Stem Cell Building at UCSFby Rafael Viñoly Architects

Stem-Cell-Building-at-UCSF-by-Rafael-Viñoly-Architects

This medical research building at the University of California in San Francisco by Rafael Viñoly Architects projects out from a forest hillside, supported on steel truss stems that fan upwards from the ground.

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Designed to accomodate 125 individual biology laboratories for scientists studying stem-cell treatment, the building has one laboratory floor split into four levels, which step down half a storey at a time as they descend the hill.

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Offices are located above each level, connected by a stepped circulation route on the exterior of the building which also bridges across to the adjacent medical centre.

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The building has south-facing glazing to maximise natural light into the laboratories and offices.

Stem-Cell-Building-at-UCSF-by-Rafael-Viñoly-Architects

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Stem-Cell-Building-at-UCSF-by-Rafael-Viñoly-Architects

The following is from the architects:


Stem Cell Building at UCSF by Rafael Viñoly Architects:

San Francisco, California: Rafael Viñoly Architects’ design of the Ray and Dagmar Dolby Regeneration Medicine Building at the University of California, San Francisco has been completed.

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The project is targeting LEED Gold certification. DPR Construction served as the design-build contractor and the Smith Group served as executive architect. The University held a grand opening celebration of the building on February 9, 2011.

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Located on a steeply sloping urban hillside, the Dolby regeneration medicine building presented the design team a unique challenge: executing a horizontal structure on an uneven site.

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RVA responded by creating a beautifully sinuous, serpentine building that makes use of every foot of available space.

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The main floor functions as one continuous laboratory divided into four split levels, each stepping down a half-story as the building descends the forested hillside slope, and each level is topped by an office cluster and a grass roof with wildflowers and plants.

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Exterior ramps and stairs, taking advantage of the temperate climate, provide continuous circulation between all levels, and the facility connects to three nearby research buildings and UCSF Medical Center via a pedestrian bridge.

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The building structure is supported by steel space trusses springing from concrete piers, minimizing site excavation and incorporating seismic base isolation to absorb earthquake forces.

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Inside the building, the transitions between the split levels are designed as hubs of activity. Break rooms and stairs located at these interfaces increase the potential for chance interaction – a goal for promoting a cross-pollination of ideas among the scientists –  and interior glazing maximizes visual connectivity between the lower labs and the upper offices.

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To further promote collaboration, the laboratories occupy a horizontal open-floor plan, with a flexible, custom-designed casework system that enables the rapid reconfiguration of the research program.

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Abundant south-facing glazing fills the open laboratories and offices with natural light and views of the wooded slope of Mount Sutro nearby.

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Green roof terraces impart environmental benefits and an outdoor amenity for building occupants and campus community.

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Visible from surrounding campus buildings’ upper floors, the terraces create a welcoming transitional space where the dense campus meets the forest.

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The Ray and Dagmar Dolby Regeneration Medicine Building is the headquarters for The Eli and Edythe Broad Center of Regeneration Medicine and Stem Cell Research at UCSF, which extends across all UCSF campuses.

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The Center encompasses 125 labs made up of scientists exploring the earliest stages of animal and human development.

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The goal of these studies is to understand how disorders and diseases develop and how they could be treated based on the knowledge of, and use of, stem cells and other early-stage cells.

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The Institute’s mission is to translate basic research findings to clinical research and on to patient care.

Stem-Cell-Building-at-UCSF-by-Rafael-Viñoly-Architects

Scientists in the Institute will work closely with clinical researchers at UCSF Medical Center, located nearby, to translate discoveries into therapeutic strategies.

Stem-Cell-Building-at-UCSF-by-Rafael-Viñoly-Architects


See also:

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United States Senate
by Rafael Viñoly
Cleveland Museum of Art by Rafael ViñolyMedical Centre
by Doblee Architects

Rafael Viñoly Architects

A half-century of work by an internationally acclaimed architect in a new monograph
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Many of today’s up-and-coming architects are eager to design buildings with a surplus of modern bells and whistles, but even a quick study on the work of esteemed architect Rafael Viñoly shows how a true understanding of a structure’s relationship to the space surrounding it will ultimately lead to an impressive and elegant facade. As an international presence for over 45 years, Viñoly has a solid place as one of the world’s most influential architects, easily seen in the beautiful monograph celebrating his work.

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Presented in chronological order, the book begins with the early projects that sculpted the landscape of his native Argentina and ends with current works in progress across the U.S., where he currently lives. Originally born in Uruguay, it wasn’t until 2009 that Viñoly left his mark on his homeland, building the luxury oceanfront property Edificio Acqua in Punta del Este. Each of his projects is artfully depicted along with riveting photography, descriptive renderings and insightful sketches by Viñoly and his design team.

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Founded in 1983, Rafael Viñoly Architects PC has expanded from its humble beginnings in New York to include offices in London, Los Angeles, San Francisco, Chicago and Abu Dhabi. The firm’s productivity and quality of design has grown along with its number of employees, having completed over 30 projects as of 2010 with nearly 15 more in progress.

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Although well into his late sixties, Viñoly is still very much involved in the world of architecture, making it known that he will continue to sculpt urban environments around the world for years to come. Published by Prestel, Rafael Viñoly Architects monograph is available now from Amazon.

Photographs from top: Brad Feinknopf, Benny Chan, Rafael Viñoly Architects. More photographs after the jump.


It’s a Deal: Metropolitan Museum of Art Will Take Over Whitney’s Breuer Building

whit_mad.jpgWith the Whitney Museum of American Art slated to break ground on its new Renzo Piano-designed building in Manhattan’s Meatpacking District on May 24, the fate of its uptown flagship is newly sealed. The Brutalist icon, designed by Marcel Breuer and completed in 1966, will be used by the Metropolitan Museum of Art for exhibitions and educational programming, the museums announced yesterday. An agreement approved by the boards of trustees of the Met and of the Whitney provides for an eight-year “collaboration” beginning in 2015, when the Whitney opens its downtown facility.

The Met plans to focus its programming in the Breuer building on modern and contemporary art. “This will be an initiative that involves curators across the museum, stressing historical connections between objects and looking at our holdings with a fresh eye and new perspective,” said Thomas P. Campbell, director of the Met, in a statement issued yesterday by the museum. “This project does not mean that we are taking modern and contemporary art out of the Met’s main building, but it does open up the possibility of having space to exhibit these collections in the event that we decide to rebuild the Lila Acheson Wallace Wing where they are currently shown.” The announcement also notes that the Whitney and the Met will seek to collaborate on collections sharing, publications, and other educational activities. Meanwhile, like any savvy Manhattan property owner, the Whitney will keep some space in its former home for storage, as well as for site-specific works of art that will remain there on a permanent basis.

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Musashino Art University Libraryby Sou Fujimoto Architects

Musashino Art University Library by Sou Fujimoto Architects

Photographer Edmund Sumner has sent us these photographs of a university library in Tokyo by Japanese architect Sou Fujimoto that has an exterior of timber shelves covered by planes of glass.

Musashino Art University Library by Sou Fujimoto Architects

The massing of the two-storey library at Musashino Art University is composed entirely from the shelves, which will hold the books.

Musashino Art University Library by Sou Fujimoto Architects

Circulation routes spiral around both ground and first floor between apertures cut-out of the shelving.

Musashino Art University Library by Sou Fujimoto Architects

The library also includes a closed archive, which is located in the basement.

Musashino Art University Library by Sou Fujimoto Architects

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Musashino Art University Library by Sou Fujimoto Architects

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Musashino Art University Library by Sou Fujimoto Architects

The following information is from Sou Fujimoto:


Musashino Art University Museum and Library

This project is a new library for one of the distinguished art universities in Japan. It involves designing a new library building and refurbishing the existing building into an art gallery, which will ultimately create a new integration of the Library and the Art Gallery.

Musashino Art University Library by Sou Fujimoto Architects

The project described hereinafter is the plan of the new library which sits within the first phase of the total development.

Musashino Art University Library by Sou Fujimoto Architects

Acting as a huge ark, a total of 200,000 units, of which 100,000 will be out in an open-archive, while the other half within closed-archive, rests within this double-storey library of 6,500 ㎡ in floor area.

Musashino Art University Library by Sou Fujimoto Architects

Library made from bookshelves

When I thought of the elements which compose an ultimate library, they became books, bookshelves, light and the place.

Musashino Art University Library by Sou Fujimoto Architects

I imagined a place encircled by a single bookshelf in the form of a spiral. The domain encased within the infinite spiral itself is the library. Infinite forest of books is created from layering of 9m high walls punctuated by large apertures.

Musashino Art University Library by Sou Fujimoto Architects

This spiral sequence of the bookshelf continues to eventually wrap the periphery of the site as the external wall, allowing the external appearance of the building to share the same elemental composition of the bookshelf-as-the-library.

Musashino Art University Library by Sou Fujimoto Architects

One’s encounter with the colossally long bookshelf within the university landscape registers instantaneously as a library, yet astonishing in its dreamlike simplicity.
The library most library-like.
The simplest library.

Musashino Art University Library by Sou Fujimoto Architects

Investigation and Exploration

Investigation and exploration are two apparent contradictions inherent in the design of libraries.

Musashino Art University Library by Sou Fujimoto Architects

Investigation is, by definition, a systematic spatial arrangement for the purpose of finding specific books. Even in the age of Google, the experience of searching for books within the library is marked by the order and arrangement of the physical volume of books.

Musashino Art University Library by Sou Fujimoto Architects

The opposing concept to Investigation is the notion of Exploration. The significance of library experience is also in discoveries the space engender to the users. One encounters the space as constantly renewed and transforming, discovers undefined relationships, and gains inspiration from unfamiliar fields.

Musashino Art University Library by Sou Fujimoto Architects

To achieve the coexistence of the two concepts, spatial and configuration logics beyond mere systematics is employed.

Musashino Art University Library by Sou Fujimoto Architects

Here, the two apparent contradictions inherent in libraries are allowed to coexist by the form of spiral possessing two antinomic movements of radial path and rotational movement. The rotational; polar configuration achieves investigation, and the numerous layers through the radial apertures engender the notion of Exploration through an infinite depth of books.

Musashino Art University Library by Sou Fujimoto Architects

One can faintly recognise the entirety of library and at the same time imagine that there are unknown spaces which are rendered constantly imperceptible.

Musashino Art University Library by Sou Fujimoto Architects

SOU FUJIMOTO
Musashino Art University Museum & Library

Tokyo, Japan
Design: 2007-09
Construction: 2009-10

Musashino Art University Library by Sou Fujimoto Architects

Architects: Sou Fujimoto Architects– principal-in-charge; Sou Fujimoto, Koji Aoki, Naganobu Matsumura, Shintaro Homma, Tomoko Kosami, Takahiro Hata, Yoshihiro Nakazono, Masaki Iwata, project team
Client: Musashino Art University
Program: University Library

Musashino Art University Library by Sou Fujimoto Architects

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Consultants: Eishi Katsura, adviser;
Jun Sato Structural Engineers–Jun Sato, Masayuki Takada, structural;
Kankyo Engineering–Takafumi Wada, Kazunari Ohishima, Hiroshi Takayama, MEP;
Taku Satoh Design Office–Taku Satoh, Shingo Noma, Kuniaki Demura, Inoue
Industries–Takafumi Inoue, Azusa Jin, Yosuke Goto, Hideki Yamazaki,

Musashino Art University Library by Sou Fujimoto Architects

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Furniture & Sign; Sirius Lighting Office–Hirohito Totsune, Koichi Tanaka, lighting;
CAMSA–Katsuyuki Haruki, facade;
STANDARD–Keisou Inami, skylight
General contractor: Taisei Corporation–Tsukasa Sakata
Structural system: steel frame, partly reinforced concrete
Major materials: wood shelf, glass, exterior; wood shelf, tile carpet, polycarbonate plate ceiling, interior

Musashino Art University Library by Sou Fujimoto Architects

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Site area: 111,691.93 m2
Built area: 2,883.18 m2
Total floor area: 6,419.17 m2

Musashino Art University Library by Sou Fujimoto Architects

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See also:

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Tokyo Apartment by
Sou Fujimoto Architects
Pearl Academy of Fashion
by Morphogenesis
Yakisugi House
by Terunobu Fujimori

Villa Överby by John Robert Nilsson

Villa Överby by John Robert Nilsson

This house on a rocky hilltop in Sweden by Swedish architect John Robert Nilsson sits upon on a limestone-covered concrete plinth, which provides a continuous floor surface inside and outside of the house.

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The exterior of Villa Överby is finished in matte black, interrupted only by glass walls which provide views out towards the sea.

Villa Överby by John Robert Nilsson

The glass wall frames sit in recesses in the limestone slabs, allowing the base of the glass to be flush with the ground.

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The plinth extends out into a terrace at the rear of the building with a cut-away at the edge that creates a sunken swimming pool.

Villa Överby by John Robert Nilsson

Photography is by Åke E:son Lindman.

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The following information is from the architect:


Villa Överby
Värmdö, Stockholm

Situated on a natural plateau atop a rocky headland, the house enjoys panoramic views across the bay and the evening sun to the west. The Gotland limestone on concrete foundation is crafted like a massive plinth, building walkways along three of the house’s façades under the roof’s deep overhangs.

Villa-Överby-by-John-Robert-Nilsson

On the side facing the sea, the limestone-covered foundation opens out into a large terrace with a sunken swimming pool and recessed sitting area providing shelter from the wind. The same limestone-covered foundation forms the connected floor space throughout the house.

Villa-Överby-by-John-Robert-Nilsson

The entrance side of the house features a solid façade wall, plastered and decolored to matte black. The only interruption is a ceiling-high pivot door with a thin lattice of black stained oak filtering the light. The other façades are made up of a structural glazing system of full glass walls.

Villa-Överby-by-John-Robert-Nilsson

The insulated glass consists of an outer layer of Optiwhite glass, reducing daylight discoloration, and an inner layer of thermal control glass to avoid condensation and downdraft.  The bottom of the glass frame is completely recessed and hidden between limestone slabs, making the boundary between outside and inside practically non-existent. A hidden moat around the house, constructed of stainless steel with a limestone cover, channels rain and snow water away.

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The floor plan of the house, a simple rectangular shape, is clearly divided into private and social spheres. The private sphere is further divided into bedrooms, bathrooms and storage, built around an open-concept living space. Instead of traditional doors, most openings are ceiling height. Simply turning the corner gives you the impression of entering a new room.

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The formative idea behind the house was to create a clear and concentrated form in marked contrast to the surrounding landscape. The presence of a concrete object, abstract for the location, also heightens the experience of the rich shades of nature.

Villa-Överby-by-John-Robert-Nilsson

While an agreement on the basic idea was reached quickly, finalizing requirements regarding quality, precision and attention to detail was an extensive project. Behind the clean lines hides a series of advanced technological systems. Tap water is extracted from the sea and treated in a desalination unit. Heating for the floors, outdoor pool and hot water is produced by a geothermal heat pump.

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District cooling, so-called free air-conditioning, is also pumped into the house through the rock shaft, which means that all air-conditioning is basically free of charge. All systems are operated by a smart control and monitoring solution, using a web-based interface, controlled via the internet or a mobile handset.

Villa-Överby-by-John-Robert-Nilsson

Architects (chief, managing and co-workers): John Robert Nilsson Arkitektkontor, Robert Nilsson chief, Maria Århammar managing, Niklas Singstedt / Martin Zetherström / Vincenzo Cassotta contributory.
Interior design: John Robert Nilsson Arkitektkontor
Landscaping, garden: Mikado Mark & Trädgård, Robert Forsberg
Other contractors: Geo Markservice AB, Eva Holmqvist (water/sewage), CSE Projekt, Henrik Nilsson (construction), Itecon AB, Eskil Stenstrand (water), Jan Fransson Elkonsult AB, Håkan Ackland (electricity)
Glass contractors/Suppliers: JB Glaskonsult AB, Johan Backlund, JONI Metall & glasprojektering/ CL Specialglas, Claes Lundén
Client: Private
Construction form: Shared construction
Building contractor: Liljestrand Entreprenad LE AB
Gross area, sq. m: 250 sq. m
Year built: 2007-2009


See also:

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House Morran by Johannes
Norlander Arkitektur
Solbrinken Ordinary House
by In Praise of Shadows
Hölick Sea Resort

Google Leases Pricey Land, Hires Ingenhoven Architects for New ‘Supergreen’ Building

Not to be outdone by their new neighbors to the north, Facebook, who earlier this year decided to buy the former Sun Microsystems campus and invite anyone and everyone to help come design it for them, Google is reportedly planning on expanding its own headquarters in Mountain View, California. According to the San Jose Mercury News, the company has “agreed to pay the city…$30 million to lease 9.4 acres,” for a 53 year lease, the “highest prices ever for land in that section of the city.” Furthermore, they’ve retained the services of the German firm, Ingenhoven Architects, to help build something on this new plot. Though they haven’t released any of what they have cooked up for the new facility, the paper reports that “preliminary plans could be filed later this month, with construction starting as early as 2012.” And considering that Ingenhoven is one of the most “sustainable and ecologically oriented” firms in the world (that quote taken from their site), whatever winds up getting built is sure to be “Supergreen,” the phrase the company uses to describe its work.

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Concrete House II by A-Cero

Concrete House II by A-Cero

Concrete wedges project out from the facade of this single-storey residence near Madrid by Spanish architecture studio A-Cero.

Concrete House II by A-Cero

Surrounded by grass landscaping, Concrete House II has grass ramps that slope up between the concrete fins and onto the roof.

Concrete House II by A-Cero

On the rear of the building the lounge, dining room, library, study and bedrooms have fully-glazed walls overlooking the garden.

Concrete House II by A-Cero

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Concrete House II by A-Cero

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Concrete House II by A-Cero

Here are some more details from A-Cero:


Concrete House II

The architecture studio A-cero presents one of its last works about a big single-family house.

Concrete House II by A-Cero

It takes place in the outskirts of Madrid on a 5,000 m2 plot. It is a single storey building and it has a 1,600 m2 built surface.

Concrete House II by A-Cero

The first sensation that this house produces when people go into the plot is that the building seems to be hidden between concrete walls and vegetable ramps that extend up to the roof.

Concrete House II by A-Cero

They are dyed in dark gray and contain, between them, vegetation areas that seem to climb towards the sky.

Concrete House II by A-Cero

The house´s façade show a spectacular organic view of the whole house and so even the hard concrete shows its most kind face.

Concrete House II by A-Cero

The back front of the house is totally opened towards the garden where the lounge, dining room, library, study and bedrooms are.

Concrete House II by A-Cero

In this façade the wide windows, the volumes set and the projections (made of concrete too enhance).

Concrete House II by A-Cero

These elements cover the several house´s porches.

Concrete House II by A-Cero

The large window of the main lounge hides itself automatically in order to make this stay completely opened to the exterior areas.

Concrete House II by A-Cero

The plot includes also an elegant garden, a small lake and a padel track.

Concrete House II by A-Cero

The ecological aspect is very in this A-cero´s work: the façade and the roof have the main ecological roles because they are covered with low consume vegetation.

Concrete House II by A-Cero

Furthermore on the house´s roof has been implemented a renewable energy system made of wide surfaces with solar tubular collectors who allow that the energy autonomy of the house.

Concrete House II by A-Cero

Concrete House II by A-Cero


See also:

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The House with Balls
by Matharoo Associates
Earth House
by BCHO Architects
Cottages at Fallingwater
by Patkau Architects

Aidlin Darling Design, Love and War Win James Beard Awards for Restaurant Design


Pictured from left, Roslyn Cole, Joshua Aidlin, and Adrienne Swiatocha of Aidlin Darling Design and Eng San Kho and Peter Tashjian of Love and War. (Photos: Kent Miller)

james beard award.jpgThe event-soaked month of May rolls on! Last night, an elite mob of foodies descended upon Lincoln Center’s Avery Fisher Hall for the annual James Beard Foundation Awards, where chef-trepreneurs Tom Colicchio, Ming Tsai, and Traci Des Jardins served up coveted medals—which we’ve long suspected are chocolate-filled—to top chefs (and Top Chef itself, which won a best television show award for its seventh season), restaurants, and, yes, designers. San Francisco-based Aidlin Darling Design bested the competition in the restaurant design category for its work on Bar Agricole, housed in a dazzling and eco-friendly building that began its life in 1912 as a corrugated-zinc warehouse. Meanwhile, a hometown favorite won in the category of outstanding restaurant graphics, as Love and War took home a James Beard medal for graphic designer Katie Tully‘s swell branding for New York’s The National Bar and Dining Rooms (the project also recently snagged a silver cube from the Art Directors Club). Oh, and some chefs and fine dining establishments also got awards! Here’s the full list of winners.

New Career Opportunities Daily: The best jobs in media.

Rafael de Cárdenas

A renaissance man with an intrinsic sense for color and shape boldly redefines modern interiors

by Meghan Killeen

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Rafael de Cárdenas‘ signature blend of saturated colors and stark geometry turns classic architecture into a common language of striking patterns and eye-popping hues. “Graphics lend themselves to a very immediate reception, which I’m very drawn to,” he recently told Cool Hunting. With an impressive roster of diverse projects in his portfolio, de Cárdenas’ ability to translate color and form across platforms stems from his varied background, which began in the fashion world. Shortly after graduating from RISD, de Cárdenas worked for Calvin Klein as a menswear designer, but he reflects, “I never explicitly set out to pursue any one thing. I was fairly schizophrenic in my various pursuits as a young boy and teenager. But more importantly, I was interested, and always have been, in moods and generating atmospherics.”

While completing a Masters in Architecture at UCLA, de Cárdenas became acquainted with progressive architect and mentor, Greg Lynn—who he later collaborated with on a proposal for the redesign of the World Trade Center, a finalist for its beautiful series of interconnected buildings reminiscent of a cathedral. “Every time I left a meeting with him, I felt like something I’d previously not known was revealed to me. The WTC competition was a dream-team and possibly one of the most awe-inspiring projects ever,” he enthuses.

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After working as creative director of experience design at Imaginary Forces, de Cárdenas opened his own design firm called Architecture At Large, where he continues to take “note of the past while daydreaming the future,” with projects focused on the conceptual design of residential and commercial interiors. His ingenuity has been the leading force behind customized interiors for celebrities and CEOs alike. He explains, “I don’t think about things going or not going. I think if something has an interesting story it will work.” For supermodel Jessica Stam, de Cárdenas returned to the referential silverscreen theme of decadence, styling her lavish apartment in monochromatic jewel tones, specially curated eBay finds and vintage wallpaper.

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De Cárdenas’ ability to personify spaces is as iconic as it is personal, as encapsulated in his design of Nike’s experiential store, Bowery Stadium. Integrating his own interest in running and love of Brazilian culture, de Cárdenas created the space using vertigo-inducing zig zags and illuminated pegboard, accented by yellow and green flooring. De Cárdenas elaborates, “With Brazil as the theme and a soccer field as the visual start, I played with visual ideas of gravity and space through the use of everyday materials. The stadium’s disorienting stripes and floating elements are key in bring out a sense of actual play within the sport rather than competition. The aim of the stadium was play for the sake of play. We used pegboard as the unsung hero emblematic of the amateur athlete.”

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His brazenly dynamic aesthetic continues to make its mark, appearing at the many OHWOW galleries and concept shops popping up around the world. De Cárdenas cites diversity and atmosphere over set style as the key to artistic longevity, adding “I like to bend the rules of traditional architecture to produce moods and elicit emotional response.” This can also be seen in his work for Cape Town’s new men’s store Unknown Union, where he used a gradient of bold colors and square shelving units to create depth.

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Stepping outside interiors, de Cárdenas recently co-curated an exhibition entitled “New York Minute” with Kathy Grayson, director of NYC’s The Hole. The exhibition features fifty New York-based artists and is on view at Moscow’s Garage Center for Contemporary Culture through 5 June 2011. He will also debut his first furniture collection, a neon colored homage to Frank Lloyd Wright and Bruce Goff, at NYC’s Johnson Trading Gallery from 13 May to 25 June 2011.

The Audi Icons series, inspired by the all-new Audi A7, showcases 16 leading figures united by their dedication to innovation and design.

The Audi Icons series, inspired by the all-new Audi A7, showcases 16 leading figures united by their dedication to innovation and design.


Dezeen Screen: Cultural Centre in Tirana by BIG

Dezeen Screen: Cultural Centre in Tirana by BIG

Dezeen Screen: new to our movie site Dezeen Screen is this movie by Bjarke Ingels Group that explains their competition-winning design for a mosque, Islamic centre and museum in Tirana, Albania. Watch the movie »