Posts tagged with "Weiss/Manfredi":
This article appears in The Architect’s Newspaper’s April 2017 issue, which takes a deep dive into Florida to coincide with the upcoming AIA Conference on Architecture in Orlando (April 27 to 29). We’re publishing the issue online as the Conference approaches—click here to see the latest articles to be uploaded.
Naples, Florida-based arts organization Artis—Naples hired New York-based Weiss/Manfredi to create a master plan for its 99,000-square-foot Kimberly K. Querrey and Louis A. Simpson Cultural Campus. The plan will help the campus—home to the Naples Philharmonic, The Baker Museum (formerly the Naples Museum of Art), and a handful of other arts facilities—become more cohesive and dynamic, as well as embrace its natural surroundings.
“What we’re really focusing on are the spaces between the buildings,” said Weiss/Manfredi’s Michael Manfredi, who points out that much of the campus, even though it is located less than a mile from the Gulf of Mexico, is covered in surface parking and self-contained structures. “The light, the water… to take that atmosphere and pull it into Artis—Naples is an extraordinary opportunity,” added fellow principal Marion Weiss. “They have an opportunity to have both a cultural and public dimension.”
The master plan, set to guide development on the campus for the next two to three decades, is scheduled to be ready by summer, with work getting underway next year. The designers are set to meet with Artis—Naples officials and the local community in the coming weeks.
“We’re still at the early part of this exploration. But we know that when disciplines intersect something special happens,” said Artis—Naples CEO and President Kathleen van Bergen, hinting at closer connections among the institution’s varied cultural offerings. She added: “We want them to look at the entire property and consider everything. You don’t often get an opportunity like this in an organization’s life cycle.”
Currently that property, which hosts about 300,000 visitors per year, consists of five buildings, including two performance halls (Frances Pew Hayes Hall and Myra J. Daniels Pavilion), The Baker Museum, the Toni Stabile Education Building, and the Kohan Administration Building.
Best known for its Olympic Sculpture Park in Seattle, Weiss/Manfredi has also master planned the Nelson-Atkins Museum Cultural Arts District, and designed the Kent State Center for Architecture and Environmental Design. On this project, the firm beat out Diller Scofidio + Renfro with Hargreaves Associates, NADAAA with Michael Van Valkenburgh Associates, and PWP Landscape Architecture with Allied Works Architecture.
Keeping your cool onstage is no mean feat, but one that students and performers at the Marshall Family Performing Arts Center needn’t worry about, thanks to the implementation of the ice cooling system that Manhattan firm Weiss/Manfredi oversaw. The $26.5 million center, part of the Greenhill School in Addison, Texas, opened this past February. Page designed and installed the system, which involves storing ice and using it in conjunction with an air-cooled chiller as ice melts throughout the day, cold water is pumped through cooling coils in an air-handling unit.
“The system—even in a place like Texas—makes sense,” said Michael Manfredi, partner alongside Marion Weiss at the firm. “At night, when the outside temperature drops, the system can be replenished.” Weiss noted that the production of ice at night is more cost effective due to energy prices being lower at that time. “It’s a hybrid in some ways,” she said.
Thermal regulation for the performing arts center, which includes an expansive triple-height lobby, a 2,600-square-foot studio theater, a 2,500-square-foot rehearsal space, and a 21,000-square-foot proscenium theater, requires careful planning. Each space has its own schedule and has to be calibrated, with adjustments made in advance. “The building is designed with a high level of flexibility,” said Manfredi. “Each space can experience surges of 200 to 300 people at a time, and then just 20 at another.”
Weiss explained that “in performance spaces such as the proscenium theater, thermal ducts are located at lower levels so that they can be insulated by the earth and emerge around people's feet. Here, air is released very slowly so as to avoid noise pollution during production.” The proscenium theater seats 600 people: 450 at orchestra level and 150 in the balcony. Underneath these seats, an under-slab air plenum and diffuser grilles form a displacement ventilation system,which releases cool air as needed. Meanwhile, multicolored upholstery creates the illusion of a full venue, even when crowd numbers are low, ensuring that the performers never break a sweat.Resources — Ice Cooling System: Mechanical Electrical Plumbing and Fire Protection: Page Resources: Glazing System: YKK AP Glass Supplier: Viracon Structural Engineer: Magnusson Klemencic Associates Acoustical/Audio-Visual Consultant: Jaffe Holden Lighting Designer: Tillotson Design Associates Civil Engineer / Landscape: Pacheco Koch Consulting Engineers
Theatre Consultant: Fisher Dachs Associates
Associate Architect: Page
From the architects: "Remembering the fallen Twin Towers through their surviving physical structural footprints, the 9/11 Memorial Museum stands witness to the tragedy and its impact."John Wardle Architects and NADAAA Melbourne School of Design Melbourne, Australia
From the architects: "The new building for the Faculty of Architecture, Building and Planning responds to the urban design values identi- fi ed in the Campus Master Plan and enhances the existing open spaces within the historic core of the Centre Precinct of the Parkville Campus. It engages with the existing landscape elements, continues the sequence of outdoor rooms arrayed across the campus, and links strongly to the intricate network of circulation routes that surround the site. The new building compliments and enhances the sense of place that the Eastern Precinct of the Parkville Campus already commands."REX Vakko Fashion Center Istanbul, Turkey
From the architects: "Turkey’s pre-eminent fashion house, Vakko, and Turkey’s equivalent of MTV, Power Media, planned to design and construct a new headquarters in an extremely tight schedule using an unfinished, abandoned hotel. Fortuitously, the unfinished building had the same plan dimension, floor-to-floor height, and servicing concept as another one of our projects, the Annenberg Center’s 'Ring', which had been cancelled. By adapting the construction documents produced for that project to the abandoned concrete hotel skeleton, construction on the perimeter office block commenced only four days after Vakko/Power first approached our team. This adaptive re-use opened a six-week window during which the more unique portions of the program could be designed simultaneous to construction."ROGERS PARTNERS Architects+Urban Designers Henderson-Hopkins School Baltimore, MD
From the architects: "The new Elmer A. Henderson: A Johns Hopkins Partnership School and The Harry And Jeanette Weinberg Early Childhood Center, together called Henderson Hopkins, is the fi rst new Baltimore public school built in 30 years. A cornerstone for the largest redevelopment project in Baltimore, it is envisioned as a catalyst in the revitalization of East Baltimore. The seven-acre campus will house 540 K-8 students and 175 pre-school children."WEISS/MANFREDI Architecture/Landscape/
From the architects: "A botanic garden is an unusual kind of museum: a fragile collection constantly in flux. As a constructed natural environment, it is dependent on man-made infrastructures to thrive. New York City’s Brooklyn Botanic Garden contains a wide variety of landscapes organized into discrete settings such as the Japanese Garden, the Cherry Esplanade, the Osborne Garden, the Overlook, and the Cranford Rose Garden. The Botanic Garden exists as an oasis in the city, visually separated from the neighborhood by elevated berms and trees."WEISS/MANFREDI Architecture/Landscape/
From the architects: "The newly-opened Krishna P. Singh Center for Nanotechnology demonstrates the University of Pennsylvania’s leadership in the emerging field of nanotechnology. Nanoscale research is at the core of cutting-edge breakthroughs that transcend disciplinary boundaries of engineering, medicine, and the sciences. The new Center for Nanotechnology contains a rigorous collection of advanced labs, woven together by collaborative public spaces that enable interaction between different fields. The University’s first cross disciplinary building, the Singh Center encourages the exchange and integration of knowledge that characterizes the study of this emerging field and combines the resources of both engineering and the sciences."Merit Awards Garrison Architects NYC Emergency Housing Prototype Brooklyn, NY H3 Hardy Collaboration Architecture Theatre for a New Audience at Polonsky Shakespeare Center Brooklyn, NY Jaklitsch / Gardner Architects Toroishiku (Marc Jacobs Building) Tokyo, Japan Louise Braverman, Architect Village Health Works Staff Housing Kigutu, Burundi Maryann Thompson Architects Pier Two at Brooklyn Bridge Park Brooklyn, NY OPEN Architecture Garden School Beijing, China PARA-Project Haffenden House Syracuse, NY Skidmore, Owings & Merrill University Center – The New School New York, NY Thomas Phifer and Partners Project: United States Courthouse, Salt Lake City Location: Salt Lake City, UT Tod Williams Billie Tsien Architects Project: Reva and David Logan Center for the Arts Location: Chicago, IL
From the AIA: The historic YMCA (1926) had been a focus of African-American life in the era of segregation but had fallen into severe disrepair. The design re-establishes the building’s role as a community focus, restores principal spaces for youth training programs, brings existing living quarters in compliance with contemporary standards and adds new housing units. Inventive integration of new building systems released the existing rooftop for outdoor social space that connects and anchors old and new. The new addition is thin and cross-ventilated. It is shaded to the south by a vertical photovoltaic panel array and wrapped to the north with lightweight perforated metal screens that contrast with the heft of the original masonry building.Brockman Hall for Physics, Rice University; Houston KieranTimberlake
From the AIA:The campus of Rice University is a continuously studied and managed “canvas” that represents an intensive ongoing collaboration between architects, planners, and administrators. Its park-like environment—with live oaks, lawns, walkways, arcades, courtyards, and buildings—comprises a clear and timeless vision. The Brockman Hall for Physics needed to fit within this distinctive setting, to gather together a faculty of physicists and engineers working in as many as five separate buildings, and to house highly sophisticated research facilities carefully isolated from the noise, vibrations, and temperature fluctuations that could destroy experiments.California Memorial Stadium & Simpson Training Center; Berkeley, California HNTB Architecture; Associate Architect: STUDIOS Architecture
From the AIA: The historic stadium is one of the most beloved and iconic structures on the UC Berkeley campus. The key goals for this project were to restore the stadium’s historic and civic prominence, integrate modern training and amenity spaces, and address severe seismic concerns. By setting the new athlete training facility into the landscape, a new grand 2-acre public plaza for the stadium was created on the roof. A new press box/club crowns the historic wall; its truss-like design acts as a counterpoint to the historic facade.Cambridge Public Library; Cambridge, Massachusetts William Rawn Associates; Associate Architect: Ann Beha Architects
From the AIA: The Cambridge Public Library has become the civic “Town Common” for a city that celebrates and welcomes its highly diverse community (with over 50 languages spoken in its schools). With its all-glass double-skin curtain wall front facade, the library opens seamlessly out to a major public park. This double-skin curtain wall uses fixed and adjustable technologies to ensure that daylight is infused throughout the interiors and to maximize thermal comfort for the most active patron spaces looking out to the park.Danish Maritime Museum; Elsinore, Denmark Bjarke Ingels Group
From the AIA: The design solution to the site’s inherent dilemmas was to wrap a subterranean museum around a dry dock like a doughnut, where the hole was the dry dock itself and the centerpiece of the museum’s collection. Three two-level bridges span the dry dock, serving as shortcuts to various sections of the museum. All floors slope gently, so that a visitor continually descends further below the water’s edge to learn about Danish maritime lore. The civil engineering and construction work for the museum were among the most complicated ever undertaken in Denmark.John Jay College of Criminal Justice; New York City Skidmore, Owings & Merrill
From the AIA: Located in Manhattan, John Jay College of Criminal Justice’s new building provides all the functions of a traditional college campus within the confines of a single city block. SOM’s 625,000-square-foot addition doubles the size of the college’s existing facilities by adding classrooms, laboratories, auditoriums, faculty offices, and social spaces. These functions are arranged within a new 14-story tower and four-story podium topped with an expansive landscaped terrace that serves as an elevated campus commons. A 500-foot-long cascade runs the length of the podium and functions as the social spine of the campus. SOM’s design places a premium on communal and interactive space so that students may enjoy the experiences of a traditional college setting.Krishna P. Singh Center for Nanotechnology at the University of Pennsylvania; Philadelphia WEISS/MANFREDI
From the AIA: Challenging the established model of laboratory buildings, the Krishna P. Singh Center for Nanotechnology is organized around an ascending spiral that hybridizes the tradition of the campus quadrangle with the public promenade. The Center for Nanotechnology twists its laboratories around a central campus green, opening the sciences to the University of Pennsylvania’s landscape while providing a suite of public spaces within the building for cross-disciplinary collaboration amongst scientists. Here, multiple types—courtyard, laboratory loft, ascending gallery—each with their own distinct histories, are grafted together to create a new, but recognizable hybrid.LeFrak Center at Lakeside Prospect Park; Brooklyn, New York Tod Williams Billie Tsien Architects
From the AIA: This project restored 26 acres of Brooklyn’s Prospect Park, designed by Frederick Law Olmsted and Calvert Vaux in the 19th century and added a new 75,000-square-foot, year-round skating and recreational facility. In the winter, the facility’s two rinks are open for ice skating, and in the summer one rink converts to roller skating and the other to a large water-play fountain. Clad in rough-hewn gray granite, the new LeFrak Center appears to be large stone retaining walls set in the landscape. Much of the structure is tucked into the land. The L-shaped plan consists of the east and north block, both one-story structures with roof terraces connected by a bridge.Sant Lespwa, Center of Hope; Outside of Hinche, Haiti Rothschild Doyno Collaborative
From the AIA: The Center of Hope, commissioned by World Vision, is located in a rural region in Haiti and provides support, education, and skill building opportunities. The design process involved the entire community from children to elders. Construction included on-the-job skills training for over 100 residents. The courtyard scheme and breezeway capture prevailing winds while opening expansive views to the mountains beyond. Careful planning for natural ventilation, daylighting, water collection, sewage treatment, and electricity generation resulted in a completely self-sufficient building. The participatory and empathetic process created an uplifting environment that inspires hope.United States Courthouse, Salt Lake City, Utah Thomas Phifer and Partners; Naylor Wentworth Lund Architects
From the AIA: The design of the new United States Courthouse in Salt Lake City emanates from a search for a strong, iconic, transparent, and metaphorically egalitarian form to symbolize the American judiciary system. The primary nature of the courthouse’s cubic mass projects grounded dignity, immovable order, and an equal face to all sides. The 400,000-square-foot, 10-story courthouse resides on a landscaped terrace that spans an entire city block, uniting the new and existing federal courthouses as a public-access amenity while fulfilling a required federal security setback from the street.Wild Turkey Bourbon Visitor Center; Lawrenceburg, Kentucky De Leon & Primmer Architecture Workshop
From the AIA: Located on a bluff overlooking the Kentucky River, the visitor center is the newest component of recent additions and expansions to the Wild Turkey Distillery Complex, one of seven original member distilleries of the Kentucky Bourbon Trail. The 9,140-square-foot facility houses interactive exhibits, a gift shop, event venues, a tasting room, and ancillary support spaces. Utilizing a simple barn silhouette (an interpretation of Kentucky tobacco barns common to the area), the building, clad in a custom chevron pattern of stained wood siding, presents a clear and recognizable marker in the landscape.
Multiple layers of glass combine with corrugated metal panels to balance visibility and privacy in the University of Pennsylvania's new research center.As an experiment in interdisciplinary research, the Krishna P. Singh Center for Nanotechnology at the University of Pennsylvania is not a typical science center. It follows, then, that the university would not want a typical laboratory building, with a central corridor and minimal public space. Instead, the University of Pennsylvania asked Weiss/Manfredi to design the Singh Center around two principles. First, the building should create a new campus green for the school of engineering and applied sciences, in keeping with both the university’s and the city’s tradition of building around open quads. Second, the building should maximize natural light and visibility without compromising the integrity of the research itself. The most outstanding feature of Weiss/Manfredi’s design is the multi-layered glass curtain wall on the Walnut Street side of the building, which was designed with facade consultant Heintges and installed by National Glass & Metal Company. The outermost layer of glass, Guardian SunGuard AG 50 low-E on UltraWhite, which separates the building’s public spaces from the courtyard, achieves transparency while minimizing solar heat gain (the building is on track to achieve LEED Gold certification). It comprises an exterior etched panel by Walker Glass Co. wedded to a reflective panel with interior frit by JE Berkowitz. The etching and frit pattern varies from one part of the building to the next, for a total of five glass pattern modules. “The idea with that pattern was that where views out are most important, it’s most transparent,” said Weiss/Manfredi senior project architect Mike Harshman. “Where it’s more an issue of daylight, it’s more opaque.” The second layer of glass divides the Singh Center’s public spaces from its laboratory spaces. There, Weiss/Manfredi installed a laminated assembly with two layers of translucent frit. Again, the architects aimed for balance, this time between privacy and views out. Interior solar shades allow occupants to shut out daylight—or the eyes of passersby—when needed. On the first floor, an amber glass interlayer demarcates the research center’s 10,000-square-foot Bay/Chase Cleanroom. The color protects the interior of the cleanroom from ultraviolet rays and specific light wavelengths in the visible spectrum without walling it off completely. “Cleanrooms are typically a closed thing, but you can walk in and see everything going on in [there],” said Harshman. Glazed in interior fritted glass, write-up offices front the laboratories themselves, allowing light to enter the general labs. “We really saw the sections—the exterior glass, interior, and glass on [the] labs—as one assembly,” explained Harshman. The design allows daylight to penetrate deep into the building, while the combination of patterned glass and solar shades protects both the researchers and their experiments. The Singh Center facade is not all glass, however. Far from it. “From some views it looks like it’s very glassy, but the glass only represents one-third [of the building envelope],” said Harshman. “The rest is opaque and very insulated. The question became how to clad that surface.” Weiss/Manfredi explored a number of materials, including champagne-colored metal to echo the surrounding brick buildings. Ultimately the University of Pennsylvania chose silver anodized aluminum plate panels, explained Harshman, “because for them the context was technology.” The corrugated panels, which were fabricated and installed by Wyatt Incorporated with a custom finish by Spectrum Metal Finishing, were hung as a rain screen system over a prefabricated highly insulated exterior backup wall. “[There was] a great interest on Penn’s part that the project would have an aspect about scale and light. They liked the idea of the corrugated panels catching light at different times of the day,” said Harshman. The logic of the Singh Center facade culminates in the Forum, the multipurpose conference space that cantilevers over the courtyard. Its back and sides wrapped in protective metal, the Forum’s front wall is fritted glass overlooking the main campus. As a result, the place where researchers present their work is also the most connected to the university and the community around it. In the Singh Center, the University of Pennsylvania did not have to choose between openness and an effective research environment. They achieved both, with a building that turns traditional laboratory design on its head.