Golden State Warriors arena by Snøhetta and AECOM

Architects Snøhetta and AECOM have revealed their latest renderings of a new stadium for NBA basketball team the Golden State Warriors on the waterfront in San Francisco (+ slideshow).

Golden State Warriors arena by Snøhetta and AECOM

Set to replace the team’s existing home at the Oracle Arena in Oakland when the lease expires in 2017, the 67,000 square-metre arena will be constructed in time for the start of the 2017-18 basketball season and will also provide a venue for music concerts, conventions and other cultural events.

Golden State Warriors arena by Snøhetta and AECOM

Snøhetta and AECOM‘s latest design shows a circular building with large areas of glazing around the facade, designed to give visitors a view from outside into the practice facility and the arena during games.

Golden State Warriors arena by Snøhetta and AECOM

Additional high-level windows will allow spectators inside the building a view through the walls to Bay Bridge just beyond.

Golden State Warriors arena by Snøhetta and AECOM

“We believe our new design lives up to the importance of this incredible waterfront site and fuses together the vision of the Golden State Warriors with the landscape of the bay,” says Craig Dykers, architect and founding director of Snøhetta.

Golden State Warriors arena by Snøhetta and AECOM

The Golden State Warriors arena will also accommodate 8000-square-metres of retail, plus a fire station with docks for two fireboats.

Golden State Warriors arena by Snøhetta and AECOM

The large disc-like roof is to be covered with LEDs and will be used for the projection of images and motifs.

Golden State Warriors arena by Snøhetta and AECOM

Construction is expected to take three years and will include $100 million worth of repairs to the piers, where the arena is set to be located.

Golden State Warriors arena by Snøhetta and AECOM

Both Snøhetta and AECOM are also currently involved in the construction of several other major sport and event venues. AECOM has designed the masterplan for the Rio 2016 Olympic Games, while Snøhetta is working on an opera house in South Korea and the extension of the San Francisco Museum of Modern Art (SFMOMA).

Golden State Warriors arena by Snøhetta and AECOM

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Here’s more information from the design team:


Golden State Warriors release updated design of new arena on San Francisco waterfront

Today the Golden State Warriors released the updated design of their new sports and entertainment arena on the waterfront at Piers 30-32 in San Francisco.

“This new design by Snøhetta and AECOM builds on the first draft we released to create an arena experience on the waterfront that is unique, community-focused and unlike any other venue in existence around the world,” said Joe Lacob, Co-Executive Chairman and CEO of the Warriors. “The new design creates more open space and accessibility to the waterfront, new berths for fireboats and cruise ships and public views into the arena that will be one-of-a-kind for an NBA venue.”

Golden State Warriors arena by Snøhetta and AECOM

“From the beginning, we’ve said this arena will be world-class, incorporating the best in design, technology and sustainability,” said Peter Guber, Co-Executive Chairman of the Warriors. “Snøhetta and AECOM have done a masterful job designing an arena and public space that will serve as the model for a 21st century digital sports and entertainment center.”

The new arena design now includes a fire station with berths for two fireboats, a deep-water berth for large ships, public access space on the eastern edge of the pier, a sustainable “Gabion Wall” stormwater filtration system and public views that allow visitors to see inside the Golden State Warriors practice facility and into the arena during Warriors games. Additionally, the Warriors have removed nearly 750 seats and several luxury suites to allow fans to view the Bay Bridge from their seats inside the arena during games. The exterior roof of the arena will also feature small LEDs similar to the current Bay Lights art installation that can project images, patterns or shapes.

Golden State Warriors arena by Snøhetta and AECOM

“We believe our new design lives up to the importance of this incredible waterfront site and fuses together the vision of the Golden State Warriors with the landscape of the bay and the community input we’ve heard over the past several months,” said Craig Dykers, Architect and Founding Partner of Snøhetta. “When people view the new designs, they will see a place that provides for everyone: fans, pedestrians, bicyclists, tourists, local residents and the diverse community of San Francisco.”

“The NBA is thrilled about this new design and excited that the Bay Area’s NBA team will be playing in a unique, world-class facility on the San Francisco waterfront,” said NBA Commissioner David Stern. “Once completed, the Warriors’ arena will provide our fans with one of the most technologically advanced and unique fan experiences in the NBA and all of professional sports.”

“These updated designs show the incredible potential of a new waterfront venue at Piers 30-32,” said San Francisco Mayor Ed Lee. “In addition to hosting the Warriors and enabling our city to host major indoor sporting events and concerts, the Piers 30-32 project will provide tremendous public benefits to San Francisco, including a new fire station, berths for large ships and SFFD fire boats and an expansive new civic space for fans, residents and tourists to enjoy.”

Golden State Warriors arena by Snøhetta and AECOM
Proposed site plan – click for larger image

The privately financed arena will be located at Piers 30-32 on San Francisco Bay, south of the Bay Bridge, between the Ferry Building and AT&T Park.

Under the agreement, the City will provide the land and the Warriors will pay to repair the crumbling piers and privately finance the arena project. The cost of repairs alone is estimated at $100-120 million.

The new facility will host the Bay Area’s NBA basketball team, as well as provide a spectacular new venue for top-tier concerts, cultural events and conventions – prominent events the City currently cannot accommodate.

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Teikyo University Elementary School by Kengo Kuma and Associates

Japanese architect Kengo Kuma conceived this primary school in north-west Tokyo as the modern equivalent of a traditional Japanese schoolhouse with timber-clad walls (+ slideshow).

Teikyo University Elementary School by Kengo Kuma and Associates

The Teikyo University Elementary School comprises a row of twelve connected classroom buildings that Kengo Kuma and Associates also compares to a row of terraced houses.

Teikyo University Elementary School by Kengo Kuma and Associates

Like many of Kuma’s buildings, the three-storey school is clad with cedar on every elevation. “We used cedar for the material of the exterior, as an attempt to recover a wooden schoolhouse in the midst of the big city,” says the studio.

Teikyo University Elementary School by Kengo Kuma and Associates

Conventional timber siding was chosen for some surfaces, then combined with “yamato-bari” wooden panelling and vertical “renji” louvres to give variation to each of the facades.

Teikyo University Elementary School by Kengo Kuma and Associates

The asymmetric pitched roof is made from steel, which breaks down to a skeletal framework in the courtyard between two of the blocks. The slope of the roof is visible on every floor inside the school, due to a tiered flooring arrangement and several double-height spaces.

Teikyo University Elementary School by Kengo Kuma and Associates

Most classrooms are arranged along the southern side of the building, which is lined with glazing on all three floors. A first-floor balcony also stretches across this elevation, allowing a double-height recess below the eaves.

Teikyo University Elementary School by Kengo Kuma and Associates

A central axis runs longways through the school to connect each set of classrooms. Group study zones are accommodated within this area, while communal activity rooms such as the library, canteen and media centre are lined up along the northern side.

Teikyo University Elementary School by Kengo Kuma and Associates

The school is one of several projects completed by Kengo Kuma and Associates in recent months. Others include an experimental house in Hokkaidō and a timber-clad visitor centre in Tokyo. See more architecture by Kengo Kuma on Dezeen.

Teikyo University Elementary School by Kengo Kuma and Associates

Photography is by Edmund Sumner.

Teikyo University Elementary School by Kengo Kuma and Associates

Here’s a project description from Kengo Kuma and Associates:


Teikyo University Elementary School

We aimed at a wooden schoolhouse of our age. The building consists of a big roofing and materiality of wood for interior and exterior.

Teikyo University Elementary School by Kengo Kuma and Associates

By changing its length and height of eave, roof can create multiformity to respond to its environment and different programs. In this building, we designed a big roof to run through the entire building, differentiating expressions on each side – a relaxed face toward south where abundant green of Tama hill expands – and subtle appearance to the north facing public housing standing in lines.

Teikyo University Elementary School by Kengo Kuma and Associates

We also changed its form accordingly to the volume of each classroom. As the result, it has grown to a building that looks like 12 different-sectioned terraced houses being arranged in a row.

Teikyo University Elementary School by Kengo Kuma and Associates

Composition of the space emphasises the atmosphere of the terraced (1-storey) house created by the roof. While the structure is 3-storey, the atrium connects the sections of the special room and the open space on 2nd and 3rd floors, so that you can feel the slope of the roof on every floor. Further, in the center of the building situates the Media Center that skips three stories as a measure to avoid segregation within the building.

Teikyo University Elementary School by Kengo Kuma and Associates

We used cedar for the material of the exterior, as an attempt to recover a wooden schoolhouse in the midst of the big city. We also applied three different lining method for the wall, according to the location and function of the parts in the building – siding work, louvers and Yamato-bari (wood panels arranged with its side slightly layered onto the next one – forming as a whole regular unevenness) so that the building can hold various expressions. Cedar is treated in heat to secure durability.

Teikyo University Elementary School by Kengo Kuma and Associates

We also utilised the plasticity of trees. We set up a huge wall of a recycled material made from chips of straw, rush and poplar, which can work as a notice board. As there is more freedom in the design of interior for schools, we managed to achieve this environmentally-friendly plan that can enhance the warmth of natural materials.

Teikyo University Elementary School by Kengo Kuma and Associates

Big roofing is also good for environment for efficient building facilities. Using the wide roof toward the south, we installed there a device to gather heat. In this solar system, the air warmed under the roof circulates and vents from under the floor during winter. The roof also gathers rainwater. The water flows through the vertical drainpipe to the water conduit in the south, and it nurtures a biotope in front of the science room.

Teikyo University Elementary School by Kengo Kuma and Associates
Ground floor plan – click for larger image
Teikyo University Elementary School by Kengo Kuma and Associates
First floor plan – click for larger image
Teikyo University Elementary School by Kengo Kuma and Associates
Second floor plan – click for larger image
Teikyo University Elementary School by Kengo Kuma and Associates
Cross section – click for larger image

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Polígono by Losgogo

Chilean design studio Losgogo used reinforcing steel and wood to build these items of furniture against the clock (+ slideshow).

Poligono by Losgogo

Losgogo set themselves a three-week deadline and a restricted palette of materials to create their collection.

Poligono by Losgogo

“Polígono is a design project with three requirements: two materials, a method and a due date,” Nico Aracena, one half of Losogo, told Dezeen.

Poligono by Losgogo

Steel more commonly used to reinforce concrete was welded into angular shapes and painted bright colours, before sections of wood were added to complete the items.

Poligono by Losgogo

“The chairs and benches that construction workers spontaneously build on their working sites became our approach,” said Aracena.

Poligono by Losgogo

The result of the time trial was six mirrors and eleven pieces of furniture, including chairs, tables, shelves, a floor lamp and a coat stand.

Poligono by Losgogo

Triangular, rhomboidal and hexagonal mirrors have simple wood frames stained with softer colours than the furniture.

Poligono by Losgogo

Other products made out of reinforcing steel we’ve featured include reinterpreted Chinese screens and a composting shed in Edinburgh.

Poligono by Losgogo

Photos are by Jorge Losse.

Poligono by Losgogo

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Morangis Retirement Home by Vous Êtes Ici Architectes

Doors, windows and recesses are picked out in yellow ochre on the timber facade of this retirement home near Paris by French studio Vous Êtes Ici Architectes (+ slideshow).

Morangis Retirement Home by Vous Êtes Ici Architectes

The four-storey Morangis Retirement Home was designed by Vous Êtes Ici Architectes with a Y-shaped plan that divides the interiors into three wings.

Morangis Retirement Home by Vous Êtes Ici Architectes

Siberian larch is arranged in vertical strips over the exterior of the building and also forms canopies across the various entrances.

Morangis Retirement Home by Vous Êtes Ici Architectes

The primary entrance is located at the junction of two wings and leads into the centre of the building. Additional entry points are positioned along the northern facade for service access.

Morangis Retirement Home by Vous Êtes Ici Architectes

The ground floor of the building is taken up by communal rooms, health facilities and staff areas. Shared dining rooms, living rooms and other social areas are grouped together around the south-east elevation and open to a private residents’ garden.

Morangis Retirement Home by Vous Êtes Ici Architectes

Bedrooms occupy the three upper floors of the building. The first and second floors accommodate typical residents and are divided into clusters of 13 bedrooms, each with their own dining and activity room. Meanwhile, the third floor is dedicated to patients suffering from Alzheimer’s and other neurological diseases.

Morangis Retirement Home by Vous Êtes Ici Architectes

Central corridors provide clear routes between the different sections of each floor. Rather than relying on artificial lighting, they each feature windows to bring in as much daylight as possible.

Morangis Retirement Home by Vous Êtes Ici Architectes

The third floor also features two roof terraces with direct access to ground level via a pair of outdoor staircases.

Morangis Retirement Home by Vous Êtes Ici Architectes

We’ve previously featured a nursing home in Portugal on Dezeen, which was this year shortlisted for the Mies van der Rohe Award.

Morangis Retirement Home by Vous Êtes Ici Architectes

See more housing developments on Dezeen, or see more architecture in Paris.

Morangis Retirement Home by Vous Êtes Ici Architectes

Photography is by 11H45.

Read on for more details from Vous Êtes Ici Architectes:


Ehpad de Morangis – Vous Êtes Ici Architectes

How could we build a socially orientated retirement home and never neglect comfort and sensorial fulfillment?

Morangis Retirement Home by Vous Êtes Ici Architectes

A retirement home for all

Based on an off-plan concept led by AXENTIA as a social contractor and IMMODIEZE as a private developer, the Morangis Retirement Home was constructed with financial support from the Conseil Général de l’Essone, Regional support as well as the Regional Health Agency and the town of Morangis.

Morangis Retirement Home by Vous Êtes Ici Architectes

The operator and tenant of the new building is an Autonomous Public Establishment that offers stays as low as €60 per day. This low and democratic offer was attained without sacrificing the quality of service or the finish of the construction.

Morangis Retirement Home by Vous Êtes Ici Architectes

An orientated building

The building is constructed on 4 levels and is based on a Y-shaped plan. The building occupies the site as follows:
1) The main public entrance is located where the “Y’ strands connect
2) The north façade is dedicated to service, deliveries and employee’s entrance
3) The south façade is generously opened towards the residents private park

The plan is organized according to a few constraints: compact, rational and open towards the outside.

Morangis Retirement Home by Vous Êtes Ici Architectes

The living areas as well as the main activities areas (restaurant, salon) are developed around the private gardens. These areas benefit from the view and easy dedicated access to the gardens. The gardens include therapeutically themed spaces as well as more traditional paths around flower beds and a rose garden.

The rooms on floor one and two are dedicated to classical geriatric residents, the rooms are disposed into 6 units of 13 rooms each.

Morangis Retirement Home by Vous Êtes Ici Architectes
Ground floor plan – click for larger image

The third floor is dedicated to patients suffering from Alzheimer’s disease or other similar neurological disorders. The floor includes vast dedicated spaces for specialized activities, rest and well-being.

All the floors are accessible from the central node intersecting all of the buildings functions and patient units.

Morangis Retirement Home by Vous Êtes Ici Architectes
Cross section one – click for larger image

Views and light for all

One of the base lines of this project is to offer, all through the construction and all its sleeping units, framed views. Each unit has a main gathering area for activities or meals as well as a smaller area placed in front of loggia or suspended gardens. All these small areas include large windows and quality framed views.

The corridors, usually blind and suffocating spaces, always include wider spaces with outside views, this allows our elders to move around at their pace towards lights and rest areas in the buildings circulations, they may easily meet and chat with fellow residents without having a difficult and stressing path to do so.

Morangis Retirement Home by Vous Êtes Ici Architectes
Cross section two – click for larger image

The third floor has two large terraces easily accessible to the residents. These terraces, widely orientated towards the park, are treated as a prolongation of the inner spaces.

On an individual’s point of view, the building rooms were designed differently with windows offering distant views of the countryside and treated as hotel rooms more than hospital rooms. The windows all designed with a glass panel to the floor allowing bedded residents to have a view.

Morangis Retirement Home by Vous Êtes Ici Architectes
Cross section three – click for larger image

Materials and Volumes

A unique volume with different spaces: unity is not uniformity.

On the outer skin wrapping the building, openings are pierced following no specific symmetry; the sculpted facades offer various views and volumes behind the outer skin.

This envelope covering the building is made out of Siberian larch wood; these wooden boards are warm and comforting. The outer skin vibrates according to the sun and time of the day. The larch boards are top quality solid wood, they are butted together to prevent deformation and to remove defaults.

Morangis Retirement Home by Vous Êtes Ici Architectes
South elevations – click for larger image

Wooden awnings extend the facades skin away from the building creating shelter from the sun and rain and protecting the ground floor’s salons and restaurants.

Every time the outer skin is punched in to form a dent in the global volume this corresponds to a specific socializing space: inner rest areas widely opened towards the park or the third floors terraces. The “dents” allow the sun and the light to reach in deeply into the building for those whom have difficulties moving about. As soon as the outer skin is breached to create a volume a different material and color is used to outline these inner volumes. A warm orange to yellow coating has been applied on the outer walls exaggerating the warmth of the light. The ambiance is friendly and warm and the yellow resonates nicely with the natural warmth of wood. As a result the dynamic spaces we offer are worth the effort needed to reach by elderly people.

Morangis Retirement Home by Vous Êtes Ici Architectes
East elevations – click for larger image

This bright and lively color, stimulating without being aggressive, is also the one used for the window and door frames of the facades found under the awnings and in the bedrooms. As one approaches the building and passes below the awnings towards the yellow coating, as he is welcomed, will feel and understand the building’s harmony. One will easily understand how the building works and how it is connected to its natural and urban surroundings.

Morangis Retirement Home by Vous Êtes Ici Architectes
North elevation – click for larger image

Developer: Immodieze and AXENTIA for the Conseil General du 91
Architects: Vous Êtes Ici Architectes
Location: Morangis southern Parisian suburb
Program: Retirement home with 91 rooms
Cost: 9.4 million euros
Calendar: First building permit 2010, final delivery 2013
Area: 5315 sqm, 46 parking spaces, total plot area 9950 sqm
Partners and collaborators: Dumez IDF (general contractor), FACEA (fluids engineering) LECARPENTIER (exteriors and landscaping) SPOOMS (kitchen engineering) CAP HORN (Acoustics engineering) LAPOINTE (roads and water engineering)

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Haus am Moor by Bernardo Bader Architects

Bernardo Bader Architects used locally sourced spruce, fir and elm to clad the interior and exterior of this rural cabin in Lower Austria (+ slideshow).

Haus am Moor by Bernardo Bader Architects

Based on the traditional houses of the Bregenz district, the two-storey residence has a simple rectangular plan with a steep gabled profile and a wooden deck driven through its middle.

Haus am Moor by Bernardo Bader Architects

Austrian studio Bernardo Bader Architects used 60 trees to produce all the wood needed for the house with minimal waste. As well as the walls, the timber provided material for doors, flooring and also some of the furniture.

Haus am Moor by Bernardo Bader Architects

The structure of the building is concrete, which reveals itself on a selection of walls and ceilings to contrast with the light tones of the wooden surfaces.

Haus am Moor by Bernardo Bader Architects

Living and dining areas occupy the largest side of the ground floor. A wood-burning stove creates a central hearth.

Haus am Moor by Bernardo Bader Architects

Additional heating is generated from a ground-sourced heat pump.

Haus am Moor by Bernardo Bader Architects

A home office sits on the other side of the deck, alongside a garage with room for two cars. Bedrooms and a children’s playroom are located on the floor above.

Haus am Moor by Bernardo Bader Architects

Entitled Haus am Moor, which translates as “House on the Moor”, the cabin is situated near the market town of Krumbach.

Haus am Moor by Bernardo Bader Architects

Other recently completed residences in Austria include a boxy concrete house in the mountains and a wooden house that appears to climb down a hill. See more Austrian houses on Dezeen.

Haus am Moor by Bernardo Bader Architects

Photography is by Adolf Bereuter.

Haus am Moor by Bernardo Bader Architects
Site plan
Haus am Moor by Bernardo Bader Architects
Ground floor plan – click for larger image
Haus am Moor by Bernardo Bader Architects
First floor plan – click for larger image
Haus am Moor by Bernardo Bader Architects
Cross section – click for larger image

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Voodoo Ray’s by Gundry & Ducker

Patterns of colourful tiles line the walls and counters of this north-east London pizza bar by architects Gundry & Ducker (+ slideshow).

Voodoo Rays by Gundry and Ducker

“We wanted to see what we could do with the 150-millimetre square-format tiles” Christian Ducker told Dezeen. “Our medley of references included graphics from New York in the 1950s and 1980s.”

The tiles spell out “pizza” in large letters along the wall running from outside the restaurant parallel to the serving counter, though the top of the word is cut off by the ceiling.

Voodoo Rays by Gundry & Ducker

Dark blue tiles cover the surfaces and seats along the same wall, while columns and beams are wrapped in yellow and red.

The late night pizza slice bar was converted from a nightclub so the architects had to start from scratch in the space.

Voodoo Rays by Gundry & Ducker

“We completely gutted the whole place, took out all the flooring and built in a slope at the entrance,” said Ducker. “The space is all tiled at the front, and they gradually fade towards the back where there are just a few clusters left.”

“We left some exposed brickwork because we wanted the one-tile-thick insertion to be noticeable,” he added.

Voodoo Rays by Gundry & Ducker

The tiles extend out and around the building’s entrance, branded with a red neon sign by graphic designers Studio Partyline.

Voodoo Ray’s is named after a 1988 acid house track by UK artist A Guy Called Gerald, who switched on the sign at the restaurant’s opening party.

Voodoo Rays by Gundry & Ducker

Gundry & Ducker‘s other projects in London include a sushi restaurant in Soho and a blackened larch house extension south of the city.

Photography is by Hufton + Crow.

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Here some further details from the architects:


Voodoo Rays is a late night pizza slice shop and restaurant in Dalston East London.

The design is intended to sit within, and celebrate its location on Kingsland High Street, a typical inner London high street strip with its ad-hoc signs and frontages. Its neon signage and brightly light interior is intended to be part of the nighttime street scene.

The design of all surfaces is formed predominately from coloured  6″ ceramic tiles. We wanted to form the interior as a sequence of volumes, reducing in scale and density to reveal the original building interior as you move towards the back of the shop. Each element is expressed in a different colour, the larger elements incorporating giant abstracted text.

Voodoo Rays by Gundry & Ducker

A long pizza counter runs the length of the shop and projects beyond the shop frontage, which is recessed, so that the counter feels like part of the street. A hidden door leads to a basement club.

The design is intended to have multiple references taken from both East London and New York, and from between the 1950s -1980s. The references range from launderettes to pie shops, to seaside amusement arcades all of which are reinterpreted with a cartoon sensibility.

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Skyscraper for bees by University at Buffalo students

High-rise living is no longer just for people. A team of architecture students from the University at Buffalo has recently constructed a skyscraper for a colony of bees (+ slideshow).

Skyscraper for bees by University at Buffalo students

Erected amongst a desolate group of disused grain silos beside the Buffalo River, the seven-metre tower provides a new hive for honey bees that had formerly taken up residence in the boarded-up window of an old office block.

Skyscraper for bees by University at Buffalo students

The tower is clad with a honeycomb of hexagonal steel panels. Triangular perforations speckle the surfaces, allowing light to filter gently inside.

Skyscraper for bees by University at Buffalo students

The bees are housed in a hexagonal wooden box suspended near the top of the tower. The base of the box is glazed so visitors can enter the tower and look up into the hive.

Skyscraper for bees by University at Buffalo students

The box is also attached to a system of pulleys so that beekeepers can bring it safely down to ground for maintenance tasks. University at Buffalo students Courtney Creenan, Kyle Mastalinski, Daniel Nead, Lisa Stern and Scott Selin named the project Elevator B, as a reference to this mechanism.

Skyscraper for bees by University at Buffalo students

The tower represents the winning entry of the university’s Hive City competition, which asked students to design a habitat for the bees. Other entries included a wooden cube and a geodesic dome.

Skyscraper for bees by University at Buffalo students

Other stories on Dezeen relating to bees include conceptual proposals for artificial bees and a series of honeycomb vases constructed by bees. See more stories about insects on Dezeen.

Here’s a statement from the design team:


Elevator B

Elevator B is an urban habitat for a colony of honeybees, which originally occupied a boarded window in an abandoned office building in Buffalo, NY. Although not created for a specific client organization per se, the project has generated a great deal of public curiosity because of the combination of the colony of honeybees, an interesting and until very recently, a restricted-access site, and a well-designed object. The site, Silo City, is a group of largely abandoned grain elevators and silos on the Buffalo River. Elevator B is intended as a symbol of the site’s environmental and economic regeneration.

Skyscraper for bees by University at Buffalo students

The 22′ tall tower is a honeycombed steel structure designed and built utilizing standard steel angle and tube sections. It is sheathed in perforated stainless steel panels that were parametrically designed to protect the hive and it’s visitors from the wind, and allow for both solar gain in the winter and shading in the summer. The bees are housed in a hexagonal cypress box with a laminated glass bottom through which the bees can be observed.

This “beecab” provides protection, warmth and separates entry access between bees and humans. Visitors are able to enter the tower, stand below the cypress beecab and look up to view the colony of bees behind glass, similar to an ant farm, as they build their hive. Beekeepers gain access to the hive by lowering it, allowing them to ensure the health and safety of the bees. This feature also caters to the school groups that visit the site, encouraging children to get a close up view.

Visitors to the site have ranged from school groups discussing the natural ecosystems of Western New York and the Great Lakes, to adult photography classes using Elevator B and the site as a subject. A nearby nature preserve has also led several field trips to the project and is in the process of developing a formal education program centered on the bees and on colony collapse disorder, which threatens the species. Interpretive signage about honeybees and the site is currently under development and will be part of the larger redevelopment plan for Silo City.

Skyscraper for bees by University at Buffalo students

The questions asked by visitors range from the simple to the complex, but they would never have been asked in the first place if the visitor did not have the access to bees that is fostered by Elevator B. This is a clear demonstration that architecture can and does do more than serve aesthetic or structural purposes. In Elevator B’s example, it sparks children to learn and adults to reconsider what they thought they knew. This includes the designers themselves, who have not only designed for the needs of their clients but have become inspired to become advocates for them as well.

Location: Silo City in Buffalo NY
Firm Name: Hive City
Team: Courtney Creenan, Kyle Mastalinski, Daniel Nead, Lisa Stern, Scott Selin
Project Sponsors: University at Buffalo School of Architecture and Planning, Rigidized Metals Corporation

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Neri&Hu for De La Espada

Chinese design studio Neri&Hu will present a collection of wooden furniture for De La Espada in New York later this month (+ slideshow).

Neri&Hu for De La Espada
Tray Desk

New items in the collection for the woodwork brand include the Opium Sofa, Solo Table and Tray Desk.

Neri&Hu for De La Espada
Opium Sofa

Neri&Hu took the typology of a Chinese Tang Dynasty opium bed and modified it to create a sofa, which has shelves under the deep arms for storage.

Neri&Hu for De La Espada
Solo Table

The oval Solo table sits on two sets of three legs, each arranged in a triangle.

Neri&Hu for De La Espada
Tray Desk

A two-tier desk folds out into a vanity table, with a mirror in the top shelf and a drawer full of different sized compartments in the lower bottom shelf.

Neri&Hu for De La Espada
Opium Sofa

Neri&Hu’s previous designs including the Extend Mirrors that prop up against the wall, slender Duet Chairs, plus their Solo Series of lounge and dining shell chairs are now being produced solely for De La Espada.

Neri&Hu for De La Espada
Solo Table

The collection will be shown at an exhibition in New York’s meatpacking district during the city’s design week from 18 to 21 May.

Neri&Hu for De La Espada
Solo Dining Chairs

We interviewed Neri&Hu towards the end of last year for the opening of their design gallery, shop and event space in a former colonial police station in Shanghai.

Neri&Hu for De La Espada
Solo Lounge Chairs

The studio recently reinterpreted traditional Chinese architecture and courtyard typologies for a hotel in Xi’an.

See more architecture and design by Neri & Hu »
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Opium Sofa

Opium beds for communal lounging have been in China since the Tang Dynasty, when opium smoking became an accepted social activity which necessitated a comfortable and presentable piece of furniture for receiving guests. neri&hu took this historic typology and updated it to create a contemporary sofa with a simple profile that retains the deep seat and low back of its inspiration. Flanking the sofa are deep arms which form two useful shelves, as well as side tables for books or a cup of tea. The solid wood frame cradles our tired bodies on a lazy Sunday morning, as addicts to our newspapers and coffee instead of the opium in imperial China.

Tray Desk

Trays function as a surface container for collectables, and this multi-tasking desk/vanity table was designed as two stacking trays on a light wooden frame . Contemporary lifestyles demand furniture to be more mobile and flexible, servicing multiple functions, while remaining lightweight for easy transport. This piece responds to that need, using the analogy of trays on trestles as a point of departure.

Solo Table

Solo Table is a solid wood dining table with purity of form and material.

Neri&Hu for De La Espada
Extend Mirror

Extend Mirrors

In the past, common bamboo ladders were used as household objects inside and outside country homes in China, functioning as an ever-ready stand for hanging a wide variety of things from tools and cloths to dried food. As a tribute to this utilitarian household symbol, neri&hu used three different ladder proportions to make a set of solid hardwood frames for floor standing mirrors. They lean on the floor in a casual manner, as ladders do, and can be used alone or as an interesting ensemble of many ladders with varying heights on the wall.

Solo Series (chair and table)

Inspired by the Eames Shell Chair, the Solo Chair is an updated version that transforms the early industrial look of the Eames iconic chair into a sophisticated, comfortable chair that is suitable both in domestic and commercial settings.

Solo chairs are a “universe within a chair”, wherein the upholstered shell hugs the sitting body to create a microcosmic universe for the person, where the chair becomes an object of shelter and refuge, where the person can be “solo” and undisturbed while being hugged in this position.

An upholstered foam-covered shell creates the universe that is the chair, and claims its singular autonomy in function, form, and beauty.

Duet Chair

The name speaks to the tectonic nature of the construction. Two pieces of bentwood work as a duet, creating the overall shape of the chair. They are stacked one on top of another to form the backrest, and while one extends to create the arm and front legs, the other turns to form the back legs. Originally created as a variation on the classic Thonet bent-wood tradition, the Duet Chair takes on a quiet yet graceful demeanor that is not unlike the German-Austrian classic original.

Neri&Hu for De La Espada
Duet Chair

Neri&Hu Launches Collaboration with De La Espada

New York Design Week, 18-21 May 2013 at 345meatpacking

New York Design Week 2013 marks the launch of collaboration between Shanghai-based inter-disciplinary architectural practice, Neri&Hu Design and Research Office and leading modern woodworker, De La Espada. The launch event is presented by The Future Perfect at 345meatpacking, a stunning building by DDG. A large-scale purpose-built installation by Neri&Hu sets the scene for the debut of over ten new products born of their collaboration with De La Espada.

A unique sensory environment, the Neri&Hu installation for New York Design Week communicates at once the Neri&Hu approach to interiors and architecture, and their evolution toward product design.

Over ten new products will launch at the event, utilising timber extensively and spanning the needs of the home from dining to living spaces. The pieces are designed by Neri&Hu for their product brand ‘neri&hu’ and manufactured in premium materials by De La Espada craftsmen in Portugal.

The Future Perfect, host of the exhibition, will be the exclusive retailer of neri&hu furniture in the New York City and San Francisco areas.

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De La Espada
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Antinori Winery by Archea Associati

Huge terracotta wine vaults are concealed beneath a vineyard at this winery outside Florence by Italian firm Archea Associati (+ slideshow).

Antinori Winery by ARCHEA ASSOCIATI
Photograph by Pietro Savorelli

Completed at the end of 2012, the 50,000-square-metre Antinori Winery was conceived as an invisible building whose body merges with the folds of the hillside. The tiered roof is entirely covered with farmland and a pair of sliced openings infilled with glass are all that reveal the presence of the structure.

Antinori Winery by ARCHEA ASSOCIATI
Photograph by Leonardo Finotti

“The physical and intellectual construction of the winery pivots on the profound and deep-rooted ties with the land, a relationship which is so intense and suffered as to make the architectural image conceal itself and blend into it,” says Archea Associati.

Antinori Winery by ARCHEA ASSOCIATI
Photograph by Pietro Savorelli

The interior of the winery is divided into two main storeys. The lowest levels are dedicated to the storage and production of wine, while the upper level contains visitor facilities that include a museum, a library, an auditorium and areas for wine tasting and shopping.

Antinori Winery by ARCHEA ASSOCIATI
Photograph by Leonardo Finotti

Circular openings pierce the roof and floors to bring light into the depths of the building. One void contains a spiralling staircase, which connects an upper-level terrace with the vaults below.

Antinori Winery by ARCHEA ASSOCIATI
Photograph by Pietro Savorelli

These double-height cellars are arranged in three rows and are lined with terracotta on every side. The architects describe the rooms as “the secluded heart of the winery [that] with its darkness and the rhythmic sequence of the terracotta vaults, [conveys] the sacral dimension of a space which is hidden.”

Antinori Winery by ARCHEA ASSOCIATI
Photograph by Pietro Savorelli

The building uses the earth as a natural insulator to maintain a constant indoor climate and keep the wine cool during the warmer summer months.

Antinori Winery by ARCHEA ASSOCIATI
Photograph by Leonardo Finotti

Other wineries completed in recent years include a partially submerged sandstone winery in Spain and the rusted-steel Chateau Barde-Haut in France. See more wineries on Dezeen.

Antinori Winery by ARCHEA ASSOCIATI
Photograph by Pietro Savorelli

Here’s a project description from Archea Associati:


Antinori Winery
San Casciano Val di Pesa, Italia, 2004-2012

The site is surrounded by the unique hills of Chianti, covered with vineyards, half-way between Florence and Siena. A cultured and illuminated customer has made it possible to pursue, through architecture, the enhancement of the landscape and the surroundings as expression of the cultural and social valence of the place where wine is produced.

Antinori Winery by ARCHEA ASSOCIATI
Photograph by Pietro Savorelli

The functional aspects have therefore become an essential part of a design itinerary which centres on the geomorphological experimentation of a building understood as the most authentic expression of a desired symbiosis and merger between anthropic culture, the work of man, his work environment and the natural environment.

Antinori Winery by ARCHEA ASSOCIATI
Photograph by Pietro Savorelli

The physical and intellectual construction of the winery pivots on the profound and deep-rooted ties with the land, a relationship which is so intense and suffered (also in terms of economic investment) as to make the architectural image conceal itself and blend into it.

Antinori Winery by ARCHEA ASSOCIATI
Photograph by Pietro Savorelli

The purpose of the project has therefore been to merge the building and the rural landscape; the industrial complex appears to be a part of the latter thanks to the roof, which has been turned into a plot of farmland cultivated with vines, interrupted, along the contour lines, by two horizontal cuts which let light into the interior and provide those inside the building with a view of the landscape through the imaginary construction of a diorama. The facade, to use an expression typical of buildings, therefore extends horizontally along the natural slope, paced by the rows of vines which, along with the earth, form its “roof cover”.

Antinori Winery by ARCHEA ASSOCIATI
Photograph by Pietro Savorelli

The openings or cuts discreetly reveal the underground interior: the office areas, organized like a belvedere above the barricade, and the areas where the wine is produced are arranged along the lower, and the bottling and storage areas along the upper.

Antinori Winery by ARCHEA ASSOCIATI
Photograph by Pietro Savorelli

The secluded heart of the winery, where the wine matures in barrels, conveys, with its darkness and the rhythmic sequence of the terracotta vaults, the sacral dimension of a space which is hidden, not because of any desire to keep it out of sight but to guarantee the ideal thermo-hygrometric conditions for the slow maturing of the product.

Antinori Winery by ARCHEA ASSOCIATI
Photograph by Pietro Savorelli

A reading of the architectural section of the building reveals that the altimetrical arrangement follows both the production process of the grapes which descend (as if by gravity) – from the point of arrival, to the fermentation tanks to the underground barrel vault – and that of the visitors who on the contrary ascend from the parking area to the winery and the vineyards, through the production and display areas with the press, the area where vinsanto is aged, to finally reach the restaurant and the floor hosting the auditorium, the museum, the library, the wine tasting areas and the sales outlet.

Antinori Winery by ARCHEA ASSOCIATI
Site plan – click for larger image

The offices, the administrative areas and executive offices, located on the upper level, are paced by a sequence of internal court illuminated by circular holes scattered across the vineyard-roof. This system also serves to provide light for the guesthouse and the caretaker’s dwelling.

Antinori Winery by ARCHEA ASSOCIATI
Lower floor plan – click for larger image

The materials and technologies evoke the local tradition with simplicity, coherently expressing the theme of studied naturalness, both in the use of terracotta and in the advisability of using the energy produced naturally by the earth to cool and insulate the winery, creating the ideal climatic conditions for the production of wine.

Antinori Winery by ARCHEA ASSOCIATI
Upper floor – click for larger image

Location: Bargino, San Casciano Val di Pesa, Firenze
Programme: Winery, offices, museum, auditorium, restaurant, viability, manoeuvring and green areas, depuration
Cost: €85.052.831 (excluding winemaking plants and landscaping)

Antinori Winery by ARCHEA ASSOCIATI
Cross section – click for larger image

Beginning of design: 2004
Opening of building site: 2007
Completion date 25 October: 2012

Client: Marchesi Antinori srl
Architectral Design: Archea Associati (Laura Andreini, Marco Casamonti, Silvia Fabi, Giovanni Polazzi)
Artistic supervision: Marco Casamonti, Francesco Giordani
Engineering: HYDEA
Bulding site supervisor: Paolo Giustiniani
Structural design: AEI Progetti
Design of plants: M&E Management & Engineering
Oenological plants: Emex Engineering Marchesi Antinori
General contractor: Inso

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Archea Associati
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Post-Tsunami Housing by Shigeru Ban

Japanese architect Shigeru Ban developed these timber and earth houses for the rehabilitation of a Sri Lankan fishing village that was swept away during the 2004 tsunami (+ slideshow).

Post-Tsunami Housing by Shigeru Ban

Developer Phillip Bay asked Shigeru Ban to design a prototype house that could be built cheaply using local materials and would be suitable for the tropical climate. The house was to form a template for the construction of 100 replacement homes in Kirinda.

“This was not going to be a traditional disaster relief effort where we go in and make homes really fast and leave,” said Bay. “I wanted to treat this like a development project.”

Post-Tsunami Housing by Shigeru Ban

Ban’s design comprises a single-storey structure with walls made from compressed earth blocks and a pitched roof made from locally sourced teak and coconut wood.

Each house has two bedrooms, a hall and a sheltered courtyard, which residents can use as a dining room, social space or simply as a place to repair fishing nets.

Post-Tsunami Housing by Shigeru Ban

Adaptable wooden screens divide the rooms, to suit a Muslim lifestyle. “This is the first time I’ve worked for the Muslim societies,” said Ban, “so before I built the houses I had a community meeting to find out what has to be carefully done depending on the generation, for example, we had to separate the man’s space and woman’s space.”

Ban also designed furniture for the residence, using wood from the rubber trees that are common to the region.

Post-Tsunami Housing by Shigeru Ban

The Post-Tsunami Housing was completed in 2007 but was recently named as one of 20 projects on the shortlist for the Aga Khan Award 2013. Other projects on the shortlist include an Islamic cemetery in Austria and a reconstructed refugee camp in Lebanon. Five or six finalists will be revealed later this year and will compete to win the $1 million prize.

Post-Tsunami Housing by Shigeru Ban

Shigeru Ban has also worked on a number of other disaster-relief projects. He devised apartment blocks made from shipping containers for victims of the Japanese earthquake and tsunami of 2011 and was one of several high-profile architects involved in the Make It Right housing project in New Orleans. See more architecture by Shigeru Ban.

Photography is by Dominic Samsoni.

Here’s a project description from the Aga Khan Award organisers:


Post-Tsunami Housing

This project provides 100 houses in a Muslim fishing village, in the region of Tissamaharama, on the southeast coast of Sri Lanka, following the destruction caused by the 2004 tsunami. Shigeru Ban’s aim was to adapt the houses to their climate, to use local labour and materials to bring profit to the region, and to respond to the villagers’ own requirements through direct consultation. For example, kitchens and bathrooms are included within each house, as requested by the villagers, but a central covered area separates them from the living accommodation, as stipulated by the government. The covered area also provides an entertainment space from which women can retreat to maintain privacy. Local rubber-tree wood was used for partitions and fittings, and compressed earth blocks for walls.

Post-Tsunami Housing by Shigeru Ban
Site plan – click for larger image

Location: Kirinda, Sri Lanka (Asia)
Architect: Shigeru Ban Architects, Tokyo, Japan
Client: Philip Bay
Completed: 2007
Design: 2005
Site size: 71 m2 for each house – Total site area: 3’195 m²

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by Shigeru Ban
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