University of Birmingham Steam Bridge by MJP Architects

University of Birmingham Steam Bridge by MJP Architects

This 60 metre-long metal bridge is a route for heating and power pipes, rather than people.

University of Birmingham Steam Bridge by MJP Architects

Designed by London architects MJP, the stainless steel tunnel connects the combined heat and power plant (CHP) at the University of Birmingham’s main site with a campus across the railway tracks and canal.

University of Birmingham Steam Bridge by MJP Architects

Small perforations create a pattern of wavy lines on the bridge’s exterior, while the steel surface has a brushed finish that reduces glare for train drivers below.

University of Birmingham Steam Bridge by MJP Architects

The new CHP supply will decrease the University’s carbon footprint by approximately 1500 tonnes per year.

University of Birmingham Steam Bridge by MJP Architects

We’ve also featured another interesting University energy facility – click to read about an energy centre with diamond-shaped aluminium scales.

University of Birmingham Steam Bridge by MJP Architects

Photography is by Simon Kennedy.

Here’s a description from MJP:


Steam on at the University of Birmingham

The newly completed Steambridge is a key component of a forward-looking major programme to refurbish and extend the University of Birmingham’s combined heat and power (CHP) network. The site of the new bridge is at the West Gate of the University and marks the entrance to the Edgbaston Campus. MJP Architects have designed the curved 2k finished, laser cut, Grade 316 stainless cladding for a very long service life with zero cleaning and maintenance.

Liz Pride, MJP’s Director of Education and the University’s Development Plan Architect says,

“It’s in a very prominent location at the main West Gate entrance to the University’s campus and right opposite the entrance to University Station. It’s also quite a feature seen from the canal below. The elegant design of the cladding makes an inherently utilitarian feature interesting and attractive: it highlights the University’s real commitment to CHP and carbon reduction.”

University of Birmingham Steam Bridge by MJP Architects

Steam is Green

The University has an in-house combined heat and power (CHP) station, and a remote site at the Medical School on the opposite side of the Worcester & Birmingham Canal and the busy railway lines. The Steambridge links these two parts of the campus.

David Drew M&E Manager at the University of Birmingham says:

“The success of the bridge is that it reduces our carbon footprint by in excess of 1,500 tonnes of carbon per year and gives us a vastly improved security of supply”.

Kevin George CPW Building Services says:

It’s an impressive structure and the reaction that people have had has been amazing. People arriving at the University get off the train and they stop, look over and say ‘wow what’s that?’ – To get people to go ‘wow’ for a services project is a really great thing”.

The campus wide CHP network is a very sustainable method of providing for the future power needs of the University as local power generation, is significantly more efficient than the national grid and therefore reduces the University’s carbon dioxide outputs campus wide.

University of Birmingham Steam Bridge by MJP Architects

Glamour Brought to Infrastructure

The Steam Pipe Bridge is designed as an elegant, sinuous sculptural form, ‘flowing’ across the canal and railway lines. The curved silver cladding reflects the colours of the trees and water, whilst the rippling slots enliven its surface.

Birmingham and the West Midlands are UK centres of industry and the bridge uses aeronautical, transport and engineering imagery in its design, to reflect its location at the University of Birmingham and to illustrate its purpose. Reza Schuster Director MJP Architects says:

“It’s not just a pipe, it has the flattened ends and curved profile of the trains that run underneath it and the front of the bridge has the shape of an intake of an airliner turbofan nacelle. I like to think that the sinuous curves in the metallic surface describe the flow of steam from one side of the bridge to the other”.

Off-Site Construction

The 60 metre long superstructure was pre-clad off-site, transported by road in two spans, and installed with military precision during a five hour overnight line closure. The cladding panels were fabricated in Holland by Sorba Projects and their detail design was the result of a close and creative collaboration between MJP Architects, the University and the specialist subcontractor.

University of Birmingham Steam Bridge by MJP Architects

Client: University of Birmingham Estates Department

Project Team
Architect: MJP Architects
Project Manager: Couch Perry Wilkes
Contract Administrator: Robinson Low Francis
Structural Engineer: Couch Consulting Engineers
Services Engineer: Couch Perry Wilkes
Quantity Surveyor: Robinson Low Francis
CDM Coordinator: Robinson Low Francis

Contractor Team
Main Contractor: Volker FitzPatrick
Cladding Subcontractor: Sorba Projects
M&E Subcontractor: D&I Building Services

Union Jacks by Blacksheep for Jamie Oliver

Union Jacks by Blacksheep for Jamie Oliver

London studio Blacksheep have completed a pizzeria for celebrity chef Jamie Oliver where a cinema listings board displays the menu and diners can watch chefs at work on vintage televisions.

Union Jacks by Blacksheep for Jamie Oliver

Located in the Renzo-Piano-designed Central St. Giles Building in London, the Union Jacks restaurant has a brightly coloured neon sign inside that is visible through the glazed facade.

Union Jacks by Blacksheep for Jamie Oliver

The two-storey restaurant also features retro-inspired chairs, as well as leather seating booths lit by glass pendant lamps.

Union Jacks by Blacksheep for Jamie Oliver

Perforated panels line walls on both floors, providing places to affix shelf hinges and signage.

Union Jacks by Blacksheep for Jamie Oliver

Blacksheep have completed a number of restaurant and bar interiors – click here to see a restaurant they designed with interactive projections on the tables.

Union Jacks by Blacksheep for Jamie Oliver

Here’s some more information from Blacksheep:


Award winning design agency Blacksheep unveils Jamie Oliver’s new restaurant concept, Union Jacks

Blacksheep, one of the UK’s leading creative agencies, unveils the design of its latest project, Union Jacks, part of a continuing partnership with renowned British chef, Jamie Oliver. The new restaurant concept, located in the heart of London in Central St Giles, is the sixth project that Blacksheep has completed with Jamie Oliver, following a successful rollout of his first restaurant chain, Jamie’s Italian.

Union Jacks by Blacksheep for Jamie Oliver

Union Jacks, situated in the iconic Lego building designed by architect, Renzo Piano, takes diners through a journey of discovery through Britain using familiar flavours, cooked and presented the Union Jacks way. The incredible flatbreads and wood-fired cooking methods nod to traditions that are universally loved and nearly all of the toppings are local. Setting the flatbreads apart from the array of other options on offer in Britain’s high street restaurant chains is Oliver’s partnership with US ‘pizza master’, Chris Bianco, widely credited as ‘the man who perfected dough’. It is a union of ideas, traditions and of people.

Blacksheep was brought on board once again to create a design concept that would take the Union Jacks experience countrywide. The design agency’s creative approach was to encompass the look and feel of the principle elements of the restaurant: service, food, theatre and ambiance. The agency worked hand-in-hand with Jamie. His love of British culture and heritage and his enthusiasm for encouraging the nation to eat better was a central theme for the interior design of the project.

Union Jacks by Blacksheep for Jamie Oliver

Jo Sampson, Creative Director of Blacksheep, comments: “When working with Jamie, as with all our clients, we try and capture ‘him’, not a pastiche of his character or the best bits -simply his genuine spirit and honest approach to food and wider ethical concerns, and that is what is emulated in the design of Union Jacks.”

The spirit of Britishness is celebrated throughout Union Jacks; the food, the drink and the design are all underpinned by strong family values. There is a nod to yesteryear and subtle references to post-war nostalgia, including beralware-inspired plates with a cheeky twist that, when turned over, read “stop looking at my bottom”.

Union Jacks by Blacksheep for Jamie Oliver

Above the bar and work station, a graphic neon multicoloured ‘Union Jacks’ sign sits above a large vintage cinema style board that displays the menu and specials.

The colour palette combines muted blue, brown, grey and pink with primary brights. Objects collected by Jamie on his travels inspired the space and retro elements that appear to be found trinkets have been made bespoke by Blacksheep and are dotted around the restaurant. Knitted 1970’s style tea cosies are found on the teapots on the café tables outside.

Graph paper is printed on counter tables, stools are reminiscent of a school science lab, while simple ‘wash-top’ wooden tables and chairs with basic metal frames are used elsewhere throughout the restaurant.

Union Jacks by Blacksheep for Jamie Oliver

The lower ground floor is an intimate space with tables in booth settings. Antique TV screens are linked to cameras in the kitchen so diners can view the chefs at work. Bold graphics are painted on the walls and the menu uses old-school typewriter font.

Blacksheep’s biggest challenge was working within the existing building that would house the first Union Jacks restaurant. Specific guidelines had to be followed; the glass walls surrounding the space could not be covered so passers-by could see through it completely at any ground level vantage point. Blacksheep’s solution came in the form of a ‘canvas’ of three internal walls built to surround a central lift shaft. These walls were designed to act as a backdrop to working areas, and to house the wood-fired ovens, creating a visual experience for the diner.

The Union Jacks design is the result of Blacksheep rising to Jamie Oliver’s challenge seamlessly integrating his personal values into a functional restaurant space, working around the limitations of an architecturally complex building and creating a memorable dining experience for the great British public.

Canada Water Library by CZWG

Canada Water Library by CZWG

Architects CZWG have completed a bronzed, hexagonal library that leans across a dock in south London.

Canada Water Library by CZWG

Situated beside a public square in the area of Canada Water, the four-storey building has a perforated facade of anodised aluminium and a green sedum roof.

Canada Water Library by CZWG

The two-storey-high library is located at the top of the building, surrounded by an overlooking mezzanine providing study areas.

Canada Water Library by CZWG

Rows of skylights let daylight illuminate the zigzagging bookshelves and a central staircase thats spirals down to the floors below.

Canada Water Library by CZWG

On the ground floor are a performance space seating 150 spectators and a cafe, while community meeting rooms and offices occupy the first floor.

Canada Water Library by CZWG

CZWG also recently completed a Maggie’s Centre for cancer care in Nottingham – see pictures of it here and here.

Canada Water Library by CZWG

Photography is by Tim Crocker.

Here’s some more information from CZWG:


Canada Water Library, Southwark

In response to Southwark Councils brief, CZWG’s key challenge was to design a space which would accommodate the distinctly different requirements of the main users groups – adults, children and young persons in a building where the floor area required for the library space was far larger than the available footprint for the building on the given site.

Canada Water Library by CZWG

The design of the new library needed to avoid multiple levels which would have cut off the interaction between the different user groups and also demanded a higher level of staff to service the library. CZWG’s solution to this problem was to create an inverted pyramid for the overall form of the building.

Canada-Water-Library-by-CZWG

Besides allowing for the main library space to be on one floor – this design solution also positively responded to other design considerations such as minimising solar impact on the south elevation which needed big windows to enjoy the views over Canada Water basin.

Canada Water Library by CZWG

The diagonal wall also reduced the external envelope area (the diagonal wall is less than the sum of a vertical wall and a horizontal soffit) and also catering for the requirement for raked seating in the community performance space.

Canada-Water-Library-by-CZWG

The design keeps the uses on the ground floor to the necessary and welcoming ones, so as to minimise the footprint of the building for the benefit of the surrounding public space, the plaza and views, particularly of Canada Water Basin.

Canada Water Library by CZWG

A public plaza space is proposed to the north of the library enclosed to its north and east by buildings with residential upper floors above commercial space at ground floor.

Canada Water Library by CZWG

There are opportunities to provide active frontage to the plaza; create a “fifth elevation” on the roof which will be visible from surrounding developments and incorporate a green roof.

Canada Water Library by CZWG

Shops and cafés spill out onto the plaza from both these buildings and the library encouraging short visits and interactions with the library other than to go to study.

Canada Water Library by CZWG

The library will sit at the edge of a new civic plaza which has been designed to allow for a farmers market, large TV screenings, festivals and a host of other events and activities.

Canada Water Library by CZWG

Click above for larger image

Together they will form part of a dynamic new town centre for Canada Water, which includes approximately 900 new homes, new retail and public space.

Canada Water Library by CZWG

Click above for larger image

The building is clad in aluminum sheets that are anodised in a light bronze with sequined perforations, giving it sculptural appeal and striking visual effects. The library also has excellent green credentials, with a ground source heat pump, grey water harvesting and a green sedum roof.

Canada Water Library by CZWG

Click above for larger image

From the double height atrium, a timber-lined central spiral staircase travels up to the expanding shape above which is the library floor. On the library floor level the Children’s and Young Adults areas have been designed to ensure a flexible layout space to cater for multi-use activities.

Canada-Water-Library-by-CZWG

Click above for larger image

There will be designated areas for study and contemporary methods of learning will be incorporated throughout the building including free Wi-Fi access.In addition to the study facilities there are meeting rooms for hire.

Canada Water Library by CZWG

Click above for larger image

At ground floor level the café space will encourage people to enter the building from the plaza to discover all the facilities the library has on offer – they may participate or enjoy an event, attend a reading group, check their emails, browse the new books or have a quiet time with a coffee and a daily paper.

Canada Water Library by CZWG

Click above for larger image

Project name: Canada Water Library, Southwark
Client: Southwark Council
Address: Canada Water, Southwark, SE16 2YS
Status: Completed
Construction Start: Summer 2009
Completion: November 2011
Construction Cost: £14.1m
Area: 2,900 m2
Contract Type: GC/Works/1 With Quantities (Traditional)

Google Engineering HQ by Penson

Google Engineering HQ by Penson

Engineers for web giant Google can lounge on sofas or draw on the walls at their new London headquarters by designers Penson.

Google Engineering HQ by Penson

As well as computer workstations, the offices include game rooms, music studios, lounge areas and an auditorium.

Google Engineering HQ by Penson

The lounge areas, named “flight pods”, are filled with two-tiered sofas, while the walls are lined with white-boards.

Google Engineering HQ by Penson

Corridors are also used as informal meeting spots and are furnished with faceted stools.

Google Engineering HQ by Penson

Monochrome table and chairs furnish a dedicated coffee area and overlook a lawn of artificial grass.

Google Engineering HQ by Penson

The offices also house studios for mobile web developers Android, containing electrically adjustable tables and magnetic walls.

Google Engineering HQ by Penson

We previously featured another office for Google in London, with a giant logo in the lobby – see it here.

Google Engineering HQ by Penson

Here’s the full press release:


PENSON “Strike 1” for Google Engineering HQ London

One of the world’s most up & coming architecture & interior design brands PENSON, has released their first project for Google engineers, in Buckingham Palace Road, London. This first release forms part of PENSON’s overall programme for Google, covering super cool office spaces for Googlers this year at Central Saint Giles & Belgrave House London.

Google Engineering HQ by Penson

This first release is a starship enterprise-come-space module-come space-city affair, which is shrewdly functional whilst laying down some really clever & fresh thinking workplace strategies. In summary it’s yet another brilliant to the point release by PENSON.

Google Engineering HQ by Penson

Henrique Penha of Google commented: “Working with the team at PENSON was a pleasure, they truly understood the functional and aesthetic attributes we were after when redesigning Google’s new engineering offices in London. Together, we pushed the ambition of the project into every phase, giving the Engineering teams in London a place to incubate and execute on numerous Google projects and products.”

Google Engineering HQ by Penson

The floor provides a mixture of spaces, gaming rooms, music studios, a park, coffee lab, flight pods, lounges, micro-kitchens, an amazing auditorium labelled Tech Talk & an abundance of very clever collaboration & working spaces.

Google Engineering HQ by Penson

Most walls across the space are magnetic white board laminates, which allow scribbles across the entire floor. In small or large nooks & crannies, Googlers collaborate in alone, in pairs or in spaces that can present casually to 100 people. It’s very clever, loose & natural in that the space works around Googlers & not the other way around. The laminates give a spacious glossy jointless feel. It’s simply fab.

Google Engineering HQ by Penson

Flight pods are a PENSON invention exclusively for Google. These pods solve a number of programme, landlord & technical matters in the interests of supersonic fit-out speeds. They also look amazing, solve acoustic issues & provide semi private slouching-come-formal seating opportunities that simply look & feel amazing. These are true kick off your shoes & meet spaces. The days of meeting rooms are perhaps numbered!

Google Engineering HQ by Penson

Knowing PENSON well, it’s of course no surprise to us that the Coffee Lab is in fact made from compressed sheets of spent fresh coffee shavings. Clever! The space overlooks the internal park, with music & gaming rooms creating a space with amazing acoustics for collaborative speeches or as per opening night an electronic violinist.

Google Engineering HQ by Penson

The space also covers the Android studio, which is responsible for development of all Android matters. The space has electrically adjustable studio tables for working whilst standing or collaborating at low-level. The space has magnetic walls throughout for pin-up presentations of software or new patents currently under development.

Google Engineering HQ by Penson

Corridors no longer exist through other clever ideas, which mean that footprint usage of the floor plate is maximised. Through shrewd space, planning using techniques that only PENSON seem to dream up, the floor has been totally max packed, however, the spaces feel incredibly loose & spacious. Large isles of walkways with inter-connecting orange lines create a joined-up approach, which breaks up floors. Floors alone are different here, again through PENSON’s young creative commercials.

Google Engineering HQ by Penson

Desking looks different & fully integrated into the space, thanks to that orange banding. 100% of the desks are fully height adjustable. Screens that divide, whilst allowing group wide social connection, are framed with self-illuminating perspex, which add zest.

Google Engineering HQ by Penson

Other aspects to the scheme which are also very well considered are acoustics, day-lighting, zoning & socialising. All of these things happen naturally in that the space works, its comfortable & relaxing.

Google Engineering HQ by Penson

Lee Penson founder of PENSON Groups says: “This project for Google underlines our position within the media & office sectors, not only exposing our supersonic design flair, but also our delivery capabilities. Handing over 300,000sq.ft for Google in less than a year from start to finish to this level of detail is no mean feat & as the remainder of the Google programme is released, the underline will simply get thicker! This is a good looking, functional, commercially & forward thinking project!

Google Engineering HQ by Penson

It’s a special place that presses all of the right buttons at all levels. Statistics, workplace strategies, styling, atmosphere & forward thinking for Google’s Googlers. Magic!

Exeter College by Alison Brooks Architects

Exeter College by Alison Brooks Architects

British architect Alison Brooks has won a competition to design a new quadrangle for a college at the University of Oxford.

Exeter College by Alison Brooks Architects

The third campus for Exeter College will provide accommodation for 100 students, a lecture hall, classrooms, private study rooms and breakout spaces.

Exeter College by Alison Brooks Architects

The buildings will be arranged into an S-shaped plan and will fold around two new courtyards with surrounding cloisters.

Exeter College by Alison Brooks Architects

Pitched roofs with curved edges will wrap over each new block and will be visible behind the retained facades of existing buildings on the site.

Exeter College by Alison Brooks Architects

The project is scheduled for completion in 2014, when the college is celebrating its 700 year anniversary.

Exeter College by Alison Brooks Architects

You can see a selection of projects by Alison Brooks Architects here, including a housing development that won the Stirling Prize in 2008.

Exeter College by Alison Brooks Architects

Here’s some more information from the architects:


Alison Brooks Architects Wins Competition For Exeter College, Oxford

Alison Brooks Architects has won the competition to design a `third quad´ for Exeter College at Oxford University. Located a ten minute walk away from the 700-year old Turl Street campus, the project will form Exeter College’s Third Quadrangle in the heart of Oxford. The new building will combine undergraduate and graduate living accommodation for 100 students, a lecture hall, teaching rooms, social spaces and study facilities.

Exeter College by Alison Brooks Architects

Click above for larger image

ABA’s scheme is organised around two new courtyards, a 19th C and a 21st C Quad, connected by a 3-dimensional Ambulatory. This is a narrative route that connects the College’s public and courtyard spaces with a series of cloisters, amphitheatre staircases, landings and garden walks – places for gathering and scholarly exchange. A multi-level commons space at the centre of the S-shaped plan is the new Quad’s social heart, opening onto both courtyards at various levels. The over-riding concept of a ‘scholarly home’ is characterised by an all-embracing curved roof, marking the new Quad on Oxford’s skyline while providing unique loft study and living spaces.

Alison Brooks Architects was one of five leading architectural practices from the UK and 
abroad shortlisted for the project, including Eric Parry Architects, Haworth Tompkins, Wright & 
Wright and Richard Sundberg Architects.

Exeter College by Alison Brooks Architects

ABA’s consultant team includes Stockley,  Max Fordham, Davis Langdon, 
Richard Griffiths, Dan Pearson, Fetherstonhaugh & Montagu Evans, with the competition organised 
by Malcolm Reading. The project is scheduled for completion in 2014 to mark  Exeter College’s 700th anniversary.

Exeter College by Alison Brooks Architects

Semblance: Collector’s Edition Box Set Giveaway

Exclusive Twitter giveaway of a collection of works by one of London’s most remarkable contemporary artists
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Even at first glance it’s apparent that London-based artist Von has reason to keep his works in short supply. The level of detail that goes into his original works continues in the production of his limited edition prints, which are masterfully executed by one of England’s oldest printmakers, a family-run studio that dates back to 1880. Since commingling his commercial success with the fine art world a half-decade ago, Von has been producing remarkable reproductions of his work and selling them in small runs—but the latest offering is arguably the most impressive yet.

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Semblance” is a box set of five of Von’s striking prints, restricted to just 50 editions. While the packaging and material provide reason enough to purchase the collection, fans and discerning buyers have another cause for excitement: Von has randomly placed five original works within the lot.

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Officially on sale tomorrow, those with quick fingers can still pre-order the set online, but one lucky CH reader could also win one in our Twitter-based giveaway. The five pieces included in the “Semblance” box set are quintessential Von works, slightly ambiguous in composition but ultimately invigorating. The way he challenges the eye intrinsically draws the viewer in, creating a heightened experience with this powerful contradiction of balance.

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Those in London will have a chance to see the Semblance Collector’s Edition Box Set in person tomorrow at Protein’s 18 Hewett Street Gallery, where the works will be on display for the evening. Be sure to arrive early, a signed print will be given to the first 100 people through the door.

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Semblance: Collector’s Edition Box Set is available for pre-order from ShopVon for £225. For a chance to win the set, follow Cool Hunting on Twitter and simply retweet the link to this story. Winners will be chosen at random on 25 November 2011 at 10am EST.


The Shard “will be loved” – Renzo Piano


Dezeen Wire:
Italian architect Renzo Piano says his London skyscraper, The Shard, will be loved by the public, because “it will be accessible, because it is transparent, understandable and not mysterious” – The Telegraph

The public will be able to access restaurants and a viewing gallery at the top of Europe’s tallest building, which fellow architect and friend of Piano, Richard Rogers suggests “will be one of Renzo’s major works [and] one of his major successes.”

Piano believes that skyscrapers such as The Shard represent the most responsible approach to tackling the issue of urban sprawl, stating: “It is more socially correct to intensify the city and free up space on the ground. The city is fragile and vulnerable, so we have to be careful.”

Dune House by Jarmund/Vigsnæs Architects and Mole Architects

Dune House by Jarmund/Vigsnæs Architects and Mole Architects

The third completed house in Alain de Botton’s Living Architecture series has a faceted black upper storey that sits on top of the glass-walled ground floor like a big hat.

Dune House by Jarmund/Vigsnæs Architects and Mole Architects

Located on the seafront in Suffolk, England, the two-storey Dune House by Norwegian Architects Jarmund/Vigsnæs has an open-plan ground floor that is entirely surrounded by clear glass.

Dune House by Jarmund/Vigsnæs Architects and Mole Architects

The zigzagging mansard roof encases the building’s first floor and is clad with dark-stained timber that is typical of gabled barn-like buildings in the area.

Dune House by Jarmund/Vigsnæs Architects and Mole Architects

Contrasting metallic panels cover the faceted surfaces of the wooden roof, which pitches up and down around four triangular bedrooms and a library.

Dune House by Jarmund/Vigsnæs Architects and Mole Architects

Grass-covered dunes surrounding the house protect the ground floor rooms and terraces from strong sea winds.

Dune House by Jarmund/Vigsnæs Architects and Mole Architects

British studio Mole Architects collaborated on this project, as they did with Balancing Barn, the first completed house in the series.

Dune House by Jarmund/Vigsnæs Architects and Mole Architects

Living Architecture is a series of holiday homes around the UK designed by established and emerging architects – see more about Living Architecture here.

Dune House by Jarmund/Vigsnæs Architects and Mole Architects

Photography is by Chris Wright.

Dune House by Jarmund/Vigsnæs Architects and Mole Architects

Here’s a little more information from Mole Architects:


Dune House

The house is situated in Thorpeness, England on the Suffolk coast, replacing an existing building at the site. The house is a holiday house for rental and is part of Living Architecture.

Dune House by Jarmund/Vigsnæs Architects and Mole Architects

To get a planning permission it was important to relate to the existing, typical, British seaside strip of houses. The roofscape, the bedroom floor, somehow plays with the formal presence of these buildings, and also brings into mind a romantic remembrance of holidays at bed- and breakfasts while traveling through the UK.

Dune House by Jarmund/Vigsnæs Architects and Mole Architects

The ground floor is contrasting this by its lack of relationship to the architecture of the top floor.

Dune House by Jarmund/Vigsnæs Architects and Mole Architects

The living area and the terraces are set into the dunes in order to protect it form the strong winds, and opens equally in all directions to allow for wide views. The corners can be opened by sliding doors; this will emphasize the floating appearance of the top floor.

Dune House by Jarmund/Vigsnæs Architects and Mole Architects

Click above for larger image

While the materiality of the ground floor; concrete, glass, aluminum, relates to the masses of the ground, the upper floor is a construction made of solid wood, cladding stained dark as the existing gables and sheds found in the area.

Dune House by Jarmund/Vigsnæs Architects and Mole Architects

Click above for larger image

Location: Thorpeness, Suffolk, England
Building type: Holiday House
Client: Living Architecture
Size: 250 m2
Schedule: Completed December 2010.
Primary architects: Einar Jarmund, Håkon Vigsnæs, Alessandra Kosberg, Anders Granli.
Collaborating architect: Mole Architects Ltd.

Timber Fin House by Neil Dusheiko

Timber Fin House in Walthamstow by Neil Dusheiko Architect

This extension to a north London home comprises three shed-like blocks clad in unfinished larch.

Timber Fin House in Walthamstow by Neil Dusheiko Architect

British architect Neil Dusheiko designed the single-storey structure for clients who wanted to add an extra living room and bedroom onto the rear of their house.

Timber Fin House in Walthamstow by Neil Dusheiko Architect

Oak-framed doors fold away from the rear timber wall to open both rooms out to the garden beyond.

Timber Fin House in Walthamstow by Neil Dusheiko Architect

A new staircase connects the landing of the house’s existing stairs to the garden, also creating a shortened route from the extra bedroom to the upstairs bathroom.

Timber Fin House in Walthamstow by Neil Dusheiko Architect

Narrow recesses in the ceiling around the stairs house fluorescent tube lights.

Timber Fin House in Walthamstow by Neil Dusheiko Architect

Some other memorable London extensions we’ve featured include one with a flower-covered roof and another that is half timber, half frameless glass.

Timber Fin House in Walthamstow by Neil Dusheiko Architect

Photography is by Daryl Dusheiko.

Timber Fin House in Walthamstow by Neil Dusheiko Architect

Here’s a description of the project from Dusheiko:


Timber Fin House, Walthamstow

The project began one afternoon while sitting with the client on their existing terrace discussing ideas about how to create more space for the family in the tiny terrace house. We thought it would be interesting if the existing central staircase in the double fronted house, somehow continued up and over into the garden from the mid landing, and so the idea of extending the house came about.

Timber Fin House in Walthamstow by Neil Dusheiko Architect

The clients wanted a house built entirely out of timber. The concept was to create a series of different volumes to accommodate the various functions in an informal stack of boxes placed next to each other like packing creates. The extension exists as three timber containers sitting next to and on top of one another with a singular nature borne out of using one material.

Timber Fin House in Walthamstow by Neil Dusheiko Architect

The west façade sits in its sub-urban context, visible to the street and announces its presence with a rhythm of vertical cladding, which in turn reflects the neighbourhoods use of closed board fencing and timber sheds.

Timber Fin House in Walthamstow by Neil Dusheiko Architect

The north façade, facing the garden, has an asymmetrical geometry, with its two planes cranked to catch the evening sun and to hold the space in the garden. A rhythm of projecting fins reveals a subtle layering of the façade, which comes to life as the sun projects shadows across the façade.

Timber Fin House in Walthamstow by Neil Dusheiko Architect

The material used for the floor was birch plywood and the structure is oak framed, clad in Siberian larch. The larch was is from sustainable sources and supplied by Vastern Timber.

Timber Fin House in Walthamstow by Neil Dusheiko Architect

The larch was mounted onto battens fixed to Panelvent sheathing boards, which have a high racking strength but also allow for a water vapour open construction. Panelvent itself is made from wood chips and forest thinings, utilising a unique Masonite defibration system to combine low formaldehyde emissions in use and low embodied energy in manufacture.

Timber Fin House in Walthamstow by Neil Dusheiko Architect

The oak timber frame is made up of lattice structures which were so beautiful that during the build it was tempting to leave parts of the frame exposed on the inside of the extension. However, we decided to stay true to the concept of a wrapped timber box.

Timber Fin House in Walthamstow by Neil Dusheiko Architect

The folding sliding doors and windows where constructed out of oak and are top hung. The doors are easy to open and fold away entirely to allow the garden to become part of the living space.

Timber Fin House in Walthamstow by Neil Dusheiko Architect

The floor was constructed out of a hard wearing birch plywood which was sealed with an acrylic coating which is both easy to clean and protects the surface from any moisture ingress.

Timber Fin House in Walthamstow by Neil Dusheiko Architect

Existing openings inside the structure are framed in MDF, painted white to blend in with existing brickwork, also painted white, to reflect as much light as possible into the interior. A low step made of thermowood decking links the house to the garden and provides a low bench for seating.

Timber Fin House in Walthamstow by Neil Dusheiko Architect

A new staircase constructed from birch plywood connects to the mid landing of the existing staircase, giving the up and over feel, which provided the original inspiration for the extension.

Products used:
Structure: oak framing for walls and roof
Floor: birch plywood with acrylic sealant
Staircase: birch plywood painted
Decking: Thermowood decking
Timber cladding: untreated Siberian larch mounted on double battens on panelvent boards

McLaren Production Centre by Foster + Partners

McLaren Production Centre by Foster + Partners

Architects Foster + Partners have completed a production centre for British sports car brand McLaren.

McLaren Production Centre by Foster + Partners

The facility has wide spans offering maximum assembly space while the basement is used for storage and machinery and a mezzanine offers a view of the production line.

McLaren Production Centre by Foster + Partners

High-performance sports cars are manufactured, painted and tested on a linear production line that dictated the building’s rectilinear form.

McLaren Production Centre by Foster + Partners

The McLaren Technology Centre’s curved surfaces and horizontal aluminium cladding reference the existing buildings on the site in Woking near London.

McLaren Production Centre by Foster + Partners

An underground tunnel will link the production centre to the McLaren Technology Centre, which was also designed by Foster + Partners.

McLaren Production Centre by Foster + Partners

Trees screen the building from the nearby road and the whole structure is sunk into the incline of the site, reducing its visual impact on the landscape.

McLaren Production Centre by Foster + Partners

Foster + Partners recently completed another transport facility – the world’s first commercial spaceport – and also unveiled a proposal for a massive transport hub in the Thames. See all of our previous stories on Foster + Partners.

McLaren Production Centre by Foster + Partners

All photography is from McLaren. The drawings below are from Foster + Partners.

McLaren Production Centre by Foster + Partners

Here’s some more information from Foster + Partners:


McLaren Production Centre by Foster + Partners

The McLaren Production Centre is the second building designed by Foster + Partners at McLaren’s rural site on the outskirts of London. The 34,500-square-metre facility is intended for the manufacture of a range of high-performance road cars and is located to the south-west of the existing McLaren Technology Centre. The two buildings will be connected by a subterranean walkway, lined with interactive exhibition spaces. Sharing a common language of details and materials, the new building is clad in aluminium tubes, the rounded corners of its rectilinear plan reference the curves of the Technology Centre and the entrance, echoing the existing building, is a circular glass drum beneath the overhang of the roof canopy.

McLaren Production Centre by Foster + Partners

The state-of-the-art McLaren Production Centre is located to the south-west of the existing McLaren Technology Centre. The two buildings are connected by a subterranean walkway and share a common language of details and materials. The entrance, echoing the existing building, is a circular glass drum beneath the overhang of the roof canopy.

McLaren Production Centre by Foster + Partners

As a manufacturing facility, the building is inherently flexible, with a wide span between columns and fully integrated services. The linear arrangement of the two-storey structure mirrors the flow of the production line: components are delivered; the cars are assembled, painted and tested, and then pass through a rolling road and car wash, before leaving the building. Beneath this floor there is a full basement level for storage and plant and above is a mezzanine floor with views over the production line. Every stage of production takes place under the same roof. Initially it will take 10 days for an MP4-12C to be assembled; at peak production it will be possible to build one in five days, with a new car joining the line every 45 minutes.

McLaren Production Centre by Foster + Partners

Although the McLaren Production Centre represents a major increase in McLaren’s capabilities at its Woking campus, the building is dug into in the gentle incline of the site, to give it a discreet presence in the landscape. The lower floor is sunk completely below ground and the superstructure is almost invisible from the nearby road, with further screening provided by extensive tree planting.

McLaren Production Centre by Foster + Partners

The new McLaren Production Centre is designed to be environmentally efficient. The roof collects rainwater and has been designed to integrate photovoltaic panels in future; and the building incorporates a low-energy system of displacement ventilation. No soil was removed from the site, and all excavated material has been used to conceal the building within the green-belt landscape.

McLaren Production Centre by Foster + Partners

Lord Foster, Founder and Chairman, Foster + Partners: “The McLaren Production Centre is a further leap forward in the evolution of industrial buildings, both socially and in terms of working conditions and technologically in its flexibility and the sophistication of its services integration. The scale and grandeur of the main hall is a fitting complement to the purity of the McLaren cars, which will emerge from its production line. This project has been a wonderful opportunity to work once again with Ron Dennis, who is a great patron and friend. It is a testament to a fantastic team effort that this production centre was achieved in just twelve months.”

McLaren Production Centre by Foster + Partners

David Nelson, Head of Design at Foster + Partners, said: “It has been great to have the opportunity to build on the success of the Technology Centre by continuing our collaboration with McLaren, particularly our close working relationship with Ron Dennis. The project presented a unique set of challenges, from the constraints of the site to the operational demands of the different processes. McLaren’s work is incredibly precise – in many ways, the production line is like an operating theatre – the architecture reflects this with an industrial building of the highest quality in every detail. As well as drawing on the understanding we gained with the Technology Centre, the Production Centre echoes its minimal aesthetic – visually, they can be seen as a family of buildings, unified by a common language of finishes and a consistent materials palette.”

McLaren Production Centre by Foster + Partners

Nigel Dancey, a design director at Foster + Partners, said: “It is a privilege to design two companion buildings for the same client and it has been a great experience. While the McLaren Technology Centre took six years to design and build, the fast- track programme meant that the McLaren Production Centre was completed in a third of the time. The same team has worked on both buildings and this continuity has helped to make this ambitious timescale possible. We were also able to draw on the wider capabilities of our studio: the McLaren Production Centre is a great example of integrated design, with services built into the structure to create a highly flexible space.”

McLaren Production Centre by Foster + Partners

Click above for larger image 

Iwan Jones, a partner at Foster + Partners, said: “Our intention was to design a new kind of industrial building, which would be an elegant addition to the McLaren Technology Centre. The two buildings are physically connected by a 100-metre- long tunnel and unified by a common architectural language – we established a ‘kit-of-parts’ system for the project, a family of finishes and details. By optimising structural spans to allow a largely clear floor space, we have essentially created a big empty box, with services integrated within the structural zones, wall and floor voids.

McLaren Production Centre by Foster + Partners

Click above for larger image 

This flexible form ensures that the building is also highly cost efficient – it will support McLaren’s production needs today and in the future. And the experience of the finished McLaren Production Centre is equally impressive. You don’t realise its scale until you are actually inside the assembly hall, where visitors will have a fantastic view of the different processes from the viewing gallery.”