Synth[e]tech[e]cology by Chang-Yeob Lee

Royal College of Art graduate Chang-Yeob Lee has developed a concept to transform the BT Tower in London into a pollution-harvesting high rise (+ movie).

Synth[e]tech[e]cology by Chang-Yeob Lee

Entitled Synth[e]tech[e]cology, the project predicts the eventual redundancy of the 189-metre tower – currently used for telecommunications – and suggests repurposing it as an eco-skyscraper that collects airborne dirt particles and helps to reduce the level of respiratory illness in London.

Synth[e]tech[e]cology by Chang-Yeob Lee

The process would involve extracting the carbon from petrol fumes and using it to produce sustainable bio-fuel.

Synth[e]tech[e]cology by Chang-Yeob Lee

“The project is about a new infrastructure gathering resources from pollutants in the city atmosphere, which could be another valuable commodity in the age of depleting resources,” says Chang-Yeob Lee.

Synth[e]tech[e]cology by Chang-Yeob Lee

Lee describes his proposal as “a hybrid between a vertical oil field and laboratory for future resources”. The exterior of the tower would form a giant eco-catalytic converter, while the interior would house a research facility investigating methods of increasing air movement and maximising the efficiency of the structure.

Synth[e]tech[e]cology by Chang-Yeob Lee

Similar structures could also be fitted to other unused high rises to create a network of pollution-reducing architecture.

Synth[e]tech[e]cology by Chang-Yeob Lee
System anatomy – click here for larger image

Referencing a quote from architect Buckminster Fuller, Lee says: “Pollution is nothing but the resources we are not harvesting. We allow them to disperse because we’ve been ignorant of their value.” He adds: “Pollution could be another economy”.

Synth[e]tech[e]cology by Chang-Yeob Lee
Prototype model

Synth[e]tech[e]cology is Lee’s diploma project from the architecture programme at the Royal College of Art in London and he was one of two winners of the Student Prize for Architecture at the Royal Academy of Arts‘ Summer Exhibition.

Synth[e]tech[e]cology by Chang-Yeob Lee
Masterplan diagram – click here for larger image

Other projects from this year’s RCA graduates include bristly headdresses made from colourful plastic spikes and bicycle helmets made from old newspapers. See more projects by 2013 graduates.

Synth[e]tech[e]cology by Chang-Yeob Lee
Project aim – click here for larger image

Other conceptual skyscrapers we’ve featured include a building that would produce energy and clean water from algae, a tower constructed from rubbish and a hairy skyscraper that functions as a wind farm. See more conceptual architecture.

Synth[e]tech[e]cology by Chang-Yeob Lee
System assembly – click here for larger image

Here are a few words from Chang-Yeob Lee:


Synth[e]tech[e]cology _ Greenhouse Gas to Economic Asset

“Pollution is nothing but the resources we are not harvesting. We allow them to disperse because we’ve been ignorant of their value.” – R. Buckminster Fuller

Synth[e]tech[e]cology by Chang-Yeob Lee
Study diagrams – click here for larger image

Harnessing advancements of various particle-capturing technologies, this project envisions that air pollution as a valuable commodity in an age of depleting resources. The scheme utilises the Post Office Tower adjacent to Marylebone Road, one of London’s most polluted areas, as a hybrid between a vertical oil field and laboratory for future resources scrubbed from the atmosphere.

Synth[e]tech[e]cology by Chang-Yeob Lee
Concept diagram – click here for larger image

The project aims to show how hybrizided new infrastructure can gather pollutants, store, digest, and harvest them to dilute minerals and biofules, celebrating clean air process on the ground level. The ultimate ambition of the project is to be deployed as a retro-fitting strategy to tall unused or derelicy buildings in London, showing that alternative routes to ‘economic profit’ meaningfully engaged into pollution can be a provocative strategy for ‘sustainable ecology’.

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Paper Pulp Helmet by Tom Gottelier, Bobby Petersen and Ed Thomas

A group of Royal College of Art graduates has used the pulp from mulched newspapers to form helmets for London’s cycle hire scheme (+ movie).

Paper Pulp Helmet by Tom Gottelier, Bobby Petersen and Ed Thomas

Tom Gottelier, Bobby Petersen and Ed Thomas took discarded free newspapers strewn around the city’s public transport system and used them to make paper mache.

Paper Pulp Helmet by Tom Gottelier, Bobby Petersen and Ed Thomas

The pulp was mixed with adhesive and pigment then vacuum-formed into shape, before being heated to dry it out.

Paper Pulp Helmet by Tom Gottelier, Bobby Petersen and Ed Thomas

Straps slot into grooves that criss-cross the top of the helmet, clipping together under the chin like the standard design.

Paper Pulp Helmet by Tom Gottelier, Bobby Petersen and Ed Thomas

The surface inside the helmet is also bevelled so air can flow through and keep the head cool.

Paper Pulp Helmet by Tom Gottelier, Bobby Petersen and Ed Thomas

Each helmet would cost around £1 and could be sold in a vending machine or nearby shops, offering low-cost safety equipment for London’s Barclays “Boris Bike” cycle sharing scheme.

Paper Pulp Helmet by Tom Gottelier, Bobby Petersen and Ed Thomas

Other Royal College of Art graduates presented a kit allowing musicians to control sound and lighting at their gigs and wooden shoes based on furniture and engineering at the school’s show, which continues until 30 June.

Paper Pulp Helmet by Tom Gottelier, Bobby Petersen and Ed Thomas

New York City recently launched its own bicycle sharing scheme, with 6000 bikes available across Manhattan and parts of Brooklyn.

Paper Pulp Helmet by Tom Gottelier Bobby Petersen and Ed Thomas

We’ve also featured an inflatable helmet that fold away into a collar or scarf and a bollard with a foot rest and handle to help cyclists keep their balance at traffic lights.

Paper Pulp Helmet by Tom Gottelier Bobby Petersen and Ed Thomas

See more design for cycling »
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Tord Boontje steps down as head of Design Products at Royal College of Art

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News: London’s Royal College of Art has announced that designer Tord Boontje will leave his post as head of the Design Products course at the end of September after four years in charge.

In a statement released by the Royal College of Art, Tord Boontje explained that he’s stepping down in order to focus on his own design studio.

“It has… become increasingly difficult to combine the role with running my own design studio, engaged as we are with numerous international projects and activities. As this requires all my focus at the moment, I have decided it is time to halt my academic activities after four very successful years,” he said.

The news comes as the college’s annual Show RCA exhibition of work by graduates opens to the public today. The Royal College of Art says it will now begin the search for Boontje’s replacement.

Boontje took over from Ron Arad as head of Design Products in 2009, though many expected the role to go to fellow Dutchman Jurgen Bey.

Boontje gained his MA in Industrial Design at the Royal College of Art and returned in 2000 as a tutor on the Design Products course, where he taught for four years before moving to France to establish his studio there. He opened a shop at his studio in Hackney, east London, in 2012.

At last year’s RCA graduate show, Dezeen filmed a tour of the Design Products graduate work with Boontje . In Milan the previous year, he gave us a tour of the college’s show Intent and told us about trends affecting young designers.

See more stories about Tord Boontje »
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Here’s some more information from the Royal College of Art:


Head of Design Products Tord Boontje announced today that he is to leave the Royal College of Art at the end of September 2013

Appointed in September 2009, Professor Tord Boontje has led the Design Products department at the RCA for the last four years. Born in Enschede in the Netherlands in 1968, Boontje studied industrial design first at the Design Academy in Eindhoven and then at the Royal College of Art, where he received his MA in Industrial Design. Following graduation he set up his eponymous design company, Studio Tord Boontje. In 2000, Boontje returned to the College, this time as tutor in Design Products, teaching for four years before moving to France in order to establish his studio there. After 15 years – bringing his design career full circle – Boontje returned again to the RCA, this time as Head of Design Products programme, replacing Ron Arad.

During his tenure leading the world renowned department, Boontje strengthened its academic reputation by raising support for research. Along with increased student recruitment, he also increased the size of the department’s academic and technical teams. Commenting on his time at the College, Boontje said:

“It has been an amazing experience and a great pleasure to lead Design Products for the last four years; I’ve been lucky enough to work with incredibly talented and committed colleagues and students. It has however become increasingly difficult to combine the role with running my own design studio, engaged as we are with numerous international projects and activities. As this requires all my focus at the moment, I have decided it is time to halt my academic activities after four very successful years.’

Dr Paul Thompson, Rector of the Royal College of Art added:

“Tord’s tenure as Professor has been characterised by challenging and thought-provoking briefs, notably around new materials and sustainability. As a Professor, Tord has shown great sensitivity, generosity of spirit and openness towards his students. He has grown the MA programme, engaged an interesting and diverse range of faculty and been a great colleague to work with. We’ll miss him a lot, but wish him and Emma Woffenden every success with their studios.”

The College will undertake an international search to find a new Head of Design Products. The RCA graduate show, including the work of Boontje’s Design Products students, opened today in Kensington. This will be Boontje’s last graduate show as Head of programme.

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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

See all stories about the Royal College of Art »
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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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RCA Fashion 2013 collection by Xiao Li

Plump pastel silicone garments moulded from knitwear feature in this collection by Royal College of Art graduate Xiao Li.

RCA Fashion Show 2013 Xiao Li

The marshmallow-coloured range features silhouettes exaggerated with puffed-up skirts and sleeves that billow from midway down the upper arm.

RCA Fashion Show 2013 Xiao Li

“Traditional knitwear is more soft and shapeless,” Li told Dezeen. “I wanted to find out a new way to present knitwear and was influenced by Modern architecture and 60s Balenciaga.”

RCA Fashion Show 2013 Xiao Li

The voluminous pieces are made from spacer fabric, which combines two layers of textiles connected by filaments and holds its shape while still appearing lightweight.

RCA Fashion Show 2013 Xiao Li

Li used her own knitting samples to create moulds to produced patterned silicone material used entirely for a jacket and skirt, and as hems or accessories for genuine knitted items. “I wanted to make sure my collection is innovative but still wearable,” she said.

RCA Fashion Show 2013 Xiao Li

She swapped the fluorescent colours of her earlier work for more muted shades, affiliating lilac, peach, mint green and pale yellow.

RCA Fashion Show 2013 Xiao Li

“All the materials came in white and I dyed them by myself to match the colour,” said Li.

RCA Fashion Show 2013 Xiao Li

Her collection was shown at the Royal College of Art fashion show last week, where Maiko Takeda presented headdresses covered in hundreds of colourful bristles.

RCA Fashion Show 2013 Xiao Li

At the Westminster graduate fashion show Philli Wood revealed giant cable knit patterns printed onto oversized outerwear.

RCA Fashion Show 2013 Xiao Li

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Atmospheric Reentry by Maiko Takeda

Hundreds of colourful bristles emanate from headdresses in Maiko Takeda’s millinery collection, presented at the Royal College of Art fashion show earlier this week.

Atmospheric Reentry by Maiko Takeda

The adornments consist of transparent plastic spikes tinted with colour gradients at the bases and tips, which are held in place between sections of acrylic joined by small silver rings.

Atmospheric Reentry by Maiko Takeda

“While hats are commonly made with substantial and durable materials such as fabric, felt, plastic, leather so on, instead I wanted to create ethereal experiences for the wearer through the pieces,” Takeda told Dezeen.

Atmospheric Reentry by Maiko Takeda

“Through the experiment process, I developed the technique to create a visual effect of intangible aura by layering printed clear film, sandwiched with acrylic discs and linked together with silver jump rings.”

Atmospheric Reentry by Maiko Takeda

One head piece comprises two domes covered in orange and red spines that sit either side of the face with in thin gap in between, and another mask with orange and purple spines wraps around the head like a sea cucumber.

Atmospheric Reentry by Maiko Takeda

Peacock-tail-coloured quills fan out like ruffled feathers around a visor that masks from forehead to mouth. Another design covers the head, shoulders and bust but leaves the face exposed, while a different garment reaches from one wrist to another along two sleeves that join across the chest and back.

Atmospheric Reentry by Maiko Takeda

“When I saw the Philipp Glass and Robert Wilson opera Einstein on the Beach last year, it became my main inspiration and its futuristic mood of the space age heavily influenced the aesthetic of my collection,” said Takeda. Her collection was part of the Royal College of Art‘s annual fashion show, which took place on several occasions this week.

Atmospheric Reentry by Maiko Takeda

Last month we wrote about headsets that allow the wearer to adjust their sight and hearing, which were also developed by a group of Royal College of Art students.

Photography is by Bryan Huynh.

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Eidos by Tim Bouckley, Millie Clive-Smith, Mi Eun Kim and Yuta Sugawara

A group of students from the Royal College of Art in London has developed headsets that allow the wearer to adjust their sight and hearing in the same way they’d control the settings on a TV or radio (+ movie).

Eidos by Tim Bouckley, Millie Clive-Smith, Mi Eun Kim and Yuta Sugawara

The Eidos equipment was developed to enhance sensory perception by tuning in to specific sounds or images amongst a barrage of sonic and visual information, then applying effects to enhance the important ones.

“We’ve found that while we experience the world as many overlapping signals, we can use technology to first isolate and then amplify the one we want,” say the designers.

Eidos by Tim Bouckley, Millie Clive-Smith, Mi Eun Kim and Yuta Sugawara

The first device is a mask that fits over the mouth and ears to let the wearer hear speech more selectively. A directional microphone captures the audio, which is processed by software to neutralise background noise.

Eidos by Tim Bouckley, Millie Clive-Smith, Mi Eun Kim and Yuta Sugawara

It’s then transmitted to the listener through headphones and a central mouthpiece, which passes the isolated sound directly to the inner ear via bone vibrations. “This creates the unique sensation of hearing someone talk right inside your head,” they say.

Eidos by Tim Bouckley, Millie Clive-Smith, Mi Eun Kim and Yuta Sugawara

The second device fits over the eyes and applies special effects – like those seen in long-exposure photography – to what the wearer is seeing in real-time. A head-mounted camera captures the imagery and sends it to a computer, where it’s processed by custom software to detect and overlay movement.

Eidos by Tim Bouckley, Millie Clive-Smith, Mi Eun Kim and Yuta Sugawara

It’s then played to the wearer inside the headset, allowing them to see patterns and traces of movement that would normally be undetectable.

Eidos by Tim Bouckley, Millie Clive-Smith, Mi Eun Kim and Yuta Sugawara

Possible applications could include sports, allowing teams to visualise and improve technique in real time, and performing arts where effects normally limited to video could be applied to live performance.

Eidos by Tim Bouckley, Millie Clive-Smith, Mi Eun Kim and Yuta Sugawara

The audio equipment could enable concert-goers to enhance specific elements of a band or orchestra. The designers also suggest that filtering out distracting background noise could improve focus in the classroom for children with ADHD and assist elderly people as their natural hearing ability deteriorates.

Eidos by Tim Bouckley, Millie Clive-Smith, Mi Eun Kim and Yuta Sugawara

Two prototypes styled with faceted surfaces and graduated perforations were presented at the Work in Progress exhibition at the Royal College of Art earlier this year. “Our final objects convey the mixing of digital technology with the organic human body,” explain the team.

The Eidos team includes students Tim Bouckley, Millie Clive-Smith, Mi Eun Kim and Yuta Sugawara.

Eidos by Tim Bouckley, Millie Clive-Smith, Mi Eun Kim and Yuta Sugawara

Other projects about enhancing sensory perception on Dezeen include cutlery shaped to stimulate diners’ full range of senses and alter the taste of food, and masks that let the wearer experience the world from the perspective of different animals.

Other wearable technology we’re reported on includes a camera that automatically photographs moments of your life that are worth remembering and the Google Glass headset that overlays what you’re seeing with information from the internet.

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Multi-Touch Gestures by Gabriele Meldaikyte

Royal College of Art student Gabriele Meldaikyte has designed a set of interactive exhibits for a museum of iPhone gestures (+ slideshow).

Multi-Touch Gestures by Gabriele Meldaikyte

Above: tap gesture

“There are five multi-touch gestures forming the language we use between our fingers and iPhone screens,” says Meldaikyte. “This is the way we communicate, navigate and give commands to our iPhones.”

Multi-Touch Gestures by Gabriele Meldaikyte

Above: scroll gesture

She used wood and acrylic to make five 3D objects that recreate the physical actions required to operate a touch-screen smartphone, using newspaper clippings, book pages and paper maps to represent the data being manipulated.

Multi-Touch Gestures by Gabriele Meldaikyte

Above: pinch gesture

“I believe that in ten years or so these gestures will completely change, therefore my aim is to perpetuate them so they become accessible for future generations,” she explains.

Multi-Touch Gestures by Gabriele Meldaikyte

Above: swipe gesture

The project was presented at the V&A museum during a Friday Late evening event at the end of November.

Multi-Touch Gestures by Gabriele Meldaikyte

Above: flick gesture

Originally from Lithuania, Meldaikyte is currently studying on Platform 17 of MA Design Products at London’s Royal College of Art, tutored by Ian Ferguson and Martin Postler. She is due to graduate in June.

Multi-Touch Gestures by Gabriele Meldaikyte

Other ways of operating a smartphone on Dezeen include Dominic Wilcox’s stylus that straps over his nose for using his iPhone phone in the bath.

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Royal College of Art Student Union Cafe by Weston Surman & Deane

Three Royal College of Art architecture graduates have used stripped scaffolding boards and reclaimed parquet flooring to create a wooden cafe at the school’s Battersea campus in south London (+ slideshow).

Tom Surman, Joseph Deane and Percy Weston were approached shortly after graduating to upgrade the tuck shop at one of the RCA’s old buildings, which was too small to accommodate the extra students brought by the recent opening of the Dyson Building for photography and print-making.

They instead moved the cafe to a former seminar room, where they tore down the existing suspended ceiling and constructed a wooden framework around the walls.

“The cafe is conceived as a playful timber box inside a large concrete and steel shell,” Surman told Dezeen. ”We made the entire structure from ripped-down scaffolding boards and we refined them until they were almost unrecognisable.”

The designers laid the reclaimed parquet flooring by hand and sanded it down to remove most but not all of the leftover markings. “The nice thing about having an incredibly tight budget was we learnt to do stuff with our hands,” said Surman.

The cafe counter is separated behind another wall of wood, while the dining area is furnished with mismatched classroom chairs and wooden tables.

“It’s a very playful project, intended to reflect the slightly obscure nature of the sculpture department next door,” added Surman. “In this building, anything too precious starts to look terrible after a couple of weeks.”

The team designed and installed the entire project in just three months and have since launched their own studio named Weston Surman & Deane.

The Royal College of Art‘s main building is located in South Kensington, but the school has been gradually expanding its Battersea campus in recent years with the opening of the Dyson Building and the Sackler Building that houses the painting department.

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Calvert Brody typeface by Margaret Calvert, Neville Brody and Henrik Kubel

Graphic designer Neville Brody has reworked the Royal College of Art’s house font by Margaret Calvert as part of the London institution’s rebrand.

Calvert Brody typeface by Margaret Calvert and Neville Brody

The RCA asked Neville Brody, who made his name as art director of fashion magazines The Face and Arena and is now dean of communication at the college, to come up with a new identity for its buildings and press material.

Calvert Brody typeface by Margaret Calvert and Neville Brody

Brody and his design office Research Studios worked with Henrik Kubel, a graphic designer who graduated from the RCA in 2000, to produce the Calvert Brody typeface as a “remixed” version of the college’s house font Calvert.

Calvert Brody typeface by Margaret Calvert and Neville Brody

The Calvert font is by Margaret Calvert, the graphic designer best known for creating the UK’s road signage system in the 1960s and a former graphic design course director at the college.

Calvert Brody typeface by Margaret Calvert and Neville Brody

“The idea is like bringing in a producer and doing a remix of music, so I remixed Margaret’s font,” Brody told Dezeen. “I’ve tried to make it both more classical by making it more exaggerated and thick and thin, and at the same time make it more industrial and contemporary, by bringing in the – hopefully interestingly – redrawn pieces plus the stencil.”

Calvert Brody typeface by Margaret Calvert and Neville Brody

Calvert Brody will be used throughout the college’s buildings, either sprayed directly onto walls or laser-cut into metal, and will also appear in print and on screen.

Calvert Brody typeface by Margaret Calvert and Neville Brody

“Hopefully we’ve come up with an interesting typeface that encapsulates a lot of different ideas about the Royal College, which is sort of robust but innovative; it’s slightly non-traditional but at the same time giving a nod to a very traditional source,” Brody added.

Calvert Brody typeface by Margaret Calvert and Neville Brody

The designers were asked to reflect the college’s history as well its current reputation for innovative design and fine art practice, said Octavia Reeve, the RCA’s senior publishing manager, who led the rebrand with the designers.

Calvert Brody typeface by Margaret Calvert and Neville Brody

“The typography is key to this,” she told Dezeen. ”It’s a great message that three generations of RCA graphic designers have collaborated on this essential new element of the RCA’s identity,” she added.

Calvert Brody typeface by Margaret Calvert and Neville Brody

The rest of the RCA’s rebrand, also designed by Research Studios, launches on 1st January 2013 to coincide with the 175th anniversary of the founding of the college.

Calvert Brody typeface by Margaret Calvert and Neville Brody

Dezeen previously published a movie with Neville Brody for the Design Museum’s Super Contemporary exhibition, in which he talks about the people, places and cultures that have defined his life in London.

Writer and broadcaster Andrew Marr recently warned that 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.

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