House Folded by ALPHAville

House Folded by Alphaville

Slanted walls pierced by square peepholes bisect this house in Osaka by architects ALPHAville.

House Folded by Alphaville

These sloping interior walls create a three storey-high prism, which separates first and second floor living rooms from a contorted staircase.

House Folded by Alphaville

The position of these angled walls creates triangular windows on the concrete exterior of the building, named House Folded, and a wonky ground-floor garage.

House Folded by Alphaville

The house has one bedroom located on the top floor, which leads out to a secluded roof terrace.

House Folded by Alphaville

This isn’t the first house with slanted walls by Japanese architects ALPHAville – see our earlier story about a residence divided by faceted timber panels.

House Folded by Alphaville

Photography is by Kai Nakamura.

House Folded by Alphaville

Here’s a more detailed description from ALPHAville:


House Folded

This is a 100m2 residence for a couple and their cats located in Osaka, Japan.

House Folded by Alphaville

The typical method for designing a house would assign rectangular rooms with specific functions and lay out them. Such a design produces a series of rooms of similar size and causes monotonous spatial experiences.

House Folded by Alphaville

Our approach was to avoid the conventional design practice and to create a structurally rational but spatially heterogeneous house.

House Folded by Alphaville

On the assumption that there is a human being within the optimal spatial coordinates resulted from the site and living requirements, we used Voronoi line segments that divide equally the shortest distance to create spaces.

House Folded by Alphaville

The actual trial and error involved the full use of 3D-CAD. First, the building’s shape was squashed in a parallelogram in order to keep an adequate distance from the site’s borders.

House Folded by Alphaville

Second, the center wall was folded to divide the space into two, diagonal to the site on the first floor and parallel to the site on the third floor. Next, the floors were skipped, and the final step was to slope the roof.

House Folded by Alphaville

In this way, various spaces came to be created so that continuous changes can be experienced as one moves along or through the bent wall.

House Folded by Alphaville

The slits on east elevation that run from first to third floor introduces direct light into the space reflecting the folded wall beautifully through the highly rational structure with minimum wall girders.

House Folded by Alphaville

At the same time, the slit on west elevation bring indirect light through the openings from behind the folded wall.

House Folded by Alphaville

Therefore while the space along the folded wall is an interior space filled with direct light, it also has an outdoor- space-like feeling facing folded walls with shining openings reflected by indirect light.

House Folded by Alphaville

We imagined a life in a building situated in a medium-density city where multiple buildings are connected via exterior in a loose relationship among man, building and nature, unlike in a city where each building is confined to each specific site.

House Folded by Alphaville

In that sense, although what we proposed here is a single family house, this design model is also applicable to larger buildings such as collective housings, offices, or multi-use complexes in a rational and versatile way.

House Folded by Alphaville

Information:

Use: residence
Site: Osaka, Japan
Site area: 75.93sqm
Building area: 40.00sqm
Total floor area: 102.03sqm

House Folded by Alphaville
Building scale: 3 storeys
Structure system: reinforced concrete construction
Structural engineer: Eisuke Mitsuda (Mitsuda Structural Consultants)


See also:

.

House in Kitakami by Nadamoto YukikoRoof on the Hill
by ALPHAville
New Kyoto Town House
by ALPHAville

Spaceport America by Foster + Partners

Spaceport America by Foster + Partners

Foster + Partners have completed the world’s first space terminal for tourists in New Mexico.

Spaceport America by Foster + Partners

Flying displays by Virgin Galactic space vehicles WhiteKnightTwo and SpaceShipTwo marked the opening of Spaceport America.

Spaceport America by Foster + Partners

The low-rise building is dug into the landscape beside the El Camino Real road and is entered through a cleft between the two wings.

Spaceport America by Foster + Partners

Full-height glazing wraps around the end of the building, facing onto the runway beyond.

Spaceport America by Foster + Partners

The spaceport hangar is located in the centre of the building, with administrative areas to the west and flight training and preparation areas to the east.

Spaceport America by Foster + Partners

The project was designed in collaboration with New Mexico architects SMPC and project manager URS Corporation.

Spaceport America by Foster + Partners

Operators Virgin Galactic are currently running a test flight programme.

Spaceport America by Foster + Partners

Dezeen originally published visuals of the spaceport back in 2007 – see our earlier story here and see more stories about Virgin Galactic here. For more about Foster + Partners, including their circular campus proposals for Apple, click here.

Spaceport America by Foster + Partners

Photography is by Nigel Young, apart from where otherwise stated.

Here’s some more information from Foster + Partners:


Dedication ceremony for the Virgin Galactic Gateway to Space

A dedication ceremony was held at Spaceport America in New Mexico – the world’s first commercial space terminal. More than 800 guests attended the event, which included flying displays of Virgin Galactic’s WhiteKnightTwo and SpaceShipTwo vehicles.

Spaceport America by Foster + Partners

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The Virgin Galactic Gateway to Space, a combined terminal and hangar facility, will support up to two WhiteKnightTwo and five SpaceShipTwo vehicles. The 120,000 square-foot building has been designed by Foster + Partners, working with URS Corporation and New Mexico architects SMPC.

Spaceport America by Foster + Partners

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The Gateway will also house all astronaut preparation and celebration facilities, a mission control centre and a friends and family area.

Spaceport America by Foster + Partners

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Entrance is via a deep channel cut into the landscape and its retaining walls form an exhibition space that documents a history of space exploration alongside the story of the region. With minimal embodied carbon and few additional energy requirements, the scheme has been designed to achieve LEED Gold accreditation.

 

Spaceport America by Foster + Partners

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The low-lying form is dug into the landscape to exploit the thermal mass, which buffers the building from the extremes of the New Mexico climate as well as catching the westerly winds for ventilation; and maximum use is made of daylight via skylights.

Spaceport America by Foster + Partners

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Built using local materials and construction techniques, it aims to be both sustainable and sensitive to its surroundings.

Spaceport America by Foster + Partners

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Sir Richard Branson said:
“Today is another history-making day for Virgin Galactic. We are here with a group of incredible people who are helping us lead the way in creating one of the most important new industrial sectors of the 21st century. We’ve never wavered in our commitment to the monumental task of pioneering safe, affordable and clean access to space, or to demonstrate that we mean business at each step along the way.”


See also:

.

Cultural Center of European Space Technologies
Kuwait International Airport
by Foster + Partners
Shenzhen International
Airport Terminal 3

Dezeen Screen: Reinier de Graaf on OMA’s preoccupations

Reinier de Graaf

Dezeen Screen: in this interview we filmed at the opening of OMA/Progress at the Barbican in London, OMA partner Reinier de Graaf talks about the architecture firm’s current preoccupations, including the city of London. Watch the movie »

Frank Gehry Assembles Super Squad of Fellow High Profile Architects to Talk Tech

You know when a comic book publishing company decides to gather up all their best-selling characters and put them all together for a series, a la the Superfriends or The Avengers? That sort of thing happened for real this week, so long as you replace “superheros” with “super successful architects.” Yesterday, Frank Gehry‘s company, the aptly named Gehry Technologies, which consults architecture firms in technology issues and has its own 3D modeling application, formed a “strategic alliance dedicated to transforming the building industry through technology.” This group is described as being formed “to drive technology innovations that support the central role of design in the creation of culture” and includes pretty much everyone whose names or firms regularly appear on shortlists for high-profile project. Zaha Hadid is there, as is Skidmore, Owings & Merrill‘s Chairman Emeritus David Childs, David Rockwell, Moshe Safdie, and Ben van Berkel, co-founder of UNStudio, among other highly-notable luminaries. They were all together yesterday for this inaugural meeting, at the Freedom Tower in New York no less, which must have been something to see. Sadly, we must report that no supervillians (not even the anti-modernist Prince Charles) showed up and thus, no super battles took place. However, they’ve stated that they plan to all get together to meet once per year, so here’s hoping for 2012.

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Nursery in Sarreguemines by Michel Grasso and Paul Le Quernec

Nursery in Sarreguemines by Michel Grasso

Visitors enter this nursery in northeast France through a curving concrete orifice.

Nursery in Sarreguemines by Michel Grasso

Architects Michel Grasso and Paul Le Quernec designed the nursery, which is located beside a noisy road in the town of Sarreguemines.

Nursery in Sarreguemines by Michel Grasso

The undulating entrance walls lead into a round reception room at the centre of the building.

Nursery in Sarreguemines by Michel Grasso

The rest of the nursery is arranged like a human body cell, with classrooms and playrooms encircling this central nucleus.

Nursery in Sarreguemines by Michel Grasso

Ceiling heights in these surrounding rooms slope down to just over two metres-high to create a comfortable environment for young children.

Nursery in Sarreguemines by Michel Grasso

Rooms around the building’s perimeter open onto sheltered terraces and a surrounding garden.

Nursery in Sarreguemines by Michel Grasso

Other nurseries and kindergartens on Dezeen include one with pyramidal chimneys and another with brightly coloured rotating shutters – see more stories about kindergartens here.

Nursery in Sarreguemines by Michel Grasso

Photography is by the architects, unless otherwise stated.

Nursery in Sarreguemines by Michel Grasso

Here’s a short description of the project from Michel Grasso:


Nursery in Sarreguemines (France)

It’s with a feeling of total freedom that we designed this project. Our first intention was to provide a protective and protected building, for comfort and safety of children, but also for the tranquility of their parents.

Nursery in Sarreguemines by Michel Grasso

Our second intention was to introduce the concept of double standards within the building, the children and adult, because we don’t lose sight that it is primarily children who are the main subject of this institution. Finally, our third purpose was to find a way to modify the perception of the building.

Nursery in Sarreguemines by Michel Grasso

Indeed, the requirements impose a development on the ground floor of the 1350 square meters of the building…

Nursery in Sarreguemines by Michel Grasso

The project was designed as a body cell with its nucleus (the nursery), its cytoplasm (the gardens) and its membrane (the wall closure).

Nursery in Sarreguemines by Michel Grasso

The perception of the nursery is a bush of bamboo with small boxes bringing the light into a building with curved lines.

Nursery in Sarreguemines by Michel Grasso

The project:
1 350 m2
2 400 000 euro

Nursery in Sarreguemines by Michel Grasso

Client: Communauté d’Agglomération Sarreguemines Confluences
Architects: Paul Le Quernec & Michel Grasso


See also:

.

Tellus Nursery School by
Tham & Videgård Arkitekter
Kindergarten Kekec
by Arhitektura Jure Kotnik
Fagerborg Kindergarten
by RRA

Campus for Central Saint Martins by Stanton Williams

Campus for Central Saint Martins by Stanton Williams

Architects Stanton Williams have completed a new campus for art and design college Central Saint Martins in and around a Victorian granary and two former transit sheds in London.

Campus for Central Saint Martins by Stanton Williams

Two new four-storey buildings provide studio blocks between the two 180 metre-long sheds, one of which now houses workshops.

Campus for Central Saint Martins by Stanton Williams

Cycle stores are located in historic horse stables below this eastern shed, while shops and bars now occupy the ground floor of the western shed.

Campus for Central Saint Martins by Stanton Williams

Four-storey-high concrete walls frame the main entrance to the college, which leads into an internal street with overhead bridges and an arched, clear plastic roof.

Campus for Central Saint Martins by Stanton Williams

A performing arts centre located at the end of this street contains a 350-seat theatre for student performances.

Campus for Central Saint Martins by Stanton Williams

The refurbished former granary now houses a library and faces a public square currently under construction.

Campus for Central Saint Martins by Stanton Williams

Past projects by students at the University of the Arts college include functionless objects for unpredicted needs and rockers made from found chairs – see all our stories about Central Saint Martins here.

Campus for Central Saint Martins by Stanton Williams

Stanton Williams also recently completed another UK university building – see our earlier story here about a research laboratory at Cambridge.

Campus for Central Saint Martins by Stanton Williams

Photography is by Hufton + Crow, apart from where otherwise stated.

Here’s a more detailed description from Stanton Williams:


New University of the Arts London Campus Central Saint Martins at King’s Cross

To the north of King’s Cross and St Pancras International railway stations, 67-acres of derelict land are being transformed in what is one of Europe’s largest urban regeneration projects.

Campus for Central Saint Martins by Stanton Williams

The result will be a vibrant mixed-use quarter, at the physical and creative heart of which will be the new University of the Arts London campus, home of Central Saint Martins College of Arts and Design.

Campus for Central Saint Martins by Stanton Williams

Stanton Williams’ design for the £200m new campus unites the college’s activities under one roof for the first time. It provides Central Saint Martins with a substantial new building, connected at its southern end to the Granary Building, a rugged survivor of the area’s industrial past.

Campus for Central Saint Martins by Stanton Williams

The result is a state-of-the-art facility that not only functions as a practical solution to the college’s needs but also aims to stimulate creativity, dialogue and student collaboration.

Campus for Central Saint Martins by Stanton Williams

A stage for transformation, a framework of flexible spaces that can be orchestrated and transformed over time by staff and students where new interactions and interventions, chance and experimentation can create that slip-steam between disciplines, enhancing the student experience. The coming together of all the schools of Central Saint Martins will open up that potential.

Campus for Central Saint Martins by Stanton Williams

The design aims to maximise the connections between departments within the building, with student and material movement being considered 3-dimensionally, as a flow diagram North to South, East to West, and up and down – similar in many ways to how the grain was distributed around the site using wagons and turntables.

Campus for Central Saint Martins by Stanton Williams

King’s Cross offered a unique opportunity: a large site within what promises to be a creative and cultural hub, connected (via King’s Cross Station and the restored St Pancras International) not only to the rest of Britain but also to mainland Europe, plus the chance to develop a robust contemporary architectural response to the boldness of the existing buildings on the site.

Campus for Central Saint Martins by Stanton Williams

The Granary Building itself has been restored as the main ‘front’ of the college, facing a new public square that steps down to the Regent’s Canal. The building was designed in 1851 to receive grain from the wheat fields of Lincolnshire, unloaded here from railway wagons onto canal boats for onward transport to the capital’s bakeries.

Campus for Central Saint Martins by Stanton Williams

It comprises a solid, six-storey cubic mass, with an unadorned, 50-metre wide brick elevation, extended to 100-metres by office additions flanking the building. To the north, located one to each side of the Granary Building, are two parallel 180 metres long Transit Sheds.

Campus for Central Saint Martins by Stanton Williams

The design strategy retains the Granary Building, adapted to include functions such as the college’s library, while the Eastern Transit Shed behind is converted to create spectacular workshops for the college. Within the street-level openings of the Western Transit Shed, new shops and bars will add further life to the area. The historic horse stables below the Eastern Transit Sheds have been transformed to new cycle stores for students and staff.

Campus for Central Saint Martins by Stanton Williams

The bulk of the college’s accommodation, however, is located in a major addition to the site, two substantial new studio buildings that occupy the space between the two transit sheds and which, at the North end of the site present a contemporary elevation to the surrounding area. The scale of the new addition responds closely to that of the Granary Building, essentially continuing its massing along the length of the site. It rises above the level of the transit sheds, using contemporary materials so that it will stand, beacon-like, as a symbol of the college’s presence within this rapidly-evolving part of London.

Campus for Central Saint Martins by Stanton Williams

The two new four storey studio buildings are arranged at either side of a covered central ‘street’, some 110m long, 12m wide and 20m high, covered by a translucent ETFE roof and punctuated by a regular rhythm of service cores that accommodate lifts, stairs and toilets. At the northern end, a new centre for the Performing Arts will house a fully equipped theatre complete with fly-tower as well as rehearsal and teaching spaces.

Campus for Central Saint Martins by Stanton Williams

The internal ‘street’ has been conceived as a dynamic area, an arena for student life, akin to the much-loved stair at the centre of the college’s previous main building. Bridges linking the various cores and workspaces cross it, offering break-out areas for meeting, relaxing and people-watching and exchanging ideas.

Campus for Central Saint Martins by Stanton Williams

The street will be used for exhibitions, fashion shows and performances, the spaces being large enough to build temporary pavilions for example. Viewing points allow students to watch others working or performing, and the work of other disciplines can be seen and exhibited.

Campus for Central Saint Martins by Stanton Williams

At the southern end of the new block and running parallel with the north end of the Granary Building is a second covered ‘street’, offering public access through this part of the building interior. Lifts rising through this space recall the vertical movement of grain, which gave the complex its original purpose.

Campus for Central Saint Martins by Stanton Williams

Flooring details either retain existing turntables or hint at their historic location, while within the Granary Building itself, the hoists have been retained, crowning a newly inserted lightwell. Simple glazing maintain the integrity of the unbroken openings, rhythmically punctuating the Granary Building’s main façade.

Campus for Central Saint Martins by Stanton Williams

The new University of the Arts London campus is one of the first parts of the King’s Cross development to be completed. As such, it not only provides Central Saint Martins with the flexible and dynamic spaces that it needs to educate and develop the artists and designers of the future, but also makes a firm statement of the role of the Arts in the quarter, to which it will give critical mass and energy.

Campus for Central Saint Martins by Stanton Williams

Project Details:

The £200m campus brings together 4,000 Central Saint Martins students and 1,000 staff under one roof. It is made up of:
• 10 acres of floor space
• Over 1.3 million timber blocks
• Enough concrete to fill eight Olympic swimming pools
The three-storey building is based around an internal street, naturally lit through a translucent roof.
It contains four levels of multi-purpose workshops and specialist studios, including:
• Performance design and practice labs
• Casting, wood fabrication and metal fabrication workshops
• Post-production workshops
• Film, effects and sound studios
• Architecture and spatial studios
• Fashion and textiles studios
• Photography studios and darkrooms
• Product and industrial design studios
• Graphic and communication design studios • Jewellery workshops
• Art studios

Campus for Central Saint Martins by Stanton Williams

The campus is also home to a 350 seat public theatre with its own entrance.

Campus for Central Saint Martins by Stanton Williams

Above: Photography is by John Sturrock

It occupies the Grade II listed Granary Building, built in 1851, which managed the storage and distribution of grain at the height of the Victorian industrial boom.

Campus for Central Saint Martins by Stanton Williams

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It faces onto Granary Square which, when completed in June 2012, will be one of London’s largest public squares.

Campus for Central Saint Martins by Stanton Williams

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The campus has been designed by architects Stanton Williams and forms part of King’s Cross, a 67 acre development in central London – a new piece of the city with a brand new postcode, London N1C. King’s Cross is being developed by the King’s Cross Central Limited Partnership, which brings together Argent Group, London & Continental Railways and DHL Supply Chain.

Campus for Central Saint Martins by Stanton Williams

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Key Values:

Project Value: £200M (based on cost of land, building, fit-out and expansion incl. third floor)

Campus for Central Saint Martins by Stanton Williams

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Key dates:

Construction Start date: January 2008
Completion Date: April 2011
Date of Occupation: August 2011
Construction phase: January 2008 – August 2011 (Incl. fit-out) Student arrival: 3rd October 2011
Building Details
Postal Address: Granary Building, 1 Granary Square, London, N1C 4AA Gross Internal Area: approx. 40,000m2

Campus for Central Saint Martins by Stanton Williams

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Design team:

Site Developer: Argent
Tenant: University of the Arts London
Architect: Stanton Williams
Structure: Scott Wilson
Environmental / M&E engineering: Atelier 10
Architectural lighting: Spiers and Major
Quantity Surveyor / Employer’s Agent: Davis Langdon
Landscape Architect: Townsend Landscape Architects.

Campus for Central Saint Martins by Stanton Williams

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Facade consultant: Arup Facades Engineering
CDM coordinator: Scott Wilson.
Contractor team – base build
Main contractor: Bam Construction Limited
Contractor’s Architect: Bam Design (new buildings) / Weedon Partnership (Granary)
Conservation Architect: Richard Griffiths Architects

Campus for Central Saint Martins by Stanton Williams

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Structure: Bam Design (new buildings) AKS Lister Beare (existing structure)
M&E engineering: Bam Design
Fire consultant: Aecom
Acoustic consultant: Sandy Brown Associates
Access consultant: All Clear Design
Contractor team – fit-out
Contractor: Overbury
Interior fit-out Architect: Pringle Brandon


See also:

.

Sainsbury Laboratory
by Stanton Williams
School of Management
by Adjaye Associates
Marne College
by Wind Architecten Adviseurs

A Moshe Safdie-Guided Tour of the Crystal Bridges Museum

Though the Washington Post beat them to having the first review, and let’s just ignore the recent news of founder Alice Walton‘s DWI, Architectural Record has scored a personal tour through the soon-to-open Crystal Bridges Museum of American Art by none other than the architect himself, Moshe Safdie. AR is far more positive than the Washington Post in their review of the highly anticipated museum, which opens at the start of next month, though they admit that it’s a bit tricky to really judge how the space will actually function since it’s still in the midst of wrapping up construction. They’ve also included a handful of photos, if you’re eager to take a look but don’t have plans to visit rural Bentonville, Arkansas anytime soon. Here’s a bit from their early look:

Ambitious as it is, the museum is never overbearing. It contains some of the loveliest galleries since Safdie’s Peabody-Essex Museum opened in Salem, Massachusetts, in 2003. At Crystal Bridges, the two main exhibition spaces parallel the stream, in long, gently curved rooms that seem to hold back the surrounding hillsides. Their roofs, supported by the timber beams, curve gently downward toward the river, mimicking the shape of the valley and giving the curators a variety of wall and ceiling heights to work with. They have used the low walls for paintings by the likes of Frederic Church, Thomas Eakins, and Winslow Homer, and the high walls for monumental pieces by Louise Nevelson, Joan Mitchell, and others.

New Career Opportunities Daily: The best jobs in media.

Laufen Swiss Architecture tour

Dezeen_Laufen tour_1

Dezeen promotion: last week, Dezeen attended an architectural tour of Basel and Zurich organised by Swiss bathroom brand Laufen that included a trip to their concrete showroom designed by Nissen Wentzlaff Architects.

Dezeen_Laufen tour_2

The tour featured viewings of buildings by established Swiss architects including Herzog & de Meuron and new projects by upcoming practices such as EM2NStump & Schibili and Buchner Bründler.

Dezeen_Laufen tour_3

You can see photos on our Facebook page from Basel and Zurich and a podcast featuring interviews with many of the architects will appear on Dezeen soon.

Dezeen_Laufen tour_13

The Laufen Forum sits alongside the company’s headquarters and acts as a showroom and visitor centre.

Dezeen_Laufen tour_4

Its curved exterior form was inspired by one of Laufen’s most popular product ranges and was cast from concrete in a similar way to the production of ceramics.

Dezeen_Laufen tour_5

The interior of the Forum is designed to encourage a flow of movement, guiding visitors through the display of products before returning them to the entrance via a sweeping staircase.

Dezeen_Laufen tour_6

The building is almost entirely windowless but the central events area is lit by skylights punched into the roof.

Dezeen_Laufen tour_9

The tour also included a visit to the production facility on the same site as the Forum and headquarters, where the company has been producing wash basins, bidets and toilets for almost 120 years.

Dezeen_Laufen tour_8

The production of the pieces still involves many manual processes and a thorough understanding of the nuances of the material.

Dezeen_Laufen tour_10

Laufen collaborates with many leading designers on its product ranges including IlBagnoAlessi One (above), designed by Stefano Giavannoni, which features a wave-like form washing over the shelving unit.

Dezeen_Laufen tour_11

The Living Square collection (above) by Stuttgart designer Andreas Dimitriadis of Platinumdesign has a shallow basin and sharply defined edges that require precise moulding.

Dezeen_Laufen tour_12

The Palomba Collection (above) by Ludovica and Roberto Palomba has recently been expanded to include a double-basin version featuring asymmetric ‘fingerprints’ sunk into a 1600mm flat surface.

Dezeen_Laufen tour_14

Campbell Sports Centre by Steven Holl Architects

Campbell Sports Centre by Steven Holl Architects

Construction has started on a new sports centre by architect Steven Holl for Columbia University in New York.

Campbell Sports Centre by Steven Holl Architects

Staircases will climb the blue aluminium exterior of the five-storey Campbell Sports Centre, leading to balconies and terraces at each level.

Campbell Sports Centre by Steven Holl Architects

The building will provide offices, classrooms and an auditorium to accompany the existing outdoor Baker Athletics Complex just beyond.

Campbell Sports Centre by Steven Holl Architects

The sports centre is scheduled to open in the autumn of 2012, in time for the new term.

Campbell Sports Centre by Steven Holl Architects

Some completed projects by Steven Holl include a wave-shaped museum of the sea and a horizontal skyscrapersee all the projects here.

Here’s some more text from Steven Holl Architects:


Steven Holl Architects’ Campbell Sports Center at Columbia University Starts Construction

New York, NY—The Campbell Sports Center at Columbia University celebrated its groundbreaking on October 15th. Designed by Steven Holl Architects, the Campbell Sports Center will form an inviting new gateway to the Baker Athletics Complex, the primary athletics facility for the University’s outdoor sports program.

Campbell Sports Centre by Steven Holl Architects

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Located on the corner of West 218th street and Broadway, the Sports Center aims at serving the mind, the body and the mind/body. The design concept “points on the ground, lines in space”—like field play diagrams used for football, soccer, baseball—develops from point foundations on the sloping site. Just as points and lines in diagrams yield the physical push and pull on the field, the building’s elevations push and pull in space. External stairs, which serve as “lines in space,” and terraces extend the field play onto and into the building and give views from the upper levels over the Baker Athletics Complex and Manhattan with the Empire State and Chrysler Buildings in the distance. At night the building is up-lit with glowing light on its Columbia-blue aluminum soffits.

Campbell Sports Centre by Steven Holl Architects

Steven Holl states, “We are honored to collaborate with Dianne Murphy and Columbia Facilities in creating this new state of the art athletics facility. Its inviting architecture indicates the invigorating presence and future of intercollegiate Athletics at Columbia University.”

The Campbell Sports Center, a five-story, 48,000 square foot facility, will house strength and conditioning spaces, offices for varsity sports, an auditorium, a hospitality suite and student-athlete study rooms. The project, led by Steven Holl and senior partner Chris McVoy, is scheduled to open in fall 2012.


See also:

.

Knut Hamsun Centre
by Steven Holl
Linked Hybrid by
Steven Holl Architects
Sliced Porosity Block
by Steven Holl Architects

An Empty Lot Becomes a Riverpark Farm in NYC

Riverpark_front.jpg

Riverpark_Nuzzo.jpgphoto by Ari Nuzzo

“This used to be real estate
Now it’s only fields and trees…”

The lyrics to the Talking Heads song “Nothing But Flowers” bounce around in my head as I tour Riverpark Farms, Manhattan’s newest example of urban agriculture and real estate and design ingenuity.

“Once there were parking lots
Now it’s a peaceful oasis
you got it, you got it”

David Byrne predicted this in his witty alternate-future lyrics! Nature is taking over New York! Or, at least a sizable plot in Kips Bay on the East side of Manhattan. And, at least temporarily, until the farm built on milk crates easily picks up and moves to its next home. For now, the farm and its 7,000 fruit and vegetable plants, in 85 varieties, are thriving on a “stalled” site, right next to Riverpark, the newest Tom Collicchio venture and proprietors of the farm.

Ubiquitous throughout New York (and everywhere else) these days, a stalled site is a plot of land where construction began on a new real estate venture, but stopped and is on hiatus (thanks, economy). These unseemly, gaping holes and half-built foundations can be found all over, and typically sit unused until money and/or negotiations get everything rolling again.

Sisha Ortuzar, chef at Riverpark, and his partner, Jeffrey Zurofsky, had hoped to eventually integrate a farm into the new restaurant, which opened in August.

Riverpark_plants1.jpg

” When we were looking at the space, we thought ‘this will be a perfect place to put in a farm, really cool dream to do’…but then, how do we go about that,” Ortuzar said.

Working with politicians, the community, and especially the open-minded developers of the site, Ortuzar and Zurofsky realized they could have their own farm-fresh produce for the restaurant sooner then they thought. Construction is stalled for now on the Riverpark Farms site, but will eventually resume to become the Alexandria Center for Life Science. No one knows when the economy, and construction, will kick back in. So, the key element of the Riverpark Farm is to be quickly adaptable for tearing down and rebuilding at anytime.

“When we were first talking, I envisioned traditional, big wooden raised beds. I didn’t even actually think about the need to for mobility,” Ortuzar said, talking about the process. “How do you move a big wooden planter when you need to…well you don’t. So that’s why, this.”

Through GrowNYC, a non-profit farming and educational organization, Ortuzar and Zurofsky quickly connected with Thomas Kosbau of Ore Design to address the design of the farm. Ore, an architecture and design group based in Brooklyn, had worked with GrowNYC on a community garden, and also had a penchant for re-purposing projects, having recently worked on phase one of a Brooklyn market of shipping containers, Dekalb Market.

Thinking of the necessity of portability for the farm, Kosbau said, “We started with, ‘Ok, how much can a person carry?’ and we went from there. I think we sat down, and almost immediately thought of milk crates.”

Riverpark_crates1.jpg

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