SmokeStack by Frederik Roijé

Milan 2013: Dutch designer Frederik Roijé presents a tall outdoor heater shaped like a factory chimney in the Tortona district of Milan this week.

SmokeStack by Frederik Roijé

Frederik Roijé’s SmokeStack is made from Corten steel, a weathered metal that provides a protective layer around the heater

“The shape of Smokestack refers to memories from the past, being a landmark and symbol of progress,” said the designer.

SmokeStack by Frederik Roijé

The heater is on show at Torneria, Via Tortona 32, not far from Dezeen’s base at the MINI Paceman Garage where we’ve set up a movie studio as part of our Dezeen and MINI World Tour.

SmokeStack by Frederik Roijé

Roijé also recently unveiled a piece of furniture for children combining a chair, table and lamp and a candle holder that resembles a piece of pipe sticking through the wall – see all design by Frederik Roijé.

SmokeStack by Frederik Roijé

We’ll be in Milan all week hunting out the best design on show, including Studio Job’s desk with a golden nose for a drawer handle and a skeletal chair by Nendo inspired by a stiletto heel.

See all news and products from Milan 2013 or take a look at our interactive map featuring the highlights of the week’s exhibitions, parties and talks.

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Studio for a Composer by Johnsen Schmaling Architects

This rusted steel cabin in Wisconsin woodland is a practice studio for a musician designed by Milwaukee office Johnsen Schmaling Architects.

Studio for a Composer by Johnsen Schmaling Architects

The client, a country and western composer, asked Johnsen Schmaling Architects for “a space that allows him to think and create,” including a small rehearsal room and an area for storage.

Studio for a Composer by Johnsen Schmaling Architects

To create the outer shell of the structure, the architects used pre-weathered steel covered with traces of oil stains, alloy imperfections and roller marks.

Studio for a Composer by Johnsen Schmaling Architects

“The carefully detailed steel envelope, its warm colour of ferrous corrosion echoing the hues of the derelict machinery left behind in the area’s abandoned farm fields, turns the building skin into an ever-changing canvas,” they explain.

Studio for a Composer by Johnsen Schmaling Architects

The lower half of the two-storey structure is a small concrete podium, partially buried beneath the sloping ground. A line of clerestory windows skirts the upper edge of the concrete, emphasising the separation between the top-floor studio and the storage room below.

Studio for a Composer by Johnsen Schmaling Architects

Both ends of the rehearsal room are glazed and can be opened up to allow cross ventilation. One side opens out to a sheltered deck, while the other leads onto the mossy roof of the floor below.

Studio for a Composer by Johnsen Schmaling Architects

To soundproof the building the architects added a sandwiched layer of plasterboard and sound-absorbent adhesive within the walls, while a high-density foam insulation fills the cavities.

Studio for a Composer by Johnsen Schmaling Architects

Other rural projects we’ve featured on Dezeen include a wooden folly that cantilevers across a lake and a concrete pavilion in a Texan park.

Studio for a Composer by Johnsen Schmaling Architects

Photography is by John J. Macaulay.

Studio for a Composer by Johnsen Schmaling Architects

Above: exploded 3D diagram

Here’s some more information from the architects:


Studio for a Composer by Johnsen Schmaling Architects

An unassuming structure embedded in Wisconsin’s rural landscape, this intimate retreat serves as a studio for a Country Western musician to write and record his music. With its formal discipline, exacting details, and a carefully restrained material palette, the building, while unapologetically contemporary, continues the tradition of Midwestern pastoral architecture and its proud legacy of aesthetic sobriety, functional lucidity and robust craftsmanship.

Studio for a Composer by Johnsen Schmaling Architects

Above: floor plan

A concrete podium, carved into a steep hill to provide storage space, supports a simple linear volume for the studio space, its long sides covered by a weathering steel shroud. Oversized glazed openings at each end of the studio provide access into the space and out onto the vegetated roof of the storage plinth, carefully framing views of the picturesque surroundings. The steel shroud cantilevers over the edge of the studio volume to create a covered porch, a sheltered outdoor extension of the interior studio space. Along its edges, the shroud is slightly lifted off the concrete plinth, teasingly exposing a narrow, diaphanous clerestory that allows the studio volume to seemingly float above its base. During the day, the clerestory provides natural light for the storage space below; at night, it emits its soft, ominous glow into the dark landscape.

Studio for a Composer by Johnsen Schmaling Architects

Above: long section

The building materials – exposed concrete and steel, glass, and wood – were locally sourced and chosen for their ability to age gracefully over time. The carefully detailed steel envelope, its warm colour of ferrous corrosion echoing the hues of the derelict machinery left behind in the area’s abandoned farm fields, turns the building skin into an ever-changing canvas. Alloy imperfections, surface oils, and roller marks from the steel mill all leave their individual traces as the material weathers, juxtaposing the building’s strict geometry and formal restraint with a stubbornly unpredictable veneer.

Studio for a Composer by Johnsen Schmaling Architects

Above: cross section

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Archway Studios by Undercurrent Architects

A home and studio for a photographer are contained inside this Corten steel bunker that Undercurrent Architects has squeezed beside and beneath the arch of a railway viaduct in south London.

Archway Studios by Undercurrent Architects

The brick viaduct is typical of the nineteenth century railway architecture that runs through the city’s neighbourhoods and project architect Didier Ryan explained how they wanted to come up with new uses for the vacant spaces under and around them. ”Pocket sites are full of potential,” he said.

Archway Studios by Undercurrent Architects

Undercurrent Architects designed Archway Studios as an architectural prototype for other similar sites and the building contains living and working spaces that are acoustically protected from the noises of trains rattling by during the day.

Archway Studios by Undercurrent Architects

The Corten steel cladding gives the building its hard shell-like exterior, but light penetrates the interior through sideways-facing windows and a long skylight at the front.

Archway Studios by Undercurrent Architects

“The most challenging problem was how to amplify a keyhole site and bring light deep into the railway arch,” said the architect. He explained how they “focused light from all directions” into the deep recesses of the arched structure.

Archway Studios by Undercurrent Architects

In front of the arch, the building has three storeys that accommodate bedrooms, bathrooms, a kitchen and a living room, while beneath is a workspace with a five-metre-high vaulted ceiling.

Archway Studios by Undercurrent Architects

“This dual-use building is the first of its kind, but it could be a model for others in the micro-regeneration of London’s arches and viaducts,” added Ryan.

Archway Studios by Undercurrent Architects

The last project we featured by Undercurrent Architects was a pavilion in Australia with a roof that resembles fallen leaves.

Archway Studios by Undercurrent Architects

Other Corten steel buildings we’ve published include a sports centre in Portugal and a facilities building for London’s amateur football leagues.

Archway Studios by Undercurrent Architects

See all our stories about Corten steel »
See more studios for artists, designers and creatives »

Photography is by Candice Lake.

Here’s some more information from Undercurrent Architects:


Archway Studios is a prototype live-workspace built in and around a 19thC rail viaduct. The project works with the constraints of an inner-city, industrial site next to a train line, and the challenges of a fortified design that engages its surroundings.

Archway Studios by Undercurrent Architects

Above: axonometric diagram

London is crossed by Victorian viaducts. These structures dominate and divide neighbourhoods, creating corridors of conflict, compounded by industrial use of the viaduct arches. Due to de-industrialisation there is an abundance of centrally located, vacant ‘brownfield’ arch spaces. Adapting these to new uses or to social or creative applications is critical to inner-city communities.

Archway Studios occupies part of the viaduct, a vaulted workshop linked to an atrium with residential alcoves. The design works with the contrast between the compressed, cavernous qualities of the arch & the slender, ecclesial spaces of the atrium & alcoves.

The site is severely constrained by its narrow plot and limited access to light, aspect and views. The building subverts its tight site conditions, encapsulating light and lofty interiors that offer release in spite of constraint.

A ring of slender steel foils mould the narrow site, forming a protective acoustic shell cupped around interior spaces. Daylight filters into the building through slits in the segmented foils, acting to scoop light into the deep recesses of the arch.

The site presented unique challenges relating to vibration and noise proofing. To address these, the building is isolated and suspended on a rubber foundation with an independent casing lining the arch. Dense steel walls form a ‘stressed skin’ husk carrying the building loads, with a sandwich of multilayered acoustic blanketing and dampening technologies.

Archway Studios by Undercurrent Architects

Above: floor plans and roof plan

The building shell is made from weathered and worn materials that blend into the industrial environment. This provides privacy and introspection while maintaining highly open connections with the surroundings. The facade maximises a slim southerly aspect, capturing skyviews & bringing distant tree foliage to the foreground.

The building’s unique design and appearance helps it to stand out even when dwarfed by inner-city neighbours. As one of 10,000 arches that dissect neighbourhoods across London, it is a model that can be adapted for broad community benefit and regeneration.

Project Details:
Archway Studios, London, UK
Area: Southwark
Year: 2010 – 2012

Team:
Architect: Undercurrent Architects
– Project Architect: Didier Ryan
– Assistant: Alessandra Giannotti
Engineer: Eckersley O’Callaghan Engineers

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Reconstruction of the Szatmáry Palace by MARP

Budapest architects MARP have replaced the missing corner of a ruined Renaissance palace with a Corten steel lookout point.

The L-shaped structure is part of a renovation of the ancient site in the city of Pécs, Hungary, which was almost completely destroyed. The architects stabilised the site and added new elements, including the lookout point, a low-level stage for open-air theatre and Corten steel seating blocks.

“We chose Corten steel as the primary material of our intervention to make the new structures significantly distinguishable from the older parts,” architect Márton Dévényi told Dezeen. ”The old remaining structures had been so incomplete for centuries that we did not want to rebuild them, we preferred to show their absence.”

The lookout point offers vistas over the Tettye valley, similar to those that the original two-storey palace would have enjoyed, while an aperture in the steel wall frames views of the internal courtyard.

Visitors ascend a staircase hidden within one wall and emerge on a walkway that runs along the length of the adjoining wall. A perforated pattern allows light to permeate the structure and filter into the staircase.

Photography is by Tamás Török.

Check out our Pinterest board for plenty more projects made from Corten steel.

Here’s some more information from the architects:


The reconstruction of the Szatmáry Palace

The existing ruins of the renaissance Szathmáry Palace is one of Hungary’s most valuable protected monuments. The palace is situated in the city of Pécs which is one of the oldest town of the southwestern region of Hungary with long historical background. The ruins are located in a park of Tettye Valley in the northeast part of the city, where the dense historical urban fabric meets nature. The valley rises almost from the heart of the city, offering a magnificent view of the city from the top. Bishop György Szathmáry (1457-1524) built his own Renaissance style summer residence here at the very beginning of the 16th century. The palace must have been a two-storey building with inner patio, made of local stone. It was said to have been a U-shaped building arranged around a courtyard open towards the South, that is to say, towards the city. A former archeological excavation confirmed that the Bishop of Pécs had a building with inner courtyard built that was rebuilt a number of times later. During the long occupation of Hungary by the Ottoman Empire from the mid-16th century, the palace housed probably a Turkish dervish cloister. This is when the south-east tower must have been built that is still untouched. After the Ottomans had been driven away, the building was left empty and its condition became worse and worse. At the beginning of the 20th century, one part of the building was demolished, and certain openings were strengthened with arches, thus providing a sense of romantic ruin aesthetics. Until recently the ruin was used as a background scene for a summer theatre. Despite the long history and its superb location, the palace in its bad condition was not able to fulfil the proper role following from its historical and architectural importance.

In 2010, it was Pécs, Essen and Istanbul that were awarded the title of European Capital of Culture. As part of this, a priority project focussed on the renewal of public areas including Tettye Park. This project provided an opportunity to put the ruin in a new context and the park could be present in its redefined way as a whole. The ruin in its dense complexity carries a number of qualities, therefore the designers of the intervention studied the current context and condition of the ruin as a starting point.

The Szathmáry Palace are, mostly, ruins of a building, but today this quality does not say too much in itself. It does not particularly reflect a significant renassaince feature. Obviously it lacks the architectural details we know very little about (few of the renaissance stone fragments kept in Pécs can be attributed to the building in Tettye). So it can be said that the architectural reality of the ruins continue to exist through the spatial relations generated by the remains of the wall. However, this shows a very mixed picture caused by natural and human erosion. The volume of damage at the southeast corner is so big that one can hardly picture the supplement of the ruins.

At the same time, the badly damaged ruin, particularly due to the neglected state of the park, appeared as a picturesque landscape element in the valley of Tettye. Pre-war postcards represent the atmosphere of a nice, picturesque tourist destination which undeniably rule the whole landscape. However, the abandoned park began to re-conquer the ruin so much that during high season, the character of the ruin can hardly be made out. From certain angles, it looked like a geological creature. This feeling has still remained if one looks at the ruin closely due to the intense erosion of the former southern side of the building. The image of the picturesque ruin is emphasised by the strengthening arches made through the early 20th century.

The third important peculiarity about the building is that the originally closed inner space of the palace has continued to be part of the park’s public areas today, dissolving the former differentiation between the landscape and the building. Thus the ruin has gained a public space quality in the meantime. Interestingly enough, the open-air performances of the summer theatre set in the ruins emphasised this feature even more.

The reconstruction programme of the Tettye Park basically made it unavoidable to re-define the role of the palace ruin as an emphatic landscape element and architectural monument. When defining the interventions, our main aim was to avoid overwriting the intellectual layers as well as the quality resulting from the ruin’s complexity. The starting point was to accept the existence of these even if the layers were developed either through centuries or just a few decades. At the same time, it was unavoidable to revise and ’retune’ the quality and the meanings carried by the ruin.

During the course of the architectural interventions, together with the monument protection authority, the ruin’s wholescale floorplan and its partial spatial reconstruction was carried out based on the scientific results of the archaeological excavations that preceded the design phase. During the excavation, the base walls of the southern wing believed to have been missing for a long time were discovered, which seemed to support the hypothesis that the building did not have a U-shape. As a result of the excavations, we were now able to draw the ascending wall parts and construct the original floorplan. What we basically did during the reconstruction of the floorplan was to repair the floor level inside the external outline of the whole of the original ruins, and we also attached retaining walls along the eroded southern side and the south-eastern corner, behind which we filled up the eroded ground up to the floor level. This supporting wall has a stabilising role in stopping the erosion that resulted in the sliding. The original floorplan is marked by the walltrace.

During the local spatial reconstruction, we designed an L-shaped, steel structure building part that had been missing from the south-eastern side, which includes a look-out tower and stairs leading to it, as well as a technical facility required for theatre use. It is important to mention that the new construction did not mean to be a formal reconstruction (the latter one was not an aim in fact and the amount of data that was available was insufficient), therefore it does not repeat the original mass properly. What happened instead was that we wanted to create such a mass in the place of the former wall corner that strengthens the building character of the ruin as opposed to its ruin character, framing the city view along with the current corner resembling it to the act of viewing out of a building. On the territory of the ruin, no more reconstructions were done, that is to say, we did not mean to ’complete’ the ruin. Evidently, the look-out tower offers a fascinating view of the city, but at the same time there is a nice view too to the inner part of the ruin, making the floor plan reconstruction neat and revealing.

As a part of the floor plan reconstruction, we re-defined the ground surfaces inside the outer walls of Palace, referring the former usage of spaces: the inner patio became a green lawn zone, while the other older inner areas, where the inner rooms were, received a surface course of mineral rubble of local stone granulations. As part of the interpretation of the ruin’s space as a public space, we applied surfaces that refer to the current public space use rather than to the original floor carpet. In the former inner space of the ruin’s Western wing, a new carpet-like stage was completed for theatrical purposes, rising above the surface level very slightly. The new corner construction, the stage and the street furniture (sitting facilities) all received the same Corten steel carpet.

As part of the reconstruction of Tettye Park, both the ruin’s immediate and distant environment have been renewed. Having replanted the green area around the ruin, the formerly covered, fragmented building that could be characterised as a more unified, magnificent whole has managed to regain some of its original character. We also managed to restore both the physical and intellectual layers that contribute to the ruin’s complexity through applied interventions. It was also an aim to rather define new directions to its future destiny when we placed the parts endowed with the remaining meanings in a new context. Furthermore, the whole area could become a new, exciting part of the city context, in which the re-defined palace ruin plays an outstanding role. Through the re-arrangement of the green surroundings, which included the removal of the traffic located south of the ruin, we created a triple terrace system that defines the centre of the Tettye valley in this place again.

Architects: Marp, Budapest
Márton Dévényi, Pál Gyürki-Kiss
Assistants: Ádám Holicska, Dávid Loszmann

Landscape planning: S73, Budapest
Dr. Péter István Balogh, Sándor Mohácsi, János Hómann

Structural engineering: Marosterv, Pécs
József Maros, Gergely Maros

Steel construction planner: J.Reilly, Budapest
Zoltán V. Nagy, Péter Bokor

Electrical Planning: LM-Terv, Pécs
Gábor Lénárt

Mechanical services: Pécsi Mélyépítő Iroda, Pécs
Erzsébet Bruckner, Ferenc Müller

Competition phase: 2007
Design phase: 2008-2010
Construction: 2009-2011
Gross area: 1040 m2
Client: City of Pécs

Photos: Tamás Török

 Above: site plan

Above : section

Above: floor plan 

Above : elevations

 Above: details

Above : axonometry

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View Hill House by Denton Corker Marshall

One storey hangs precariously over the other at this isolated hilltop house in Australia by architects Denton Corker Marshall.

View Hill House by Denton Corker Marshall

The dramatic cantilever defines the silhouette of View Hill House, which looks out over the Yarra Valley winemaking region of Victoria.

View Hill House by Denton Corker Marshall

The exterior of the lower storey is clad in pre-rusted steel and the upper storey has walls of black aluminium.

View Hill House by Denton Corker Marshall

Chunky chipboard lines the interior walls and ceilings of both levels and the floor of the upper storey, while the lower storey features a polished concrete floor.

View Hill House by Denton Corker Marshall

Denton Corker Marshall also recently unveiled proposals for a visitor centre at Stonehenge in England.

See all our stories about Australian houses »

Photographs are by Tim Griffith.

Here’s some more information from Denton Corker Marshall:


The Yarra Valley was originally settled as a series of farms strung out along the tracks through the valley on either side of the river. Yering Station and Gulf Station, for example, still exist as heritage buildings, but View Hill is identifiable only as an isolated hill abutting the historic Yarra Track with magnificent views of the whole valley.

The 60-hectare site was progressively developed as a premium cool climate vineyard from 1996 to 2004 and now has around 32 hectares of vines. A site for a house was identified at the top of the hill looking north over the vineyard but also taking in view all around.

View Hill House by Denton Corker Marshall

Click above for larger image

Denton Corker Marshall have completed six houses over the last 20 years, a sideline to their larger building work but seen as an important part of their exploration of ideas about architecture. There were also opportunities to consider the isolated building in the landscape as ‘land art’. Here on the top of the hill the house is reduced to two sticks placed one on top of the other ‘dropped’ onto the landscape. It is a counterpoint to their Phillip Island house of 20 years ago where the house is buried in the sand dunes.

The stick sitting on the ground is made of rusting steel whilst the stick sitting on right angles on top and cantilevering impossibly is made from black aluminium. The sticks read as very thin metal tubes with glass inset at each end. The reading of the tubes is reinforced inside by their lining with a grey green stained OSB board – on the upper level its walls, ceilings and even the floor is lined – at ground level the floor is charcoal polished concrete. The ground level tube is 6m x 4m in cross-section so that the ceiling heights are 3.2m, the upper tube is 4m x 3m with 2.4m ceilings.

View Hill House by Denton Corker Marshall

Click above for larger image

Ground floor uses are centred around a living, dining, kitchen space – with bedrooms at either end. Upstairs two offices and another guest bedroom complete the primary spaces. Planning is therefore very simple – presenting controlled views out from each end of the tubes and then by raising three panels on the side of the lower tube so that the living area looks out over the vineyard. The mountains containing the valley on all sides offer a dramatic backdrop.

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New Pinterest board: Corten steel

New Pinterest board Corten steel

Check out the best images of Corten steel from Dezeen on our latest Pinterest board. Over 18,000 people now follow us on Pinterest – join them here.

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See all our stories featuring Corten steel on Dezeen »

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Endémico Resguardo Silvestre by Gracia Studio

This hotel by Mexican architects Gracia Studio comprises 20 separate cabins dotted across the landscape in one of Mexico’s wine-making regions.

Endémico Resguardo Silvestre by Gracia Studio

Located in the Valle de Guadalupe, the single-storey huts are lifted off the ground on steel frames so that they impact as little as possible on the earth below.

Endémico Resguardo Silvestre by Gracia Studio

Corten steel panels overlap one another to clad the exterior walls and the pitched roofs are covered with corrugated panels of the weathered metal.

Endémico Resguardo Silvestre by Gracia Studio

Each room contains one ensuite bedroom and opens onto a small wooden deck.

Endémico Resguardo Silvestre by Gracia Studio

Other hotels in rural areas we’ve featured include triangular huts proposed a deserted beach and a hotel at a Norwegian hunting lodge.

Endémico Resguardo Silvestre by Gracia Studio

Photography is by Luis García.

Endémico Resguardo Silvestre by Gracia Studio

Gracia Studio provided the information below:


Endémico Resguardo Silvestre

Located in Valle de Guadalupe «Mexico’s Wine Country», Baja California, Endémico Resguardo Silvestre is a set of twenty independent rooms of twenty square meters each, operated by Grupo Habita, a Design Hotels member; established within a surface of 99 hectares, part of the Encuentro Guadalupe development, which includes a winery as well as a residential area.

Endémico Resguardo Silvestre by Gracia Studio

One of the principal premises was not to interfere directly the land, as part of the philosophy of the project is to respect nature in every possible way.

Endémico Resguardo Silvestre by Gracia Studio

The availability of steel by our client leads to the design of the clean structure with this material, which elevates the skeleton of the room, to avoid contact with the soil.

Endémico Resguardo Silvestre by Gracia Studio

The employment of corten steel to cover it, which over time changes its color, achieving harmony between the environment and the building.

Endémico Resguardo Silvestre by Gracia Studio

The approach of the design of the room comes from the concept of a “deluxe” camping house, covering the guest’s basic needs, being in contact with nature and the environment.

Endémico Resguardo Silvestre by Gracia Studio

Project Name: Endémico Resguardo Silvestre
Principal: Arq. Jorge Gracia | graciastudio

Endémico Resguardo Silvestre by Gracia Studio

Collaborators: Javier Gracia, Valeria Peraza, Enrique de la Concha
Construction: graciastudio

Endémico Resguardo Silvestre by Gracia Studio

Surface:20 rooms of 20 square meters each.

Endémico Resguardo Silvestre by Gracia Studio

Place and year: Valle de Guadalupe, Ensenada, México | 2011

Endémico Resguardo Silvestre by Gracia Studio

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Campanules by EXAR Architecture

Campanules by EXAR architecture

Belgian studio EXAR Architecture have replaced walls of brick and plaster with glass and Corten steel on this extension to a suburban house outside Brussels.

Campanules by EXAR architecture

The new elevation is located at the rear of the house, where it projects towards the garden to increase the size of the ground-floor kitchen and first-floor bathroom.

Campanules by EXAR architecture

Glazed walls slide open to connect the kitchen with the terrace outside, while a tall window upstairs offers a view out from a new shower area.

Campanules by EXAR architecture

Other Belgian residences we’ve featured include a house with a facade of wooden sticks and an apartment in a listed building.

Campanules by EXAR architecture

See more projects in Belgium »

Campanules by EXAR architecture

Photography is by Marc Detiffe.

Campanules by EXAR architecture

Here’s some text from EXAR Architecture:


The previous house offered tiny opening to the garden. The “back” rooms, kitchen, bathroom, previously considered as services, blocked the views from the house to the nice garden.

Campanules by EXAR architecture

We decided to keep these functions but to open them widely, by creating large windows.

Campanules by EXAR architecture

The kitchen – dining room offers an large open view to the vegetation. The bathroom has focused view to the trees.

Campanules by EXAR architecture

Using an architectural expression counterpointing the existing style, we wanted to reinforce the coexistence between modern and old.

Campanules by EXAR architecture

The steel by its delicacy and precision permits to create pure lines and deepness.

Campanules by EXAR architecture

To obtain this dynamic, the steel structure is integrated to the thickness of the floor, and one tiny column present the angle of the former construction.

Campanules by EXAR architecture

Finally, the choice of the corten, as finishing, brings softness, deepness and answer to the vegetation, by expressing the time going.

Campanules by EXAR architecture

Hackney Marshes Centre by Stanton Williams

Here are some photographs of the Stanton Williams-designed Hackney Marshes Centre, which provides facilities for London’s amateur football leagues and won an RIBA award last week.

Hackney Marshes Centre by Stanton Williams

Completed last year, the Corten steel-clad centre contains changing rooms for teams competing on one of the 82 grass pitches at the park, as well as a cafe and toilets that can be used by spectators.

Hackney Marshes Centre by Stanton Williams

Gabion walls line the sides of the two-storey building to encourage the growth of climbing plants, while the interior walls are constructed from exposed concrete blocks.

Hackney Marshes Centre by Stanton Williams

Above: photograph is by Jim Stephenson

Perforated hatches fold up from the facade to reveal windows, while a glazed entrance leads into a double-height reception that is overlooked by the cafe above.

Hackney Marshes Centre by Stanton Williams

Above: photograph is by Jim Stephenson

Stanton Williams were announced as the winners of three RIBA awards last week. The other two were for an art and design college campus and a botanic laboratory.

Hackney Marshes Centre by Stanton Williams

Above: photograph is by Jim Stephenson

See all our stories about Stanton Williams »

Hackney Marshes Centre by Stanton Williams

Above: photograph is by David Grandorge

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

Hackney Marshes Centre by Stanton Williams

Above: photograph is by David Grandorge

Here’s some more words from Stanton Williams:


Project Description

Hackney Marshes is a unique place. With its origins in ancient woodland and medieval common land, it remains a vast open space. It is a place set apart from the city by a boundary of trees and by the River Lea. Yet it also connects communities, being an important green space in a densely-populated area.

Hackney Marshes Centre by Stanton Williams

Above: photograph is by David Grandorge

In addition, as the London home of amateur Sunday League football, it draws people from across the capital. Stanton Williams was commissioned in 2008 to provide a new ‘Community Hub’ at the South Marsh.

Hackney Marshes Centre by Stanton Williams

Above: photograph is by David Grandorge

New changing rooms, plus facilities for spectators and the local community, will be housed in a welcoming, inclusive structure that recognises the special qualities of this place by bridging the boundary between the natural and artificial. It will connect not only with its immediate surroundings and the local community, but also the adjacent Olympic Park and the rest of the Lea Valley.

Hackney Marshes Centre by Stanton Williams

Above: photograph is by David Grandorge

The Marshes as they exist today are the product of a series of interventions in the natural environment, and in this respect they recall Cicero’s ‘second nature’ – a landscape shaped by human hands. Part of the ancient Waltham Forest, the Marshes had become common pasture by the Middle Ages. Early twentieth-century maps show the area as a recreation ground, and, after having been used as a dump for rubble during the Second World War, the site was levelled. The result is an open landscape of mown grass, punctuated by the regular rhythm of goalposts and edged by a seemingly more ‘natural’ boundary of woodland and the River Lea. Even here, though, natural and artificial and interlinked, for the river’s course has been straightened to minimise the risk of flooding.

Hackney Marshes Centre by Stanton Williams

Above: photograph is by David Grandorge

The Marshes have long been known as the home of grassroots amateur football: the site holds the record for the greatest number of pitches in one place, with over 900 matches played per year. However, by the start of the twenty-first century, the facilities provided for the hundreds of players who come with their supporters each week were in need of urgent overhaul. The London Borough of Hackney therefore developed an ambitious vision for the site, recognising its community value and its pivotal location adjacent to the Olympic Park. The authority sought a piece of high quality, well designed architecture that would recognise the unique qualities of the site, that would instil a sense of pride and ownership, and which could increase participation in sport. Education and community facilities were required in addition to those for players.

Hackney Marshes Centre by Stanton Williams

Above: photograph is by David Grandorge

The Hub has been developed after discussion with local stakeholders and consideration of the needs of users. It is firmly embedded within its landscape setting: it is not an ‘object’ at odds with the surrounding environment. It is located on the south-eastern boundary of the pitches, defining a threshold between the South Marsh and the car park beyond by plugging the gap between an avenue of trees to the south and a coppice to the north. The Hub’s overall massing minimises its impact on the site. Its height has been kept as low as possible, creating a pronounced horizontal emphasis that complements the open, flat nature of the site.

Hackney Marshes Centre by Stanton Williams

The changing rooms are located at ground-floor level. A number of possible layouts were developed in order to arrive at the linear arrangement of the final structure. This option has the advantage that it avoids undue encroachment on the pitches, as would be the case for a more compact, back-to-back layout. The entrance has been located part-way along the structure to avoid excessively long corridors within. The community and spectators’ facilities, located at first-floor level, are placed at the northern end of the Hub, close to the tall trees of the coppice, into which they merge.

Materials have been chosen for their ability to weather into the surrounding landscape and also for their durability, as there is a particular need to secure the building given the lack of natural surveillance that results from its isolated location.

Hackney Marshes Centre by Stanton Williams

The ground floor envelope is treated as a landscaped wall. Gabion blocks, more usually associated with landscaping or civil engineering projects, are deployed in a fashion that recalls agricultural dry stone walls. They will weather well, are resistant to vandalism, and form a good structure for climbing plants.

The result will be a living, ‘green wall’, through which light will filter into the changing rooms beyond. Elsewhere, weathered steel is used. This is an industrial material that recalls the manufacturing traditions of the Lea Valley and which, in its contrast with the more ‘natural’ landscaped wall of the lower level, recalls the combination of nature and artifice that gives the site its particular character. But it, too, has a natural quality.

Hackney Marshes Centre by Stanton Williams

As a material which changes over time, weathered steel has a lively appearance and a rich textural finish. It will be deployed not only to clad the upper level of the structure, but also to form secure gates, louvres and shutters. Punched openings will allow light to enter by day and will also create controlled night-time views into the building, which will glow welcomingly as light emerges through the shutters and the gabion walls.

Entering and using the building will celebrate the acts of arrival, changing and spectating. The main entrance opens into a double- height reception area with views through to the pitches beyond. A corridor to each side leads to the changing rooms. The ends of the corridors are glazed, not only bringing in natural light but also allowing further views out.

Hackney Marshes Centre by Stanton Williams

The changing rooms themselves are configured so that they can be connected or separated as required. They have been designed to be suitable for use by groups of different ages and genders, with provision for disabled players. The principal finish is fairface concrete, left exposed in the interests of robustness and honesty.

The café is visually connected to the entrance by the double-height reception area; panoramic views out provide a link to the pitches. External shading will prevent overheating whilst passive ventilators on the roof provide natural ventilation.

Hackney Marshes Centre by Stanton Williams

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The flexible teaching spaces, meanwhile, have an aspect toward the coppice and the River Lea, emphasising the rich local biodiversity. An acoustic screen can be folded back to create a larger space for conferences or seminars.

The way in which the Hub seeks to reconcile the natural and the artificial through its massing, materials and location embodies a broader aim to synthesise sporting activity and the natural environment. Sports venues often demonstrate something of the tabula rasa in their approach, replacing natural materials with tarmac or artificial hard surfaces, and permeable boundaries with fences.

Hackney Marshes Centre by Stanton Williams

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As a result, playing becomes a solely physical experience. Instead, the Hub emphasises the ritualistic nature of sport. Within it, individuals are fused into teams, emerging onto the pitch to demonstrate their collective and individual skills, and to gain sensory and even spiritual stimulation from this rich location.

Hackney Marshes Centre by Stanton Williams

Project Team
Client: London Borough of Hackney Project Manager: Arcadis AYH
Main Contractor:John Sisk & Son Architect: Stanton Williams
Civil and Structural Engineer: Webb Yates
Building Services Engineer: Zisman Bowyer & Partners Cost Consultant: Gardiner & Theobald
Landscape Architects:Camlins
CDM Coordinator: PFB Consulting
Lighting Design: Minds Eye


Designed in Hackney map:

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Key:

Blue = designers
Red = architects
Yellow = brands
Green = street art

See a larger version of this map

Designed in Hackney is a Dezeen initiative to showcase world-class architecture and design created in the borough, which is one of the five host boroughs for the London 2012 Olympic Games as well as being home to Dezeen’s offices. We’ll publish buildings, interiors and objects that have been designed in Hackney each day until the games this summer.

More information and details of how to get involved can be found at www.designedinhackney.com.

Administration Curricular Building Liceo María Auxiliadora by Surco Studio

Chilean architects Surco Studio have completed a rusted steel and concrete entrance and administration block for a school in Chile that was severely damaged by an earthquake.

Administration Curricular Building Liceo María Auxiliadora de Linares by Surco Studio

Sheets of weathered steel overhang the concrete exterior walls to frame the entrance to the building, which leads in towards the school’s reception, as well as to new classrooms.

Administration Curricular Building Liceo María Auxiliadora de Linares by Surco Studio

Located at a crossroads in the city of Linares, the school is named Liceo María Auxiliadora and the new building displays a statue of the Virgin Mary in the window above its wooden entrance.

Administration Curricular Building Liceo María Auxiliadora de Linares by Surco Studio

Exposed concrete walls also feature inside the two-storey building, while large areas of glazing separate rooms from the double-height foyer.

Administration Curricular Building Liceo María Auxiliadora de Linares by Surco Studio

Other projects we’ve featured in Chile this year include a house made from prefabricated modules and a library filled with daylight.

See all our stories about Chile »

Administration Curricular Building Liceo María Auxiliadora de Linares by Surco Studio

Photography is by the architects.

Here’s some more explanation from Surco Studio:


Administration Curricular Building Liceo María Auxiliadora de Linares by Surco Studio

Administration Curricular Building Liceo María Auxiliadora de Linares

Administration Curricular Building Liceo María Auxiliadora de Linares by Surco Studio

The project is part of the reconstruction of a building belonging to “María Auxiliadora High School” who was seriously damaged by the earthquake of 27 / F. It was located on the corner facing the main square of Linares, Seventh Region,Chile, in an important position within the city.

Administration Curricular Building Liceo María Auxiliadora de Linares by Surco Studio

The opportunity to rebuild on the same site enabled with the sort proposed building a facility that grew without apparent order program according to the years; In this way was concentrated in the new building all the administrative and curricular program, before dispersed in school, as well as wards of agents and the main entrance to the school, thus replacing poor access and a few classrooms, for a more public one condition under its own logic to where it belongs.

Administration Curricular Building Liceo María Auxiliadora de Linares by Surco Studio

Moreover, the building seeks, through architecture, a reading of the next emblematic elements that may influence your decision, where a rusty steel pediment stands up to the patina of brick Cathedral of the city and, on the opposite axis, a deciduous plant wall accompanies the green of the Plaza de Armas. The intersection of the two fronts forms a double height access that holds a picture of the virgin becoming a kind of urban cave.

Administration Curricular Building Liceo María Auxiliadora de Linares by Surco Studio

Thus, the corner has been dematerialized in access with double eaves height, welcoming to pedestrians and mediating between the scale of the city and the gymnasium. On the other hand is looking to continue with the axes of existing buildings hiding, somehow, the trapezoidal layout of the city of Linares, which prevents the pursuit of orthogonality at the apex.

Administration Curricular Building Liceo María Auxiliadora de Linares by Surco Studio

The double-height access to and qualified in turn penetrates inside the building, creating multiple views among the various levels and venues, also becoming the gateway to the former chapel.

Administration Curricular Building Liceo María Auxiliadora de Linares by Surco Studio

The solution also had to fit a limited budget for government funds allocated to reconstruction work, for which completion tasks eliminated, making the expression of each raw material, concrete, steel and wood, along with the design structural building, equip themselves with the work atmosphere and thus the final image.

Administration Curricular Building Liceo María Auxiliadora de Linares by Surco Studio

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Name of the work: Administration Curricular Building Liceo María Auxiliadora de Linares.
Authors: Surco. Juan Paulo and Felipe Alarcon Carreno
Location: Linares, Maule Region, Chile.

Promoter: Hosted by the Ministry of Education Reconstruction Plan. “Breakdown Plan 1″
Land: 367.7 m2
Constructed area: 735.4 m2

Administration Curricular Building Liceo María Auxiliadora de Linares by Surco Studio

Click above for larger image

Year of project: 2011
Year of construction: 2011
Predominant materials: Reinforced concrete in sight, Steel, Glass DVH, Corten steel and radiata pine wood.
Photographer: SURco.

Administration Curricular Building Liceo María Auxiliadora de Linares by Surco Studio

Click above for larger image