System Haworth Chairs and Tables Steelcase + Coalesse Keilhauer Herman Miller Bookcase and Conference Tables Herman Miller Ergonomic Desk Accessories Humanscale Credenza and Mobile Conference Table Bernhardt Design Television LG Additional Furnishings ATG Stores Davis HBF Additional Finishes Cosentino Shaw Contract Nevamar Sherwin-Williams Armstrong Additional Fixtures Kohler
Placeholder Alt Text

SHoP Architects unveils new terra cotta installation for Milan Design Week

Yesterday, New York–based SHoP Architects unveiled a “sculptural terra cotta enclosure” designed for Interni Magazine’s Material Immaterial exhibition which will be on display during FuoriSalone 2017, in Milan. Called WAVE/CAVE, the structure was commissioned by Interni as a partnership among SHoP, ceramics manufacturer NBK Keramik, and aluminum products fabricator Metalsigma Tunesi to “explore the dual spirit of design.” Erected in the main courtyard of the Ca' Granda at the Università degli Studi di Milano, the enclosure is formed in three strata of aggregated terra cotta modules, each uniquely carved to create the undulating contours of the interior space. The 1,670 units were manufactured by the Germany-based NBK Keramik, which was able to produce 797 distinct profiles while using only one extrusion mold. Fluted on the outside and laced together on the interior with an ornamental web-like pattern, each block was left unglazed and when stacked they stand over seven meters tall. The enclosure functions more like a sculpture than an occupiable space, as one’s experience of the interior is largely viewed from the periphery or the second floor of the adjacent cloister. This was essential to the design concept that SHoP imagined for the assemblage; the firm stated that it is “open to the action of life around it but accessible only to the imagination and the gaze.” This is strategy is a reaction to the speed at which contemporary life is lived—a “deliberate counterpoint to the internal agitation and disrupted attention spans encouraged by contemporary media and technology.” Christopher Sharples, principal at SHoP, said:
We've always been interested in working with traditional materials.... Today's technologies allow us to draw out their material authenticity in new ways. The collaboration between SHoP, NBK Keramik, and Metalsigma Tunesi on WAVE/CAVE was an effort to demonstrate the poetic possibilities of terra cotta while suggesting new directions for its use in contemporary construction.
Lighting was designed by PHT Lighting Design Inc. and engineering by Arup. This project will be on display until April 15.
Placeholder Alt Text

This otherworldly art installation brings sweet silence to New York City

In the city, it can be hard to find places of total quiet. A new exhibition at the Guggenheim, though, tries to tone down loud New York, at least for a couple of minutes.

Artist Doug Wheeler has created expansive works with luminous materials since the 1960s. His latest piece, PSAD Synthetic Desert III, creates the impression of infinite space as it plunges visitors into almost complete silence. With help from what are essentially large Magic Erasers, Wheeler transformed a regular museum gallery into an almost totally silent space meant to evoke the northern Arizona desert.

Wheeler first conceived of Synthetic Desert in the late 1960s and early 1970s, but this is the first time his installation has been realized. Tucked away on an upper floor of the Guggenheim, visitors pass through three sound-cushioned antechambers before entering the installation on a carpeted gangway.

Save for a recording of the desert, the luminous purple-gray space is so soundless you can hear a whole constellation of funny bodily noises that are typically unhearable in everyday life. While sound in a quiet room registers at 30 decibels, in Wheeler's semi-anechoic chamber, noise levels check in at about 10 to 15 decibels.

To achieve this super-quiet, the museum used 1,000 pieces of sound-absorbing melamine foam on one side of the room and on the floor. 600 grey foam wedges line the walls, and 400 pyramids of the same material fill space below the platform where visitors sit and take it all in. The Guggenheim worked closely with Arup sound designers Raj Patel and Joseph Digerness to realize the exhibition, and BASF, the company that created the foam, is an exhibition sponsor.

PSAD Synthetic Desert III  is on view through August 2 at the Solomon R. Guggenheim Museum. More information about reservations and walk-in tickets can be found on the museum's website.