“Steve Jobs once wanted to hire me” – Richard Sapper

Interview: German industrial designer Richard Sapper has launched a new website chronicling his work dating back to the 1950s. In an interview looking back on his career he tells Dezeen how he turned down the chance to work at Apple, how design has been “degraded” by commercialism and how 3D printing could help solve unemployment (+ slideshow).

Richard Sapper

Speaking from his home in Milan, Sapper, 81, recounts how Steve Jobs once tried to lure him to work for Apple, “but the circumstances weren’t right because I didn’t want to move to California and I had very interesting work here that I didn’t want to abandon.”

dezeen_Richard Sapper_Tizio desk lamp
Tizio desk lamp, Artemide, 1972: photograph by Serge Libiszewski

When asked if he regretted turning Jobs down he said: “Sure I regret it – the man who then did it [Jonathan Ive] makes $30 million a year!”

dezeen_Richard Sapper_TS 502 radio
TS 502 radio, Brionvega, 1963: photograph by Serge Libiszewski

In a career spanning almost 60 years, Sapper has designed iconic products including the Tizio lamp, the ThinkPad range of laptops for IBM and the 9091 whistling kettle for Alessi.

dezeen_Richard Sapper_Grillo telephone
Grillo Telephone, Siemens Italtel, 1965: photograph by Roberto Zabban

Sapper says that he admires the work of Jonathan Ive and Steve Jobs at Apple, citing the company as an exception in an industry he feels has been “degraded” by an overriding focus on profit. “If a company asks me to design something, the first thing I hear is how much money they’re making, how much money they want to make, and I’m expected to produce the difference.”

dezeen_Richard Sapper_9090 espresso coffee maker
9090 espresso coffee maker, Alessi, 1978: photograph by Aldo Ballo

Richard Sapper was born in 1932 and was first employed as a stylist with Daimler Benz in Stuttgart. He founded his own studio in Milan in 1959 and worked as a consultant for many of Italy’s leading companies, including BrionvegaFiat and Pirelli.

dezeen_Richard Sapper_ThinkPad 701
ThinkPad 701, IBM, 1996: photograph by Aldo Ballo

He is renowned for his work with technology brands, including IBM, for whom he has been chief industrial design consultant since 1980.

dezeen_Richard Sapper_Algol portable TV set
Algol portable TV set 3rd edition (first designed with Marco Zanuso), Brionvega, 1985: photograph by Aldo Ballo

When asked about 3D printing and its impact on the design industry, Sapper describes it as “a huge revolution,” and adds, “it is revolution that allows anyone who has such a machine the possibility to produce something that they have invented themselves. This can help to reduce the problem of unemployment because people are able to produce something without having to be employed.”

dezeen_Richard Sapper_9091 kettle
9091 kettle, Alessi, 1983: photograph by Aldo Ballo

Sapper’s 9091 whistling kettle for Alessi is one of several iconic kettles described by Design Museum director Deyan Sudjic in a film made by Dezeen for the Design Museum Collection App for iPad.

dezeen_Richard Sapper_Sapperchair_Knoll
Sapperchair executive office chairs and seating system, Knoll, 1979: photograph by Aldo Ballo

Other clients include Alessi, ArtemideKartellKnollLenovo and Magis.

dezeen_Richard Sapper_Zoombike
Zoombike folding bicycle, Elettromontaggi, 2000

Despite his prodigious career, Sapper says he launched a new website, designed by London studio Julia, because “I’ve been working in design for over 50 years and most people still don’t know my work.”

dezeen_Richard Sapper_Sapper XYZ
Sapper XYZ monitor arm system, Knoll, 2012: photograph by Jens Mortensen for Knoll

Here’s a transcript of Richard Sapper talking with Alyn Griffiths from Dezeen:


Alyn Griffiths: Your website documents a career going back all the way to the 1950s. How has design changed in that time?

Richard Sapper: There have been enormous changes. When I was young and starting out, industrial designers all worked for somebody who owned a company. Some of those company owners wanted to make good-looking things because there is pleasure associated with good forms. In many ways these people were idealists. They didn’t make more money because they made a beautiful design. Today, it seems to me that money is the only reason to make design.

If a company asks me to design something, the first thing I hear is how much money they’re making, how much money they want to make, and I’m expected to produce the difference. It is a completely different relationship and it isn’t as much fun to work in such a relationship. From that point of view, my profession has degraded.

Alyn Griffiths: So do you think there are too many products and too many designers today?

Richard Sapper: There are certainly too many products and too many designers, and the idea behind design has changed. Today it’s all [about] money. Back then it was just an interest in producing something beautiful. And this is very similar to the interest a designer has in making a design. They want to do something beautiful. If you find a manufacturer who has the same interests then it is easy to work together. Today, most of my clients are so big that there is no one person who is responsible for the appearance of the product.

Apple has been a real exception because it was a company that, up until last year, still worked as my old clients used to work. They would come and see what I do, they would tell me their opinions and it was just [Steve] Jobs who did that. He absolutely wanted to make beautiful products.

Alyn Griffiths: You never worked for Apple did you?

Richard Sapper: Jobs once wanted to hire me to do the design of Apple [computers] but the circumstances weren’t right because I didn’t want to move to California and I had very interesting work here that I didn’t want to abandon. Also, at that time Apple was not a great company, it was just a small computer company. They were doing interesting things so I was very interested, of course, but I had an exclusivity contract with IBM.

Alyn Griffiths: Do you regret it at all?

Richard Sapper: Sure I regret it – the man who then did it makes $30 million a year! [Laughs] so how can you not regret it?

Alyn Griffiths: How have technologies like 3D printing changed the processes of designing and manufacturing?

Richard Sapper: 3D printing is changing not only the way design is made – that has already happened – but it is also changing the way things are produced. In a few years, many things that are now produced in big factories will just be done at home.

Alyn Griffiths: Do you think that’s a good thing?

Richard Sapper: Yes, I think so. It’s a huge revolution, and it is revolution that allows anyone who has such a machine the possibility to produce something that they have invented themselves. This can help to reduce the problem of unemployment because people are able to produce something without having to be employed.

Alyn Griffiths: Do you not worry that the quality of design will deteriorate?

Richard Sapper: I think it has already deteriorated! [Laughs] I’m always asked, ‘Was there more good design when you were young, or is there more good design design now?’ My answer is that there is more good design now, but really good design was rare when I started and is still rare now.

Alyn Griffiths: Are there any designers working today who you admire?

Richard Sapper: Of course, I admire Jonathan Ive’s work very much. But you mustn’t forget the contribution of Steve Jobs because they worked so closely together.

Alyn Griffiths: What makes a good design for you?

Richard Sapper: It has to transmit a message to whomever is looking at it, or who has it in their hand. What message is another question, but it has to tell them something.

Alyn Griffiths: What you are currently working on?

I’m currently working on several things; one is an LED ceiling lamp to illuminate a whole room, I’m working on a system to support computer monitors for Knoll, which is a big project that I have been working on for five years. I’m also working on computers for Lenovo and I’m a consultant for IBM, so I have stuff to do!

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– Richard Sapper
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Headquarters for Swatch and Omega by Shigeru Ban

Japanese architect Shigeru Ban has revealed his competition-winning design for a campus of timber buildings to house the headquarters of watch brands Swatch and Omega in Biel, Switzerland.

Headquarters for Swatch and Omega by Shigeru Ban

The architect will add three new buildings to accompany Omega‘s existing offices, creating a consolidated campus and visitor centre that incorporates exhibition galleries, public plazas and a riverside hiking trail.

Headquarters for Swatch and Omega by Shigeru Ban

Using the engineering technologies of a nearby timber institution, each of the new structures will be built with a solid timber frame. Pillar and beam constructions will be used for a museum building and Omega production hall, while the Swatch headquarters building will feature an undulating timber gridshell.

Headquarters for Swatch and Omega by Shigeru Ban

“I wanted to design something very special and particularly appropriate for this city,” said Shiguru Ban at the project launch. “I know that Biel is very famous for its timber technologies – they have the most advanced timber institution.”

Headquarters for Swatch and Omega by Shigeru Ban

Describing how the structure of his Centre Pompidou-Metz was tested in Biel, he added: “Timber is the only renewable material for construction in the world. This building is going to be very important, not only for the company, but also for creating a new environment, creating the icon for the city of Biel.”

Headquarters for Swatch and Omega by Shigeru Ban

The museum building will form the centre of the campus and will be raised off the ground to open up a new entrance plaza.

Headquarters for Swatch and Omega by Shigeru Ban

The curving body of the Swatch headquarters will branch out from the museum, extending the plaza out across the street.

Headquarters for Swatch and Omega by Shigeru Ban

The project is set for completion in the summer of 2015. It will be the second building Ban has worked on for Swatch, after he completed the brand’s Japanese headquarters in Ginza, Tokyo, in 2007.

Headquarters for Swatch and Omega by Shigeru Ban

Ban’s other recent projects include a pavilion with cardboard columns in Moscow and a New York store for footwear brand Camper. See more architecture by Shigeru Ban.

Here’s a statement from Shigeru Ban:


I was very happy to win this competition to design the Headquarters for Swatch and Omega. This project is very important not only for Swatch and Omega but also for the city of the Biel. I wanted to design something very special and particularly appropriate for this city. And I know that Biel is very famous for its timber technologies – they have the most advanced timber institution. Even the Pompidou Center in Metz – we designed the timber roof and this was tested at the timber institution in Biel. So this city is well known for the timber technology – the most advanced timber technology, that’s why most of the building is designed with timber. Actually timber is the only renewable material for construction in the world. So this is also very important for the environment of the future. And this building – this project – is going to be very important not only for the company, but also for creating a new environment, creating the icon for the city of Biel. So this is the aim for this project – not only for functional reasons.

Also I have to explain that the Swatch Group has been working very closely with us. I also won the competition for the Swatch building which is called the Nicolas G. Hayek Center in Tokyo in 2005. We built the 14 storey building in Ginza Tokyo which is the most important commercial area in Japan. This building is also very innovative. We opened them – all the buildings – to the street to take natural ventilation. So the innovation of the building was the most important point which pleased Mr Hayek when we proposed the competition. And the important point of this building is not only the shape of the building but also the innovative idea for the Swatch and Omega companies – as you know, the Swatch is the innovation of Mr Hayek. That was totally revolutionary for the history of watchmaking. So we tried for the project to propose something very innovative as a building, as the Swatch is very innovative for the watch technologies. So that’s the kind of common idea between watchmaking and my proposal design for the building for Swatch and Omega. Because this is the second collaboration with Swatch Group, we have already established a very, very good relationship between our company and Swatch and Omega. So although this is a very challenging project, I really believe that the whole process will go very smoothly. And we have very good client, they totally understand the spirit of the design. We also have very good local team. Local architects, local engineers. Everybody was especially chosen for this particularly challenging project. So I have a great confidence that this project will move very smoothly, with a very successful proposal for this 21st century – not only for the city of Biel but also for Switzerland and for the world. Thank you.

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Movie: The Leadenhall Building by Rogers Stirk Harbour + Partners

This time-lapse movie by photographer Paul Raftery and producer Dan Lowe documents the construction of “the Cheesegrater”, a 225-metre skyscraper by Rogers Stirk Harbour + Partners that topped out today in the City of London.

The Leadenhall Building by Rogers Stirk Harbour + Partners
Photograph by Paul Raftery

Positioned opposite Richard Rogers‘ famous Lloyds Building, the 50-storey Leadenhall Building will feature a glazed body that is tapered to respect views towards St Paul’s Cathedral. It was this angular shape that inspired its popular nickname.

The Leadenhall Building by Rogers Stirk Harbour + Partners
Photograph by Paul Raftery

Set to open in 2014, the tower will predominantly contain offices but its base will house a seven-storey public space filled with shops, restaurants and exhibition areas.

The Leadenhall Building by Rogers Stirk Harbour + Partners
Photograph by Dan Lowe

The movie by Raftery and Lowe frames the first six months of a year-long project to record the final stages of construction. Work on the building previously stalled for over two years when developer British Land experienced financial difficulties but has been progressing steadily since the start of 2011.

The Leadenhall Building by Rogers Stirk Harbour + Partners
Photograph by John Safa

See more images of the Leadenhall Building in our earlier story, or see more architecture by Rogers Stirk Harbour + Partners, including the soon-to-complete extension to the British Museum.

Music is by George McLeod and titles are by Alex Ashworth.

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Competition: tickets for New Designers 2013 Awards Preview Evenings to be won

Competition: tickets for New Designers 2013 Awards Preview Evenings to be won

Competition: Dezeen readers can win one of five pairs of tickets for the Awards Preview Evenings at London graduate exhibition New Designers 2013 on 26 June or 3 July.

Competition: tickets for New Designers 2013 Awards Preview Evenings to be won
Trina earings by Ciara Bowles. Top: Branch light by Peter Larkham

Showcasing work by over 3000 design graduates from across the UK, the New Designers event is organised in two parts.

Competition: tickets for New Designers 2013 Awards Preview Evenings to be won
Arrow Animal table by Gil Muller

Part one will focus on textiles, fashion and accessories, contemporary applied arts, plus jewellery and precious metalwork from 26 to 29 June.

Competition: tickets for New Designers 2013 Awards Preview Evenings to be won
Anemones by Zoe Davidson

During part two, graduates will exhibit furniture and product design, visual communications and spatial design from 3 to 6 July.

Competition: tickets for New Designers 2013 Awards Preview Evenings to be won
Volvo Supercar concept by Reece Oglesby

The awards will be presented to promising designers at a ceremony on 26 June for part one and another on 3 July for part two, both from 6:30pm – 9pm. Please state which you would like to attend when entering the competition.

Competition: tickets for New Designers 2013 Awards Preview Evenings to be won
Leonilda by Raffaella Buck

Winners will have the chance to meet some of the designers and preview the show before it opens to the public.

Competition: tickets for New Designers 2013 Awards Preview Evenings to be won
Orange Bees’ Nest by Amy Thornley

The ceremonies and exhibitions will take place at the Business Design Centre, London N1 0QH and winners will be able to collect their tickets upon arrival door. Visit the New Designers Awards website for further details.

Competition: tickets for New Designers 2013 Awards Preview Evenings to be won
Last year’s New Designers exhibition

To enter this competition email your name, age, gender, occupation, and delivery address and telephone number to competitions@dezeen.com with “New Designers 2013” in the subject line, stating which awards you would like to attend. We won’t pass your information on to anyone else; we just want to know a little about our readers. Read our privacy policy here.

Competition: tickets for New Designers 2013 Awards Preview Evenings to be won
Last year’s New Designers exhibition

Competition closes 24 July 2013. Five winners will be selected at random and notified by email. Winners’ names will be published in a future edition of our Dezeen Mail newsletter and at the top of this page. Dezeen competitions are international and entries are accepted from readers in any country.

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Awards Preview Evenings to be won
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DoorBot wireless doorbell by Edison Junior Design Laboratory

dezeen_DoorBot by Edison Junior Design Laboratory_1

Technology startup Edison Junior Design Laboratory has created a doorbell that allows users to see who’s at their door remotely on their smartphone or tablet.

The doorbell incorporates a camera that transmits live video and audio through an app, making it possible to communicate directly with whoever is outside.

dezeen_DoorBot by Edison Junior Design Laboratory_2

“The biggest difference with DoorBot from any other doorbell system is that you will be able to see and talk to anyone who is at your front door from anywhere in the world,” August Cziment, director of operations at Edison Junior Design Laboratory in Santa Monica, California, told Dezeen.

By notifying users when the doorbell rings and immediately streaming live video, they have the option of whether to respond or to ignore the visitor.

dezeen_DoorBot by Edison Junior Design Laboratory_3

DoorBot can also combine with an automatic door lock called Lockitron to enable the door to be unlocked remotely if someone trusted needs access.

Cziment says DoorBot is designed “to be bulletproof against hacking, but even if something crazy happened and it was hacked, the reality is the only thing a hacker could see is the area in front of your house.”

The project was launched on crowd funding website Christie Street and has surpassed its funding target of $250,000, raising $395,660 so far. The first units will be distributed in late July.

San Francisco designer Yves Behar has also recently designed a door lock operated by a smartphone app that unlocks the door when the phone is nearby, or grants access remotely through the app.

See all stories about technology »

Here’s a detailed description of the project:


DoorBot

Your home is your most valuable asset, and now with DoorBot, you’re more connected to it than ever. DoorBot is a simple, yet powerful wireless doorbell that streams live video and audio of your front door directly to your smartphone or tablet. Simply install DoorBot, download the free app and you’re ready to go. Now, anytime you have a visitor you’ll not only be able to see them, but you’ll be able to talk with them as well. DoorBot is the perfect device because of the peace of mind you get while away from home, and the convenience you get while in it. DoorBot brings your front door to you – wherever you may be.

“Recent research shows that 91% of people keep their phone within 3 feet, 24 hours a Day,” (Morgan Stanley) making it the perfect device for monitoring your front door.

DoorBot is perfect for when you’re away…

Communicate with delivery people as though you were right there. Let them know it’s okay to leave the package at the front door. Or, tell the food delivery person to hold tight – you’ll be home in a minute.

Never miss another visitor. Whether it’s a neighbor stopping by to drop something off, or a friend who happened be in the area –– you’ll always know. Give the illusion you’re home; you might decide it’s best that an unknown visitor doesn’t realize that your home is vacant. Never again worry about who may, or may not be there. Leave your home with the peace of mind that your doorstep is right by your side.

And DoorBot is equally amazing for when you are home…

Never interrupt what you’re doing to find out who is at the door. Whether you’re lounging around or in the middle of something important, you don’t have to worry about dropping everything to answer the door.

See someone you don’t want to talk to? You don’t have to answer. With DoorBot you can check out the video stream before answering – if it’s someone you don’t want to deal with, simply ignore the notification. They’ll never even realize you were home. Lounging by the pool? Working in the garage? Playing with the kids in the backyard? DoorBot brings your front door to you –– wherever you may be.

Beautiful design. Easy to use.

DoorBot’s perforated brushed aluminum faceplate looks great on any front door. And it’s not just good looking; the internal and external components are carefully designed to endure the elements. DoorBot’s powerful camera captures amazing video in the daylight, and at nighttime. The adjustable camera lens allows you to position your DoorBot to your exact preference, so it always captures exactly what you need it to. DoorBot’s highly efficient Wi-Fi technology allows the device to run for a full year under normal use before needing to replace its 4 AA batteries.

Installing DoorBot couldn’t be easier. You can choose between mounting it using nothing more than 4 screws, or with our included bracket. Regardless, installation can be completed in a matter of minutes. Once the device is mounted simply download the free app, sync it to the DoorBot and you’re ready to go! You’ll never miss a visitor again. Think of it like having an extra set of eyes and ears.

Additional Features

Theft Prevention – We are looking at ways to improve the mounting bracket to prevent thieves from being able to take the device, or batteries. In addition, we’re guaranteeing that if your DoorBot is stolen, we’ll replace it – free of charge.

Legacy Doorbell Compatibility – We’ve gotten a lot of feedback around integrating DoorBot with your current doorbell. Well, we have worked with the engineers and we will be able to ding your doorbell if you currently have one in place. Now when a visitor rings the DoorBot not only will your smartphone and tablet be notified, but your home’s doorbell will chime as well. Also we are looking into being able to alternatively power DoorBot off of the doorbell wires, but as of right now we can not guarantee that.

DoorBot + Lockitron: The Perfect Marriage

Not only see who is at the door, but also let them in. Lockitron is an amazing wireless automatic door lock. Like Doorbot it is super easy to install. The team at Lockitron built their lock with an open design and because of that, we are going to add the Lockitron controls to the DoorBot app. Just enter your Lockitron credentials and you will see the door lock controls on the screen. So buy the Doorbot/Lockitron bundle and you will be able to see who’s at your front door and decide whether or not you want to grant them access – from anywhere, all from the palm of your hand.

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Bishop Edward King Chapel by Niall McLaughlin Architects

This elliptical chapel near Oxford by London studio Niall McLaughlin Architects contains a group of arching timber columns behind its textured stone facade (+ slideshow).

Bishop Edward King Chapel by Niall McLaughlin Architects

The Bishop Edward King Chapel replaces another smaller chapel at the Ripon Theological College campus and accommodates both students of the college and the local nuns of a small religious order.

Bishop Edward King Chapel by Niall McLaughlin Architects

Niall McLaughlin Architects was asked to create a building that respects the historic architecture of the campus, which includes a nineteenth century college building and vicarage, and also fits comfortably amongst a grove of mature trees.

Bishop Edward King Chapel by Niall McLaughlin Architects

For the exterior, the architects sourced a sandy-coloured stone, similar to the limestone walls of the existing college, and used small blocks to create a zigzagging texture around the outside of the ellipse. A wooden roof crowns the structure and integrates a row of clerestory windows that bring light across the ceiling.

Bishop Edward King Chapel by Niall McLaughlin Architects

Inside, the tree-like timber columns form a second layer behind the walls, enclosing the nave of the chapel and creating an ambulatory around the perimeter. Each column comprises at least three branches, which form a latticed canopy overhead.

Bishop Edward King Chapel by Niall McLaughlin Architects

Niall McLaughlin told Dezeen: “If you get up very early, at sunrise, the horizontal sun casts a maze of moving shadows of branches, leaves, window mullions and structure onto the ceiling. It is like looking up into trees in a wood.”

Bishop Edward King Chapel by Niall McLaughlin Architects

A projecting window offers a small seating area on one side of the chapel, where McLaughlin says you can “watch the sunlit fields on the other side of the valley”.

Bishop Edward King Chapel by Niall McLaughlin Architects
Photograph by Denis Gilbert

A small rectilinear block accompanies the structure and houses the entrance lobby, a sacristy, storage areas and toilets.

Bishop Edward King Chapel by Niall McLaughlin Architects
Photograph by Denis Gilbert

The Bishop Edward King Chapel was one of 52 projects to recently win an RIBA Award.

Bishop Edward King Chapel by Niall McLaughlin Architects
Photograph by Denis Gilbert

Other projects by Niall McLaughlin Architects include four mono-pitched extensions to a rural cottage in Ireland.

Bishop Edward King Chapel by Niall McLaughlin Architects

Photography is by the architects, apart from where otherwise stated.

Here’s a detailed project description from Niall McLaughlin Architects:


Bishop Edward King Chapel

The client brief sought a new chapel for Ripon Theological College, to serve the two interconnected groups resident on the campus in Oxfordshire, the college community and the nuns of a small religious order, the Sisters of Begbroke. The chapel replaces the existing one, designed by George Edmund Street in the late nineteenth century, which had since proved to be too small for the current needs of the college.

Bishop Edward King Chapel by Niall McLaughlin Architects

The brief asked for a chapel that would accommodate the range of worshipping needs of the two communities in a collegiate seating arrangement, and would be suitable for both communal gatherings and personal prayer. In addition the brief envisioned a separate space for the Sisters to recite their offices, a spacious sacristy, and the necessary ancillary accommodation. Over and above these outline requirements, the brief set out the clients’ aspirations for the chapel, foremost as ‘a place of personal encounter with the numinous’ that would enable the occupants to think creatively about the relationship between space and liturgy. The client summarised their aspirations for the project with Philip Larkin’s words from his poem Church Going, ‘A serious house on serious earth it is… which, he once heard, was proper to grow wise in…’.

Bishop Edward King Chapel by Niall McLaughlin Architects

On the site is an enormous beech tree on the brow of the hill. Facing away from the beech and the college buildings behind, there is ring of mature trees on high ground overlooking the valley that stretches away towards Garsington. This clearing has its own particular character, full of wind and light and the rustling of leaves.

Bishop Edward King Chapel by Niall McLaughlin Architects

These strengths of the site also presented significant planning constraints. The college’s existing buildings are of considerable historical importance. G.E. Street was a prominent architect of the Victorian Age and both the main college building and vicarage to its south are Grade II* listed.

Bishop Edward King Chapel by Niall McLaughlin Architects

The site is designated within the Green Belt in the South Oxfordshire Local Plan and is also visible from a considerable distance across the valley to the west. The immediate vicinity of the site is populated with mature trees and has a Tree Preservation Order applied to a group at the eastern boundary. The design needed to integrate with the character of the panorama and preserve the setting of the college campus and the surrounding trees.

Bishop Edward King Chapel by Niall McLaughlin Architects

The mediation of these interlocked planning sensitivities required extensive consultation with South Oxfordshire District Council, English Heritage and local residents.

Bishop Edward King Chapel by Niall McLaughlin Architects

The starting point for this project was the hidden word ‘nave’ at the centre of Seamus Heaney poem Lightenings viii. The word describes the central space of a church, but shares the same origin as ‘navis’, a ship, and can also mean the still centre of a turning wheel. From these words, two architectural images emerged. The first is the hollow in the ground as the meeting place of the community, the still centre. The second is the delicate ship-like timber structure that floats above in the tree canopy, the gathering place for light and sound. We enjoyed the geometry of the ellipse.

Bishop Edward King Chapel by Niall McLaughlin Architects

To construct an ellipse the stable circle is played against the line, which is about movement back and forth. For us this reflected the idea of exchange between perfect and imperfect at the centre of Christian thought. The movement inherent in the geometry is expressed in the chapel through the perimeter ambulatory. It is possible to walk around the chapel, looking into the brighter space in the centre. The sense of looking into an illuminated clearing goes back to the earliest churches. We made a clearing to gather in the light.

Bishop Edward King Chapel by Niall McLaughlin Architects

The chapel, seen from the outside, is a single stone enclosure. We have used Clipsham stone which is sympathetic, both in terms of texture and colouration, to the limestone of the existing college. The external walls are of insulated cavity construction, comprising of a curved reinforced blockwork internal leaf and dressed stone outer leaf.

Bishop Edward King Chapel by Niall McLaughlin Architects

The base of the chapel and the ancillary structures are clad in ashlar stone laid in regular courses. The upper section of the main chapel is dressed in cropped walling stone, laid in a dog-tooth bond to regular courses. The chapel wall is surmounted by a halo of natural stone fins. The fins sit in front of high-performance double glazed units, mounted in concealed metal frames.

Bishop Edward King Chapel by Niall McLaughlin Architects
Photograph by Denis Gilbert

The roof of the main chapel and the ancillary block are both of warm deck construction. The chapel roof drains to concealed rainwater pipes running through the cavity of the external wall. Where exposed at clerestory level, the rainwater pipes are clad in aluminium sleeves with a bronze anodised finish and recessed into the stone fins. The roof and the internal frame are self-supporting and act independently from the external walls.

Bishop Edward King Chapel by Niall McLaughlin Architects
Site plan – click for larger image

A minimal junction between the roof and the walls expresses this. Externally the roof parapet steps back to diminish its presence above the clerestorey; inside the underside of the roof structure rises up to the outer walls to form the shape of a keel, expressing the floating ‘navis’ of Heaney’s poem.

Bishop Edward King Chapel by Niall McLaughlin Architects
Floor plan – click for larger image

The internal timber structure is constructed of prefabricated Glulam sections with steel fixings and fully concealed steel base plate connections. The Glulam sections are made up of visual grade spruce laminations treated with a two-part stain system, which gives a light white-washed finish.

Bishop Edward King Chapel by Niall McLaughlin Architects
Long section – click for larger image

The structure of roof and columns express the geometrical construction of the ellipse itself, a ferrying between centre and edge with straight lines that reveals the two stable foci at either end, reflected in the collegiate layout below in the twin focus points of altar and lectern. As you move around the chapel there is an unfolding rhythm interplay between the thicket of columns and the simple elliptical walls beyond. The chapel can be understood as a ship in a bottle, the hidden ‘nave’.

Bishop Edward King Chapel by Niall McLaughlin Architects
Cross section – click for larger image

RIBA competition won – July 2009
Planning Consent – June 2010
Construction – July 2011
Practical Completion – February 2013
Construction Cost – 2,034,000

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East Side Story by Sibling

East Side Story by Sibling

Clothes printed with artist Richard Woods’ woodgrain graphics featured in this week’s Spring Summer 2014 show by London fashion studio Sibling.

East Side Story by Sibling

Woods‘ signature timber-like designs patterned Sibling‘s garments and were echoed on the wall at the start of the catwalk.

East Side Story by Sibling SS14

The collection also included knitted sportswear, comprising panels of circular links and diamond lattices used to make shorts, three-quarter-length trousers and deep V-necks.

East Side Story by Sibling SS14

Thick black seams, collars, cuffs and hems created outlines around sections coloured in saturated shades of pink, purple, blue and green, taken from the 1961 movie West Side Story.

East Side Story by Sibling

The use of line was meant to reference the title sequence of West Side Story, designed by American graphic designer Saul Bass who was recently honoured with an animated Google doodle. “Bass is the king of creating narrative through the sparse use of lines,” said Sibling.

East Side Story by Sibling SS14

One fine-knit pink jumper, with black bands across the shoulders and around the tops of dropped sleeves, billowed around the hips and wrists.

East Side Story by Sibling

Blue leopard print was used for a bomber jacket and shorts in one outfit, then for an unbuttoned sleeveless jacket and cropped trousers in the next.

East Side Story by Sibling SS14

Various shades of denim were worn over shirts and shorts, which were printed with female figures or fists grasping jagged arrows.

East Side Story by Sibling

Towards the end of the show, blue tracksuits emblazoned with stars depicted an “S” on the back of a hooded top and the front of a sleeveless sweatshirt.

East Side Story by Sibling

Unusually, the designers encouraged models to smile as they paraded the attire during London Collections: Men, the city’s menswear-only fashion event, earlier this week.

East Side Story by Sibling

Sibling’s mens collection last season included oversized knitted accessories and their Autumn Winter 2013 womenswear show featured colourful crocheted flowers.

East Side Story by Sibling

Earlier this year, Richard Woods collaborated with designer Sebastian Wrong to create a collection of chairs that wouldn’t seem out of place in a cartoon.

East Side Story by Sibling

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Sibling provided us with the following information:


East Side Story – Sibling Spring Summer 2014

West Side Story becomes East Side Story for Sibling this season bringing the tale of angry American youth closer to home.

East Side Story by Sibling

“Finger clicks, high kicks, yet never feminizing men,” were just some of the messages taken on board from the musical by Sibling, AKA Joe Bates, Cozette McCreery and Sid Bryan. Saul Bass’ iconic film titles also inspired the graphic use of line in the collection.

East Side Story by Sibling

“One of the key words for us this season is ‘graphic’,” explain Sibling. “The nature of knit, its texture, softness and drape – we wanted to bring hard lines into it. Saul Bass is the king of creating narrative through the sparse use of lines. Then there is the idea of the youthful male, the idea of young men setting themselves into tribes and having dress codes as tribes. Whether that is a motorcycle gang, a street gang – their dress is their literal badge of honour.”

East Side Story by Sibling

There is a collaboration with the artist Richard Woods that also emphasises the use of graphics in the collection, with his signature woodprint.

East Side Story by Sibling

A nod to American sportswear is given a British domestic spin – or rather knit. And for the first time Sibling unveil their denim pieces made on the model of traditional American military apparel.

East Side Story by Sibling

The global message of American youth culture also finds it’s expression in the influence of Bruce Davidson’s photographs on the collection. In particular the blown-up embroidered motifs from denim gang jackets, WW2 airplane nose art and the scrawled graffiti prints that are peppered throughout.

East Side Story by Sibling

At times utilizing the stiff plastic strings that go to make Scoobie friendship bracelets, new, lightweight woven knits incorporate their structural form. This is also a nod to the Ndebele tribe’s distinct colourful and graphic style of decoration.

East Side Story by Sibling

And much of the colouring of the collection has a debt to them as well as to the cinematographer Daniel L Fapp’s colour saturation of West Side Story: Shark Blue, lilac, lime, Jet Blue and mint green.

East Side Story by Sibling

This Spring-Summer collection marks the fifth anniversary of Sibling’s men’s knitwear line.

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Plug + Play by Neil Merry

This kit by Royal College of Art graduate Neil Merry allows musicians to control sound and lighting effects at their gigs by slinging the microphone around or waggling their instruments about (+ movie).

Plug + Play sound and lighting effects for electronic music by Neil Merry

Presented at the Royal College of Art graduate show in London this week, the portable Plug + Play kit includes sensors that clip onto instruments or microphone stands, controlling sound and lighting according to the performer’s movements and gestures.

Plug + Play sound and lighting effects for electronic music by Neil Merry

One senses the proximity of the performer to the microphone, for example, while another is activated by twisting the microphone stand.

Plug + Play sound and lighting effects for electronic music by Neil Merry

“It’s about having control over things you wouldn’t normally have control of as a performer,” says Merry, who thinks the kit could bring more engaging performances to electronic music in particular: “With electronic music you can be stuck behind a laptop so you lose that interaction, whereas this lets you control the electronic sounds in a more physical way.”

Plug + Play sound and lighting effects for electronic music by Neil Merry

He explains that while shows at a big venue might come with a sound desk and a lighting display, “this is a kit for intimate gigs on a small stage – it’s something one person can take with them.”

Plug + Play sound and lighting effects for electronic music by Neil Merry

All the components clip together on the back of the lamp for easy transportation. Right now the sensors feed into a control box that relays changes to the speakers and a light, but Merry hopes to make the system wireless so it would be easier to set up.

Plug + Play sound and lighting effects for electronic music by Neil Merry

Neil Merry is graduating from Platform 17 of the Design Products course at the Royal College of Art, where the show opens to the public from 20–30 June.

Plug + Play sound and lighting effects for electronic music by Neil Merry

Other work on display includes a mask that lets you tune your senses like a TV and wooden shoes based on furniture structures.

Plug + Play sound and lighting effects for electronic music by Neil Merry

Other musical projects on Dezeen include a record-playing bicycle, an amplifier that only works when people link hands or touch noses and a combined glassblowing pipe and trumpet.

Plug + Play sound and lighting effects for electronic music by Neil Merry

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Here’s some more information from Neil Merry:


PLUG + PLAY

Plug + Play is a portable toolkit for the performance of electronic or computer-based music. Traditionally, electronic music requires the performer to hunch behind a laptop or synthesiser pushing buttons and twiddling knobs, as a consequence this can the lack live visual performance and on-stage energy of a more traditional band. Using a collection of sensors and lights, Plug + Play provides a means for a more dynamic performance of electronic music by translating gestures and actions into sound and lighting effects.

Plug + Play sound and lighting effects for electronic music by Neil Merry

Each sensor works according to a different method of interaction (Movement, Intimacy, Twist & Slam) and can be worn on the body or attached to an existing instrument. As such, a microphone stand can become a 3D music controller, a maraca a heavy bass line or a raised hand a pulsating synth wave.

Plug + Play sound and lighting effects for electronic music by Neil Merry

My design fits within the existing architecture of a live performance and interfaces with the huge range of sounds provided through modern music software (a sort of advanced, digital equivalent of the guitar pedal). With the increased accessibility of music creation programs on laptops and tablet devices, it has never been easier to produce your own music, however there are currently very few options when it comes to performing this music live. Plug + Play can integrate electronic sounds into a live band, orchestral performance, or simply give electronic artists new ways to create sounds and music. The whole kit can be packed up and easily carried and would be particularly suitable for performance in small music venues, as well as easily integrating into a larger stage set-up, suiting both bedroom producers and more established musicians.

Plug + Play sound and lighting effects for electronic music by Neil Merry

As vocals are a common element in many electronic tracks, I used the microphone stand as my main point of focus for this project. Already featuring as a tool for expression by many performers, each Plug and Play sensor enables this expression and physical interaction to become a central part of the music creation. The result is to turn the simple microphone stand into an instrument in its own right and offer a more tactile and emotive interaction with electronic and digital sounds.

Plug + Play sound and lighting effects for electronic music by Neil Merry

Neil Merry is a recent graduate of Design Products course at the RCA, studying on Platform 17 which focuses on the broad world of consumer electronics and is tutored by Martin Postler and Ian Ferguson. Within my work I look to find meaningful applications of technology that bridge gaps between the physical and digital and provide new spaces for interaction and expression.

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C. F. Møller designs world’s tallest wooden skyscraper

News: Scandinavian firm C. F. Møller has revealed proposals that could see the world’s tallest timber-framed building constructed in Stockholm.

As one of three shortlisted proposals in a housing design competition, the 34-storey Wooden Skyscraper is presented by architect C. F. Møller, architect Dinell Johansson and consultant Tyréns as a vision of future housing that would be cheaper, easier and more sustainable than typical steel and concrete constructions.

Wooden Skyscraper by C. F. Møller

“The main reason it hasn’t been done before is that concrete and steel have a big part of the market,” C. F. Møller architect Ola Jonsson told Dezeen. “But now the building industry has started taking responsibity for the environment.”

He continued: “Construction accounts for around 30-40 percent of CO2 produced in the world globally and if you look at the CO2 released in the production of wood it is a lot better than steel or concrete.”

Wooden Skyscraper by C. F. Møller

According to Jonsson, using wood could even be a cheaper alternative, as it is a lighter material that costs far less to transport. It is also more fire-resistant than steel or concrete.

“We have a long history of building wooden structures in Sweden,” he explains. “We have a higher knowledge of how to use the wood those days and we know that glued or nailed wood does have very strong construction qualities.”

Wooden Skyscraper by C. F. Møller

If built, the 34-storey building would exceed the height of the nine-storey Murray Grove tower in London, as well as a proposed 20-storey tower in Vancouver by architect Michael Green and a Swedish tower approved at 30 floors. “I’ve seen sketches of other buildings, but we are definitely at the highest end of this discussion,” said Jonsson.

Wooden pillars, beams, walls, ceilings and window frames will all be visible through the building’s glass facade. The presented designs also include a concrete core, although Jonsson says this could be replaced with wood. “We believe a modern building should use every material for its best purpose,” he adds.

Wooden Skyscraper by C. F. Møller
Typical floor plan – click for larger image

The winning entry in the competition, organised by Swedish building society HSB Stockholm, is scheduled to open in 2023 to coincide with the organisation’s 100th birthday. Anyone can vote for the winner using the HSB Stockholm Facebook page.

Other projects by C. F. Møller include an art and craft museum completed recently in Norway and a centre for entrepreneurs with a green fibre-cement staircase.

Wooden Skyscraper by C. F. Møller
Concept section – click for larger image

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Wooden Skyscraper

For HSB Stockholm’s architectural competition 2023, three teams of architects have produced innovative proposals for private residences of the future at three different locations in the centre of Stockholm. Berg | C.F. Møller’s proposed design is a 34-storey skyscraper made of wood.

Berg | C.F. Møller Architects are working in partnership with architects Dinell Johansson and consultants Tyréns on their entry. The team has chosen to build upwards, and has designed a 34-storey residential building, which will be seen for miles.

The building will be built over a wooden construction with a concrete core, and it is intended to give the people of Stockholm a new and characteristic beacon and meeting place in their city.

Back to basics

Wood is one of nature’s most innovative building materials: the production has no waste products and it binds CO2. Wood has low weight, but is a very strong load-bearing structure compared to its lightness.

Wood is also more fire resistant than both steel and concrete. This is due to 15% of wood mass being water, which will evaporate before the wood actually burns. In addition, logs get charred which protects the core.

Wood secures a good indoor climate, perfect acoustics, helps regulating the inside temperature and can be exposed without being covered with plaster or other costly materials.

In Berg | C.F. Møller’s wooden skyscraper, the pillars and beams are made of solid wood. Inside the apartments, all the walls, ceilings and window frames are made of wood as well and will be visible from the exterior through the large windows.

Sustainable

Social and environmental sustainability is integrated into the project. Each apartment will have an energy-saving, glass-covered veranda, while the building itself will be powered by solar panels on the roof. At street level there is a café and childcare facility. In a new community centre, local people will be able to enjoy the benefits of a market square, fitness centre and bicycle storage room. A communal winter garden will provide residents with an opportunity to have allotment gardens.

All three design proposals are available on HSB Stockholm’s Facebook page. Here you can vote for your favourite and thus play your part in determining how private homes in Stockholm will look in the future.

About the competition

HSB Stockholm – Sweden’s largest building society – is 100 years old in 2023. At that time an ultra-modern residential high-rise building will be completed in Stockholm city. Three architectural teams are now preparing the competitive proposals for the spectacular house that will be placed at one of three different sites in Stockholm.

Berg | C.F. Møller Architects is working together with architects Dinell Johansson and the urban planning consultancy Tyréns. The other two competing teams are Equator Stockholm with Mojang (Minecraft) and Utopia Architects with Rosenberg Architects.

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Twisted skyscrapers

Cayan Tower by SOM

Following our story on SOM’s contorted Cayan Tower in Dubai, here’s a roundup of twisted skyscrapers from the Dezeen archives.

The Grove at Grand Bay by BIG
The Grove at Grand Bay by BIG

Danish firm BIG are behind a few of the twisted buildings on Dezeen. The most recent is The Grove at Grand Bay, a 20-storey residential development for Miami.

Absolute Towers by MAD
Absolute Towers by MAD

These curvaceous twisting skyscrapers by Beijing firm MAD in Mississauga, Canada, have been dubbed the “Marylyn Monroe towers” by local residents.

Dancing Towers by Studio Daniel Libeskind
Dancing Towers by Studio Daniel Libeskind

Daniel Libeskind says the three Dancing Towers he’s designed as part of his Yongsan International Business District masterplan for Seoul are inspired by the movements of a Korean Buddhist dance.

Beach and Howe St. by BIG
Beach and Howe St. by BIG

More from BIG: this time the 150-metre-high Beach and Howe St. skyscraper for downtown Vancouver that turns away from the adjacent motorway flyover.

Huntingdon Estate by AL_A
Huntingdon Estate by AL_A

This twisted residential tower clad in zinc-coated steel is part of the Huntingdon Estate mixed use development proposal in Shoreditch, London, by AL_A.

Raffles City Hangzhou by UNStudio
Raffles City Hangzhou by UNStudio

UNStudio’s 60-storey Raffles City Hangzhou building with two twisting towers near the Qiantang River in China is due for completion next year.

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