Royal College of Art risks becoming a “Chinese finishing school”

Royal College of Art risks becoming a "Chinese finishing school"

News: the Royal College of Art will end up as a “Chinese finishing school” unless the UK government does more to encourage young people to study art and design, according to writer and broadcaster Andrew Marr.

Marr said the RCA, which this week celebrates its 175th anniversary, was set up by the government to counter the threat of economic decline caused by high-quality goods from overseas markets, but feared politicians today failed to appreciate the importance of design education.

“Design doesn’t feature on new models of the core curriculum,” Marr writes on the BBC’s website. “Art colleges are under the financial cosh. You’d almost get the impression that Westminster [the home of UK government] and Albertopolis [the swathe of South Kensington in London where the Royal College of Art is located] are now different planets.”

This Monday, Marr hosted a special edition of Start the Week on BBC Radio 4 to celebrate the RCA’s 175th anniversary with guests including former RCA rector and Arts Council chair Sir Christopher Frayling.

In the show, Frayling pointed out that the creative industries provided twice as many UK jobs as financial services, but that this contribution went unnoticed.

“What I never understand is, there are so many column inches about financial services all the time,” Frayling told Marr. “Financial services contributes about 1% more than the creative industries, which employ two million people whereas financial services employ one million people. So in terms of contribution to the economy generally, the creative industries actually have it over financial services in almost every way. And how many column inches about it? Very little. So there’s this huge impact but people don’t seem to be noticing.”

In his article, Marr argues that because the economic value of art schools is difficult to measure, politicians fail to appreciate their importance to the economy.

“And there’s where I think the trouble lies,” Marr concludes. “To invest in art and design means putting public money into areas whose value cannot be captured on a spreadsheet, where concepts like productivity, value-for-money, inputs and outputs – which so reassure the political world – simply collapse. That means faith. It means risk.

“But, without it, hard times surely stretch out rather bleakly. Other countries understand this, including China where more than a thousand art and design colleges are operating and whose students greatly benefit from colleges here too.

“If we don’t do more to encourage our young people to art and design, Frayling tells me, the RCA will find itself simply ‘a Chinese finishing school’.”

During the radio show, Frayling pointed out that the fears over economic decline that led to the foundation of the RCA were similar to contemporary fears. “There was a select committee looking at manufactures and our exports and our balance of payments and they looked at French silk and wallpaper and they looked at industrial design in Prussia and Bavaria and they said what could we do to improve the quality of design for manufacture?” Frayling said.

He added: “And they also said why is there this snobbery about applied arts? Why are we so good at luxury goods and not so good at mass manufactured goods? So they set up the Government School of Design, which is the origin of public sector art education in this country.”

Andrew Marr is one of the UK’s foremost political writers and broadcasters and is former editor of The Independent.

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The Thread Wrapping Machine by Anton Alvarez

Threads and glue replace joints and screws in the furniture that emerges from a custom-made machine designed by Royal College of Art graduate Anton Alvarez (+ movie).

The Thread Wrapping Machine by Anton Alvarez

The Thread Wrapping Machine creates objects by binding components in hundreds of metres of thread while coating them in glue.

The Thread Wrapping Machine by Anton Alvarez

Above: photograph is by James Champion

Pieces of material such as wood, steel or plastic are passed through the machine as it spins round, controlled by a foot pedal.

The Thread Wrapping Machine by Anton Alvarez

Above: photograph is by Märta Thisner

As the object is moved through the machine and wrapped in thread, additional components can be added to create chair legs, seat backs and other elements.

The Thread Wrapping Machine by Anton Alvarez

Above: photograph is by Märta Thisner

Varying the colour and type of thread used creates different patterns around the final objects, which so far include chairs, stools and benches.

The Thread Wrapping Machine by Anton Alvarez

Above: photograph is by Märta Thisner

“I have full control over the development of the machine,” said Alvarez, explaining that the set-up allows him to be independent from industry as well as from tradition. “I can freely experiment and develop it according to what I discover are my needs in this new craft,” he added.

The Thread Wrapping Machine by Anton Alvarez

Above: photograph is by Märta Thisner

Alvarez, who is half Chilean and half Swedish, studied at Konstfack University College of Arts, Craft and Design in Stockholm, Sweden, before completing the Design Products MA at London’s Royal College of Art.

The Thread Wrapping Machine by Anton Alvarez

Earlier this year, Dezeen filmed a movie of course leader Tord Boontje giving a tour of the Design Products graduate show.

The Thread Wrapping Machine by Anton Alvarez

A version of Alvarez’s machine that embellishes the objects with tiny Swarovski crystals is currently on display at the Design Museum as part of the Digital Crystal exhibition.

The Thread Wrapping Machine by Anton Alvarez

Other objects in the exhibition we’ve reported on include Troika’s mechanical projector, Philippe Malouin’s spinning “light paintings” and Arik Levy’s interactive computer-generated crystals.

The Thread Wrapping Machine by Anton Alvarez

We previously featured Alvarez’s triangular bench carved from a log of American cherry, which appeared in the V&A museum during the London Design Festival this September as part of an exhibition of work by RCA students.

The Thread Wrapping Machine by Anton Alvarez

See all our stories about machines »
See all our stories about furniture »

Photographs are by Paul Plews except where stated.

Here’s some more information from the designer:


The Thread Wrapping Machine is a tool to joint different types of material with only the glue-coated thread as its cement.

The Thread Wrapping Machine by Anton Alvarez

Above: photograph is by Märta Thisner

Through using this construction method, many different materials can be joined to form objects and spaces such as wood, steel, plastic or bricks. Designing the Thread Wrapping Machine, I have created a new tool and a method of working.

The Thread Wrapping Machine by Anton Alvarez

Above: photograph is by Märta Thisner

To be independent from industry as well from traditions. I have full control over the development of the machine, I can freely experiment and develop it according to what I discover are my needs in this new craft, the Craft of Thread Wrapping.

The Thread Wrapping Machine by Anton Alvarez

Above: photograph is by Märta Thisner

The Craft of Thread Wrapping, as it is something that was born with this tool, and don’t have any history neither any traditions or norms to relate to.

The Thread Wrapping Machine by Anton Alvarez

Above: photograph is by Märta Thisner

To become a master of the Craft of Thread wrapping, at least 10,000 metres of thread has to be used.

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The Dyson Building by Haworth Tompkins

This factory-like building by architects Haworth Tompkins is the new home for print-making and photography at the Royal College of Art in London.

The Dyson Building by Haworth Tompkins

Named after British industrial designer and entrepreneur James Dyson, the Dyson Building also contains an innovation wing where start-up designers can launch their businesses.

The Dyson Building by Haworth Tompkins

At the heart of the building is a factory-like production room, referred to as the ‘machine hall’, which is filled with large printing machines and layout spaces.

The Dyson Building by Haworth Tompkins

Above: photograph is by Helene Binet

All the departments are arranged around this triple-height space and glass walls let students look across to see what’s going on in other studios.

The Dyson Building by Haworth Tompkins

Above: photograph is by Helene Binet

“What’s most successful is the way you can see everywhere,” architect Graham Haworth told Dezeen at the opening party.

The Dyson Building by Haworth Tompkins

Above: photograph is by Helene Binet

He went on describe the contrast between this building and the RCA’s 1960s Darwin Building, where “all the floors are stacked up on top of each other” and explained how Haworth Tompkins had tried to avoid this. ”We pushed the idea of a creative factory,” he said. “Just like Andy Warhol’s factory, a place of visible art production.”

The Dyson Building by Haworth Tompkins

Above: photograph is by Helene Binet

Raw concrete walls and surfaces recur throughout the building, which the architects hope will become gradually marked with traces of paint, glue, and other materials used by students.

The Dyson Building by Haworth Tompkins

Above: photograph is by Helene Binet

An exhibition room lines the building’s street-facing facade and a 220-seat lecture hall is located on the first floor.

The Dyson Building by Haworth Tompkins

Above: photograph is by Helene Binet

Now the project is complete, the architects are working on another building for the RCA, which will eventually link up with the Dyson Building and extend the length of the central hall.

The Dyson Building by Haworth Tompkins

Above: photograph is by Helene Binet

Haworth Tompkins also designed the Sackler Building, which accommodates the RCA’s painting school and is located next door.

The Dyson Building by Haworth Tompkins

Above: photograph is by Helene Binet

See more stories about the Royal College of Art here, including a series of movies we filmed at this year’s degree show.

The Dyson Building by Haworth Tompkins

Photography is by Philip Vile, apart from where otherwise stated.

The Dyson Building by Haworth Tompkins

Here’s some more information from the Royal College of Art:


Royal College of Art officially opens The Dyson Building in Battersea

The Royal College of Art, the world’s leading postgraduate art and design university and now in its 175th year, has opened a new academic building as part of a £61 million masterplan.

The Dyson Building by Haworth Tompkins

The Dyson building is named in honour of the British industrial designer, inventor and entrepreneur whose educational charity, the James Dyson Foundation, donated £5 million to support the development.

The Dyson Building by Haworth Tompkins

Designed by award-winning architects Haworth Tompkins, it is the most significant new development for the College since it moved to Kensington Gore in 1962 and will form the centre-piece of the RCA’s Battersea campus alongside the RCA’s existing Painting and Sculpture buildings.

The Dyson Building by Haworth Tompkins

It will connect with and provide a huge boost for ‘Creative Battersea’, which currently boasts the headquarters of fashion designer Vivienne Westwood, architects Will Alsop, Foster + Partners and the re-development of the Battersea power station site.

The Dyson Building by Haworth Tompkins

The building is home to the Printmaking and Photography programmes, providing state of the art facilities and studios for nearly 100 Master’s, Mphil and PhD students, as well as new offices for InnovationRCA, the College’s business incubator unit.

The Dyson Building by Haworth Tompkins

There is also a 220-seat lecture theatre and a gallery space which will be open to the public for talks and exhibitions, including the hugely popular RCA Secret postcard exhibition and sale which will re-locate to the Dyson building in March 2013.

The Dyson Building by Haworth Tompkins

For the first time in the College’s history all four fine art programmes will be based on one site, leading to a dynamic new synergy between the disciplines, and an exciting new chapter in the furtherance of the College’s fine art research.

The Dyson Building by Haworth Tompkins

Exploded block drawing – click above for larger image

The building is conceived as a creative ‘factory’ both in the industrial sense (as a place of industry), and through the reference to Andy Warhol’s Factory as a place of art production. An open, central ‘machine hall’ forms the heart of the building, designed to house the large printing machines used by students and technical staff to make work.

The Dyson Building by Haworth Tompkins

Site plan – click above for larger image

Centred around this space are the studios, offices and workshop facilities.

The Dyson Building by Haworth Tompkins

Section model – click above for larger image

A key characteristic of the RCA’s success is the fluid relationship between programmes. The building has been designed to create ‘horizontal drift’ between disciplines, and the creative processes take place in highly visible proximity to one another.

The Dyson Building by Haworth Tompkins

Section – click above for larger image

The cross-fertilisation of ideas that is present and encouraged on the programmes is also enhanced through the additional inclusion of InnovationRCA within the main building, blurring the boundary between the academic and the commercial.

The Dyson Building by Haworth Tompkins

Section – click above for larger image

InnovationRCA provides business support and incubation services to help students and graduates protect and commercialise pioneering design-led technologies successfully.

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Mouth Factory by Cheng Guo

These tools by Royal College of Art graduate Cheng Guo are controlled by simple mouth movements like chewing and blowing (+ movie).

Mouth Factory by Cheng Guo

The Mouth Factory includes a drill, a lathe and machines for rotational moulding and vacuum forming.

Mouth Factory by Cheng Guo

Above photo is by James Champion

There is also a silver ‘tongue extruder’ which fits inside the mouth and squeezes out Play-Doh when the user extends their tongue.

Mouth Factory by Cheng Guo

The drill is mounted on a headpiece and operated by making a chewing movement to turn the drill bit.

Mouth Factory by Cheng Guo

The vacuum forming tool allows the user to mould objects by inhaling through a tube. A plastic sheet is melted and placed on the fibreglass mould before the air is sucked out by the user, forcing the material into the shape of the mould.

Mouth Factory by Cheng Guo

Above photo is by James Champion

With the rotational moulding tool, the user fills the mould with resin before blowing on the attachment to spin it round as it sets.

Mouth Factory by Cheng Guo

The lathe lets the user hold the cutting tool in their mouth while spinning the wood which is held in place by the headpiece.

Mouth Factory by Cheng Guo

Cheng Guo recently graduated from the RCA’s Design Products course. Have a look at Dezeen’s movie of course leader Tord Boontje giving a tour of the work on display at Show RCA 2012.

Mouth Factory by Cheng Guo

Above photo is by James Champion

See all our stories from Show RCA 2012 »

Photographs are by Grey Chen, except where noted.

Here’s some more information from the designer:


Mouth Factory is inspired by the concept of human enhancement which has developed along with the progress of civilisation, from basic physical exercise to the adoption of enhancing apparatus all the way to the genetic engineering boomed in recent decades.

Mouth Factory by Cheng Guo

Above photo is by James Champion

I’ve always been interested in human behaviour in a given condition or environment, the subconscious control of one’s own body as well as enhancement of human capability, which is either overlooked or underestimated due to our familiarity with our own bodies.

Mouth Factory by Cheng Guo

The reason I chose the mouth as the subject matter to work with is that although it is such a wondrous organ, its capabilities and versatility is still underdeveloped. Apart from linguistic communication, food mastication and respiratory function which we take for granted in everyday life, the human mouth could also undertake many other functional tasks.

Mouth Factory by Cheng Guo

For example, using the mouth to replace the functions of handicapped body parts, performance acts such as using the mouth to pull a van, and special behaviours that occur in certain environments such as licking a wound.

Mouth Factory by Cheng Guo

Above photo is by James Champion

From the macroscopic point of view, by enhancing the capabilities of a frequently used yet underdeveloped organ, this project aims to investigate and present the reciprocal relationship between human body and various synthetic appendages, as well as the possible effects on the body imposed by those devices.

Mouth Factory by Cheng Guo

To some extent, Mouth Factory also renders and amplifies the aesthetic of human body and the rhythmicity of the repetitive behaviour when people are operating these performative devices, as well as a sense of beauty for the machines in production.

Mouth Factory by Cheng Guo

Above photo is by James Champion

Teeth lathe:
This wearable teeth lathe is driven by bows that are operated by hand. Two one-way bearings hiding in the pulley wheel of each side allow the axle to rotate in a single direction only. Instead of using lower front teeth as the cutter, which was the initial idea, the user will grip a silver steel blade with his teeth to shape the spinning material.

Inhaling vacuum form machine

Air is drawn out of the fibreglass mould by mouth after melting the plastic sheet mounted on it. Due to the vacuum inside, the atmospheric pressure will force the sheet material to fit on the internal surface of the mould. Then the formed plastic will be fixed after cooling down. The piston in the acrylic air chamber prevents the user from inhaling the toxic gas of heated plastic. The group of one way valves are used to hold the air in the mould when user breathes.

Blowing rotomolding machine

After placing a pair of silicone moulds in the aluminum container, mixed resin is injected into the mould from the side hole. Then the user can blow the fan blade as well as sway the head, which makes the container rotate around two axises. The whole process can last about five minutes.

Chewing drill

The biting force of a human being is about 13-35kg. This chewing drill uses a set of rack gear to transfer the biting force into torque. The chuck can hold various bits such as a drill bit, screw driver bit, sander bit, milling cutter, etc.

Tongue extruder

The shape of this extruder came from the casting of designer’s oral cavity. It is oral -safe due to the feature of silver material. After putting the chewing gum or play-doh into the extruder, user is supposed to eject his tongue to push the material come through the die in order to complete the extrusion process.

The movie above shows a mouth workout with movements designed to strengthen the mouth and improve the user’s tool skills.

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Proposal for Resuscitating Prehistoric Creatures by Marguerite Humeau

Designer Marguerite Humeau has reconstructed the vocal tracts of prehistoric creatures to capture the shrieks and grunts they might have made (+ slideshow + movie).

Proposal for Resuscitating Prehistoric Creatures by Marguerite Humeau

Vocal tracts are made from soft tissue so they do not fossilise, meaning that Humeau had to speculate on what the surrounding tissue would have been like by analysing bones from the head, neck and chest areas of fossilised animals.

Proposal for Resuscitating Prehistoric Creatures by Marguerite Humeau

Scans of elephants, wild boars, dolphins and porpoises – the closest living relatives to the three extinct species Humeau chose to recreate – also helped to map the probable shape of the vocal tracts.

Proposal for Resuscitating Prehistoric Creatures by Marguerite Humeau

Humeau contacted dozens of experts, including palaeontologists, zoologists, veterinarians, engineers, explorers, surgeons, ear and throat specialists and radiologists, to help her work out the designs.

Proposal for Resuscitating Prehistoric Creatures by Marguerite Humeau

She produced models of each extinct animal’s likely resonance cavities, larynx, vocal cords and windpipe, and recorded the sounds that each animal might have made.

Proposal for Resuscitating Prehistoric Creatures by Marguerite Humeau

The first version of the project was presented for her graduation from London’s Royal College of Art last year.

Proposal for Resuscitating Prehistoric Creatures by Marguerite Humeau

The initial project recreated the sounds of the extinct Imperial Mammoth, and was then expanded to include Ambulocetus, known as the prehistoric ‘walking whale’, and Entelodont, known as the ‘terminator pig’.

Proposal for Resuscitating Prehistoric Creatures by Marguerite Humeau

The models have now been presented as part of an installation and performance at the Politique Fiction exhibition at Cité du Design in Saint-Étienne, France.

Proposal for Resuscitating Prehistoric Creatures by Marguerite Humeau

The movie is by Ben Penna and sound is by Association Phonotonic. Photographs are by Felipe Ribon.

Here’s some more information from the designer:


Proposal for Resuscitating Prehistoric Creatures sets up the rebirth of cloned creatures, their wandering and their sound epic. They are seeking to evolve in our contemporary era.

The designer, who became the heroine of a quasi-mystic epic journey, aims to resuscitate the sound of prehistoric creatures by reconstructing their vocal tracts. This is problematic from the scientific point of view: since the vocal tract is made of soft tissue, it does not fossilise. The only things that have been preserved through time are the surrounding bones. The inner parts have to be redesigned.

Humeau had to overcome the difficulty of telling history and prehistory, and also to create a work from non-existent, inaccessible or lost data. Design, fiction, science, speculations and phantasms serve the project ambition. Advice from experts as well as predictions were used to craft the roars of the new creatures. The epic, as real as fantasised, gives birth to three semi-real roaring creatures: a Mammoth Imperator, an Entelodont aka Terminator Pig, and an Ambulocetus “walking whale”.

From the exhibition curator Alexandra Midal:

Marguerite Humeau graduated from the interactive design department of the Royal College of Art in London in 2011. She resurrects the sounds made by prehistoric animals by reconstructing their vocal chords. This task is not easy when you realise that no fossils of these non-bone parts exist. For months, she conducted a dialogue with palaeontologists, zoologists, veterinary experts, engineers, explorers, surgeons, doctors and radiologists. Far from being a backward looking and romantic work, on the contrary she is carried along by the desire to feel the physical presence of these animals from another time.

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Competition: five copies of Useless – Critical Writing in Art and Design to be won

Competition: five copies of Useless: Critical Writing in Art and Design to be won

Competition: continuing our series of features on new publishing ventures, Dezeen are giving readers a chance to win a copy of Useless: Critical Writing in Art and Design written by Royal College of Art  graduates.

Competition: five copies of Useless: Critical Writing in Art and Design to be won

The book includes a collection of essays that investigate the idea of uselessness within a diverse range of projects, interviews and stories.

Competition: five copies of Useless: Critical Writing in Art and Design to be won

Its contributors have all recently graduated from the RCA’s Critical Writing in Art and Design MA programme.

Competition: five copies of Useless: Critical Writing in Art and Design to be won

Useless: Critical Writing in Art and Design is available to purchase in selected bookshops from late June and at the RCA graduate show, which runs until 1 July.

Competition: five copies of Useless: Critical Writing in Art and Design to be won

See all our stories about Show RCA 2012 here, including tours of the show with course leaders.

Competition: five copies of Useless: Critical Writing in Art and Design to be won

To enter this competition email your name, age, gender, occupation, and delivery address and telephone number to competitions@dezeen.com with “Useless competition” in the subject line. 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: five copies of Useless: Critical Writing in Art and Design to be won

Competition closes 31 July 2012. Five winners will be selected at random and notified by email. Winners’ names will be published in a future edition of our Dezeenmail newsletter and at the top of this page. Dezeen competitions are international and entries are accepted from readers in any country.

Subscribe to our newsletterget our RSS feed or follow us on Twitter for details of future competitions.

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Parallel Architecture by James Thompson at Show RCA 2012

Parallel Architecture by James Thompson at Show RCA 2012

Royal College of Art graduate James Thompson cast the spaces between objects in the college cafe and used the resulting shapes to make furniture-like sculptures.

Parallel Architecture by James Thompson at Show RCA 2012

Thompson mapped the spaces between objects like armchairs and pool tables using Jesmonite, which is typically deployed to create decorative mouldings.

Parallel Architecture by James Thompson at Show RCA 2012

The resulting sculptures are mounted on wooden structures to resemble a new interior based on the same spatial relationships.

Parallel Architecture by James Thompson at Show RCA 2012

Thompson graduated from the college’s Design Products course and Parallel Architecture is on display at Show RCA 2012 until 1 July.

Parallel Architecture by James Thompson at Show RCA 2012

Last week we published a movie with Design Products course leader Tord Boontje giving a tour of the show – watch it here.

Parallel Architecture by James Thompson at Show RCA 2012

See more stories from Show RCA 2012 »

Parallel Architecture by James Thompson at Show RCA 2012

Here’s more information from the designer:


My work deals with our perception of space and its interpretation. My approach draws inspiration from the description of space in cubism and the potential duality of space and time, composed of parallel worlds and higher dimensions that exist alongside our own. Documentation is a key feature of my work, used as a working methodology and an outcome itself, evidenced through the creation of a tools and a systems used to record, re-map and translate a given space into something else.

Parallel Architecture by James Thompson at Show RCA 2012

Parallel Architectures:

Design a system that can be used to document and re-map a particular space and time, to define new interior pieces. The work uses the current formation of a space, the RCafe at the RCA, as the start point to build a functional parallel interior, from that space, for that space.

Parallel Architecture by James Thompson at Show RCA 2012

Cast jesmonite paths map the space, illustrating distance by creating connections between objects, these connections relay on each other for support, they cannot stand alone. The casts used describe space at that particular time and are used to influence to shape of the other, parallel re-constructed space they will become. In the re-constructed space these negative in-betweens are then filled and populated to bridge this gap and give new function to this empty space.

Tangible Textural Interface by Eunhee Jo at Show RCA 2012

Royal College of Art graduate Eunhee Jo has designed a tactile speaker with a fabric control panel and a speaker that moves to the music (+ movie).

Tangible Textural Interface by Eunhee Jo at Show RCA 2012

The control panel for the Tangible Textural Interface (TTI) speaker is embedded in a concave surface on one side. By pushing the fabric surface, the user can skip tracks, adjust the volume or select options on the equaliser.

Tangible Textural Interface by Eunhee Jo at Show RCA 2012

On the other side, the speaker’s surface pulsates to the beat of the music and physically responds to selections made on the control panel.

Tangible Textural Interface by Eunhee Jo at Show RCA 2012

Eunhee Jo recently graduated from the college’s Innovation Design Engineering course and the TTI speaker is on display at Show RCA 2012, which continues until 1 July.

See more stories from Show RCA 2012 here and watch course leader Miles Pennington give a tour of the show here.

Photographs are by Taehyung Kim.

Here’s some more information from the designer:


TTI by Eunhee Jo

Interactive surfaces makes everyday objects multi-functional and fun. Reactive technologies have now enabled normal interfaces with new functions and new possibilities. The role of the surface is changing radically, according to how it’s designed and incorporated with objects.

My proposal was to re-define the role of the surface in future lifestyle, exploring how surfaces can be an integrated as part of a product or environment.

TTI (standing for Tangible Textural Interface) is a new sound system that embeds a tactile surface. TTI has flexibility that enables people to physically touch and feel the response through the controls and physical morph of the surface. TTI delivers new aesthetics through integrated flexible surfaces as interface material unlike adapting conventional materials for interfaces such as plastic or glass. Unlike existing 2D interfaces, TTI has a curved 3D surface opening up new possibilities in making flexible forms and shapes within the interface.

TTI consists of 3 main functions, backwards and forwards, volume control and equaliser, having a physical feedback and control interface within one surface. As you control the functions, the left surface physically responds to the controls. Tactile surface also responds to the beat of the music.

Movie: tour of Architecture at Show RCA 2012 with Alex de Rijke

Movie: the final tour we filmed at this year’s Royal College of Art graduate show features projects from the Architecture course including a high-rise hotel growing tropical fruit and an insect-powered office tower.

Movie: tour of Architecture at Show RCA 2012 with Alex de Rijke

Above: Data Harvest by Christopher Green

Professor of Architecture Alex de Rijke introduces the course and presents student Louis Hall’s investigation into the way cities develop around motorway infrastructure and the effects major corporations might have on the built environment.

Movie: tour of Architecture at Show RCA 2012 with Alex de Rijke

Above: HOT-el by Amanda Callaghan

De Rijke also talks about Haiwai Xie’s model for low-rise, high-density living in London modelled on a Chinese neighbourhood.

Movie: tour of Architecture at Show RCA 2012 with Alex de Rijke

Above: Good Intentions by Louis Hall

Student Christopher Green describes his design for a high-rise office building that would cultivate insects both as a sustainable food source and a method for storing data within the structure.

Movie: tour of Architecture at Show RCA 2012 with Alex de Rijke

Above: ‘BRIC’ house by Haiwai Xie

De Rijke, of UK firm dRMM, took over as dean of the School of Architecture in September 2011 following the retirement of Nigel Coates, as reported on Dezeen Wire.

The show continues until 1 July and you can see all our stories about the work exhibited here, plus tours of Design Products, Design Interactions and Innovation Design Engineering.

Milk Brother by Po-Chih Lai

Royal College of Art graduate Po-Chih Lai has invented an add-on for a stove-top coffee pot that uses pressurised steam to froth up the milk (+ movie).

Milk Brother by Po-Chih Lai

The Milk Brother is designed to fit into a moka pot, which works by passing steam through ground coffee.

Milk Brother by Po-Chih Lai

Usually a pump is required to produce enough steam pressure to make hot milk foam, but Milk Brother simply makes use of the steam created in the coffee brewing process.

Milk Brother by Po-Chih Lai

The aluminium device fits into the moka pot to create a space where the steam can be stored under pressure.

Milk Brother by Po-Chih Lai

When the coffee has been poured, the pressurised steam is released into a jug of milk to heat and froth it, without the need for additional machine power.

Milk Brother by Po-Chih Lai

Po-Chih Lai graduated from the RCA’s Design Products course. We recently featured his design for a skateboard that can go down stairs, which is on display at Show RCA 2012 until 1 July.

See more stories about coffee »

Here’s more information from the designer:


The MILK BROTHER / MOKA MILK FROTHER is inherited from the moka pot, also known as a macchinetta (literally ‘small machine’) or Italian coffee pot, a stove top coffee maker which produces coffee by passing hot water pressurized by steam through ground coffee. Moka pot was first patented by inventor Luigi De Ponti for Alfonso Bialetti in 1933. Bialetti Industrie continues to produce the same model under the name Moka Express.

MILK BROTHER is used to create hot milk foam via an intermediary middle valve. Hot milk foam generally relies on steam pressure which normally requires a pump, this pot employs an additional area where steam is stored under pressure‚ ready to be used for frothing milk. The combination of milk frother and moka pot provides a concise concept for a simple, integrated and lightweight solution which continues in the spirit of the original product‚ one which has inspired the public for the past 80 years. This project aims to eliminate any unnecessary tooling, design artefacts and functions. There is no pump machine, hand power, electrical requirement or extraneous function.

The vertical arrangement of the assembled product combination affords an easily comprehensible interaction and usage scenario. Steam breaks through the ground coffee from the bottom to the top, the MILK BROTHER further leverages the thermal transmission to an additional end‚ adding value and potential to the coffee making experience. Same Pot, Same Heat, More Potential.