If I Had A Heart I Could Love You by Malene Hartmann Rasmussen

If I Had A Heart I Could Love You by Malene Hartmann Rasmussen

Show RCA 2011: Royal College of Art graduate Malene Hartmann Rasmussen created this ceramic installation evoking a surreal forest hut from a Brothers Grimm fairytale for her graduation show earlier this summer.

If I Had A Heart I Could Love You by Malene Hartmann Rasmussen

Entitled If I Had A Heart I Could Love You, the installation features a stove at its centre that’s filled with burning logs, which on closer inspection are shaped like human hearts.

If I Had A Heart I Could Love You by Malene Hartmann Rasmussen

The wooden boards of the hut are nailed down but continue to grow, and a spiky kettle overflows with smoke on top of the stove.

If I Had A Heart I Could Love You by Malene Hartmann Rasmussen

See all our stories about this year’s Royal College of Art graduate show here and all our stories about ceramics here.

The information below is from Malene Hartmann Rasmussen:


In this project I work with how we perceive the world, twisting and changing the perception of the space to create an eerie surreal and otherworldly feeling. The setting is a wooden hut as we know it from the folk tales of Brothers Grimm. The viewer is intruding this reality-shifting dark place. It is a fake wooden hut, a piece of theater-like scenery made from drawn wood planks, the “Flintstones” aesthetic and Technicolor quality of the ceramics underlines the hyper real dreamlike feeling.

If I Had A Heart I Could Love You by Malene Hartmann Rasmussen

In the hut there is a fireplace, the burning logs look like hearts, but the hearts look like real hearts and the branches sticking out of them resembles blood filled arteries and veins. The hut is in a forest or maybe the hut is the forest; the wooden planks are sprouting and coming to life, or maybe they were alive and someone is cutting them down? This uncanny and dark fairytale is fragmented, like in a crime story the clues are scattered around, the viewer is the detective trying to make sense of it all.

If I Had A Heart I Could Love You by Malene Hartmann Rasmussen

I am working with mixed media sculpture, making and arranging multiple components into complex narrative sceneries, the dialogue between components and the way one’s unconscious can direct the composition interests me. The intention is to impose personal feelings and stories onto container objects that traditionally have no feelings. Initially the viewer may, mistakenly, be drawn to my figures thinking them to be toys; however closer examination reveals their rather darker narrative. They invite you into an absurd and surreal world where things are not what they seem…

If I Had A Heart I Could Love You by Malene Hartmann Rasmussen

I want my work to look like a very skilled child could have made it, clumsy and elaborate at the same time. My intention is to create compositions that have an underlying story and mood. I hope the interpretation of my work isn’t too fixed; my intent is to make it open for the viewer to filter their own references through, to make sense and contribute to the story themselves. My aim is to create a visual poetry based on my own personal story.

Size: height: 200 cm. width: 200 cm. depth: 130 cm.
Materials: ceramics, MDF, polyester fiber, pins, print, found object


See also:

.

The Skullmate by
Luke Twigger
After the Party by
Makiko Nakamura
Chicle objects by
Hella Jongerius

The Sea Chair by Alexander Groves, Azusa Murakami and Kieren Jones

The Sea Chair by Alexander Groves, Azusa Murakami and Kieren Jones

What if plastic polluting the seas could be harvested by a retired fishing trawler, then transformed into chairs by an onboard factory?

The Sea Chair by Alexander Groves, Azusa Murakami and Kieren Jones

The Sea Chair project by Royal College of Art graduates Alexander Groves, Azusa Murakami and Kieren Jones proposes just that – sorting through the plastic debris for tiny pellets used in injection moulding machines.

The Sea Chair by Alexander Groves, Azusa Murakami and Kieren Jones

The designers claim that 13,000 of these pieces of virgin material are floating in every square mile of ocean, spilled in transit or leaked from factory storage.

The Sea Chair by Alexander Groves, Azusa Murakami and Kieren Jones

They’ve built a machine to scoop along the shoreline and sort the debris by size, using a floatation tank to separate out other, denser materials, and trialled it on the beach at Porthtowan, England.

The Sea Chair by Alexander Groves, Azusa Murakami and Kieren Jones

Their work has been nominated for the Victorinox Time To Care Award and you can vote for it here. “If the project gets enough votes to take us into their top three, we would secure enough money to see our project fully funded,” says Kieren Jones. If successful the designers intend to show a set of chairs made by the trawler in Milan next April.

The Sea Chair by Alexander Groves, Azusa Murakami and Kieren Jones

 

They presented the project at Show RCA earlier this summer and it will be on show at Sustain RCA during the London Design Festival next month.

The Sea Chair by Alexander Groves, Azusa Murakami and Kieren Jones

This isn’t the first project on Dezeen to tackle plastic pollution: last summer the Plastiki boat made of plastic bottles sailed from across the Pacific Ocean from San Francisco to Sydney to raise awareness of the problem and at DMY Berlin this year Dirk Vander Kooij presented a robot that prints plastic chairs made of recycled refrigerators.

The Sea Chair by Alexander Groves, Azusa Murakami and Kieren Jones

The information that follows is from the designers:

 


 

London designers Alexander Groves, Kieren Jones and Azusa Murakami are proposing to turn a retired fishing trawler into a plastic chair factory, fishing plastic from the polluted seas and beaches around the South West of the UK. Their ‘Sea Chair’ project has been shortlisted for the Victorinox Time To Care Award, -to support the project, please cast your vote by visiting and help make the project a reality.

The Sea Chair project proposes to turn a retired fishing trawler into a plastic chair factory, fishing the plastic from the polluted seas and beaches around the South West coast of the UK.

The Sea Chair project looks to address the problem of accumulating plastic in our oceans by raising awareness and removing plastic that will continue to circulate for thousands of years.

With increasing EU quotas, competition from large commercial trawlers and not to mention depleting fish stocks, Britain’s fishing industry really is in crisis.

Further afield, a ‘plastic soup’ of waste floats in the Pacific Ocean. Growing at an alarming rate it is already double the area of the United States. The ‘Pacific Garbage Patch’ as it’s known, stretches from the coastlines of California to the shores of Japan.

Since the discovery of ‘The Pacific Garbage Patch’ 5 more have been found across the World’s Oceans with the Atlantic gyre predicted by many scientist to be even larger. This plastic waste doesn’t sink and takes thousands of years to degrade, remaining in the environment to be broken up into ever-smaller fragments by ocean currents. As our society’s consumption grows the concentration of this plastic soup increases.

These fragments include a large amount of nurdles or ‘mermaids tears’, which are the plastic pellets that are the virgin raw material for injection moulding. These nurdles can be found littered on almost every shoreline in the world.

During our research trip to Porthtowan beach we discovered the most prevalent marine litter was plastic pellets, known in the plastics industry as ‘nurdles’. These pellets are around 2mm in diameter & represent an estimated 10% of all marine litter worldwide, their small size means they aren’t picked up by waste systems and being buoyant they will float on the sea surface taking over a thousand years to biodegrade.

These Nurdles haven’t been injection molded yet, but rather have been lost through spillage in transit and poor storage at factories.

The nurdles act as a sponge for harmful chemicals such as polychlorinated biphenyls (PCBs) in concentrations up to a million times greater than the surrounding seawater. Resembling fish eggs they enter the food chain raising the toxicity of our fish.

More than 250 quadrillion nurdles will be made this year and The United Nations (UN) states 13,000 nurdles are floating in every square mile of the ocean, however the concentration of these varies greatly according to currents and weather conditions.

Porthtowen Beach has been identified as one of the most polluted beaches in the UK for micro plastic due to it being a deposit shoreline that through its unique topography collects great amounts of sea plastic and makes it an ideal place to pan for nurdles.

Currently beach cleaning tractors remove the large plastic debris from the beach but micro plastic remains quite elusive. We have been developing methods and tools for collecting and separating the micro plastic from the other debris to be used again.

During the early part of the century, Britain’s coastline was a flourish of industrial activity, and beaches like Porthtowan were not just trawled for fish but also mined for precious metals.

Much like the early miners, we have taken inspiration from this rich heritage and produced a sluice-like contraption that has allowed us to sort vast quantities of marine debris quickly and efficiently.

The Nurdler consists of a hand powered water pump, and sorts the micro plastic from the stradline grading the particulates by size and using a floatation tank to separate the denser materials from plastic.

Alongside this contraption, and with the help of the local fisherman, we would like to fabricate plastic chairs that support their community and make use of their rich and diverse skill sets. With the E.U unveiling plans to pay fisherman for plastic by-catch, advances in the development of nets for collecting plastics with minimal damage to marine wildlife and by collecting washed up plastic on shore we have designed a floating factory ship that recycles this marine waste into sea chairs.

Please support this on-going project and help make the ‘Sea Chair’ a reality by voting for it here.


See also:

.

Recycled plastic chairs
made by a robot
Plastiki boat made
of plastic bottles
Chairs made of injection
moulding remnants

PhotoGraphy by ShiKai Tseng

PhotoGraphy by ShiKai Tseng

Show RCA 2011: Royal College of Art graduate ShiKai Tseng has decorated a range of vases by covering them in photo-sensitive solution then exposing them inside pinhole cameras. Watch the movie on Dezeen Screen »

PhotoGraphy by ShiKai Tseng

Left for between five and 15 minutes, the vases are then developed in a darkroom like a normal photograph.

PhotoGraphy by ShiKai Tseng

Each one permanently records imagery from the environment in which it was briefly exposed.

PhotoGraphy by ShiKai Tseng

See all our stories about this year’s RCA graduates here and more stories about cameras here.

PhotoGraphy by ShiKai Tseng

Here are some more details from ShiKai Tseng:


PhotoGraphy – no.1

PhotoGraphy project is the creation of a process in which the environment, time and light react to each other and generate images on three-dimensional objects.

PhotoGraphy by ShiKai Tseng

The 1st series is about coating objects with a “light-sensitive” layer, put in a black box with strategically placed pinholes, and exposed for 5 to 50 minutes depending on the brightness of the environment.

PhotoGraphy by ShiKai Tseng

It is a new way to capture a moment in time, no matter whether the image on the object is focused or losing focus.

PhotoGraphy by ShiKai Tseng

The object will carry the trace of its first moments of experience, its first exposure.

PhotoGraphy by ShiKai Tseng


See also:

.

Bucchero by
Siba Sahabi
Rubikon Pinhole Rebel
by Jaroslav Juřica
Photographs by
Hélène Binet

Footwear by Victoria Spruce

Footwear by Victoria Spruce

Show RCA 2011: footwear designer Victoria Spruce presented these sculptural shoes at the Royal College of Art graduate show earlier this month.

Footwear by Victoria Spruce

The collection combines shiny plastic shells with traditional leather soles and matte-leather linings that are revealed as the uppers twist and fold.

Footwear by Victoria Spruce

Dezeen is quite keen on crazy footwear – check out more stories about strange shoes here.

Footwear by Victoria Spruce

See all our stories about Show RCA 2011 here.

Footwear by Victoria Spruce

Here’s some more information from Victoria Spruce:


The collection was originally inspired by organic, flowing sculptures, giving the idea that the object could consist of one flowing continuous line and material.

Footwear by Victoria Spruce

Through using hard materials and new technologies combined with traditional shoemaking materials and techniques an element of contrast is highly visible yet working together as one.

Footwear by Victoria Spruce

Emphasised by the use of tonal matte leathers to line the plastic and traditional leather soles, the contrast between the modern plastic look and the traditional aspects becomes even further evident.

Footwear by Victoria Spruce

The result is a combination of hard and soft, a contrast of matte vs. shine, and an unlikely pairing of modern technology and traditional techniques creating sculptural and fresh new footwear.

Footwear by Victoria Spruce

Fashion Womenswear
Specialism: Footwear

Footwear by Victoria Spruce
Supported by: The Worshipful Company of Leathersellers, Richard Paice and Daniel Rubin (RCA Footwear Scholarship).

Footwear by Victoria Spruce

Footwear by Victoria Spruce

Footwear by Victoria Spruce

Footwear by Victoria Spruce

Footwear by Victoria Spruce


See also:

.

Melissa shoes by
Zaha Hadid Architects
Hakes shoes SS11
by Julian Hakes
United Nude Shoes
by Rem D Koolhaas

Sun Cutter by Markus Kayser

Sun Cutter by Markus Kayser

Show RCA 2011: here’s another piece of manufacturing machinery that harnesses sunlight by Markus Kayser – inventor of the Solar Sinter 3D printer in our earlier story – this time a low-tech, low-energy version of a laser cutter.

This film shows Kayser testing the Sun Cutter in the Sinai Peninsula, Egypt. Watch this movie on Dezeen Screen »

Sun Cutter by Markus Kayser

The Sun Cutter uses a spherical lens to focus a beam of sunlight that’s strong enough to burn through paper, card and thin plywood.

Sun Cutter by Markus Kayser

Two cams can be programmed to move the work along an x and y axis, controlled by a solar-powered motor.

Sun Cutter by Markus Kayser

Kayser used the Sun Cutter in Egypt to make a series of sun shades.

Sun Cutter by Markus Kayser

Testing it led him to develop the Solar Sinter, a 3D-printing machine that uses sunlight and sand to make glass objects.

Sun Cutter by Markus Kayser

Watch a movie of the Solar Sinter on Dezeen Screen »

Sun Cutter by Markus Kayser

Kayser graduated from the Royal College of Art in London earlier this month. See all our stories about Show RCA 2011 »

Sun Cutter by Markus Kayser

Here are some more details from Markus Kayser:


Sun Cutter by Markus Kayser

This project explores the potential of harnessing sunlight directly to produce objects.

The Sun Cutter is a low-tech, low energy version of a laser cutter. It uses pure sunlight, focused by a ball lens, to repeatedly cut programmed shapes in up to 0.4mm thick plywood as well as paper and card.

The project also explores the merit of analogue mechanised production that draws on the machine technology found in pre-digital machinery and automaton.

It uses a cam system, moving an X & Y- board to control the shape of the cut. The cams are set into synchronised motion by a small solar-powered motor driving a timing belt.

The Sun Cutter produces products with a unique aesthetic as a result of the rawness of the machine and the brute power of the sun. They are machine-made yet the cut, unlike a laser, has a raw ‘wobbly’ almost cartoon-like quality with its burnt outlines.

Once the capabilities of the machine had been established I elected to put it to the test with an appropriate product: sunglasses. Each pair of sunglasses made, even though very similar in shape, is still unique, creating a juxtaposition between the machine-made, repetitive and individual, unique object.

In the case of the sunglasses there is the added paradox and humor of the sun’s rays being used to create protective wear to be used in defence of those same rays.


See also:

.

The Solar Sinter by
Markus Kayser
NSEPS by Silo
at Show RCA
Alarm clock by Ki Hyun Kim
at Show RCA 2011

The Fish Feast by Erik de Laurens

The Fish Feast by Erik de Laurens

Show RCA 2011: Royal College of Art graduate Erik de Laurens has made a pair of swimming goggles, spectacles and beakers out of fish scales.

The Fish Feast by Erik de Laurens

De Laurens invented a plastic material made only from fish scales, treated under heat and pressure with no extra binding agents.

The Fish Feast by Erik de Laurens

Coloured objects can be made by dying the scales first.

The Fish Feast by Erik de Laurens

He presented the goggles alongside beakers, spectacle frames and a table inlaid with slices of the material, plus a water dispenser made of fish leather.

The Fish Feast by Erik de Laurens

Called The Fish Feast, the project was inspired by the huge number of scales that the fishing industry discards.

The Fish Feast by Erik de Laurens

See more work by this year’s Royal College graduates here.

Here’s some more information from Erik de Laurens:


The fish feast

The fish feast started when I was asked to design objects for the canteen of a primary school of Macassar, a township of Cape Town.

The Fish Feast by Erik de Laurens

When I was a kid the sea was for me a very important source of joy and daydream which surely led me to design.

The Fish Feast by Erik de Laurens

I decided to create a monthly event in which the pupils of one class would be brought to a fishing day on the nearby beach.

The Fish Feast by Erik de Laurens

Then they would go back to school with the fish they have caught and prepare the traditional cape kedgeree.

The Fish Feast by Erik de Laurens

To accompany this feast he designed a range of object related to fish.

The Fish Feast by Erik de Laurens

A water dispenser made with fish leather. Tumblers realised with the fish scales and a table cloth which has a pattern that explain how to build your own boat.

The Fish Feast by Erik de Laurens

In continuation of ‘the fish feast’ I created a surprising material made of 100% fish scales (no added compound).

The Fish Feast by Erik de Laurens

The fishing industry generates several circumstances where many tonsof fish scales are leftover.

The Fish Feast by Erik de Laurens

Using this waste as resources for the production of fish-scale-plastic, I tried to highlight the potentiality of these industrial flaw.

The Fish Feast by Erik de Laurens

In order to test the material I have designed 3 pairs of goggles and glasses inspired by swimming goggles and a table with an inlay of a fish. I have also extended the range of colours in the tumbler previously designed.

The Fish Feast by Erik de Laurens

I am currently looking for funding to push the development of this material further.


See also:

.

Something Fishy by
Róshildur Jónsdóttir
Momentary by Catarina
Hällzon
Dezeen’s top ten:
animals

Folding Stool by Jack Smith

Folding Stool by Jack Smith

Show RCA 2011: to continue our series of graduate projects from the Royal College of Art, here’s a stool by Jack Smith that collapses when its seat is lifted.

Folding Stool by Jack Smith

The stool’s three hinged legs fit perfectly into a y-shaped hole in the seat, locking them into place.

Folding Stool by Jack Smith

This fit tightens when weight is added to the top, increasing the stool’s stability.

Folding Stool by Jack Smith

More about Show RCA 2011 on Dezeen »

The following text is provided by the designer:


An occasional stool that folds away neatly and easily with minimal components.

It folds away by picking up one side of the seat. Gravity, along with the angles used, enables the stool to fold out when put back down. The angle on top of the legs has been designed to add maximum strength. As weight is placed on the seat it pinches the top of the legs together creating a stronger join, the heavier the load the stronger the stool.


See also:

.

Showcase by Max
Frommeld
Offcut and Slab stools
by Tom Dixon
Pinocchio by David
Dolcini

NSEPS by Silo

NSEPS by Silo

Show RCA 2011: Royal College of Art graduates Attua Aparicio and Oscar Wanless have invented a new manufacturing process that involves steaming polystyrene beads inside fabric moulds.

NSEPS by Silo

They used the process, called NSEPS (Not So Expanded Polystyrene), to create this range of furniture with sausage-like legs.

NSEPS by Silo

Steaming causes the beads to melt, expand and fuse together, distorting their moulds to create writhing muscular shapes.

NSEPS by Silo

The designers created a geometric pattern in the table top by fusing different coloured beads and slicing the resulting material to reveal its layers.

NSEPS by Silo

Attua Aparicio and Oscar Wanless work together under the name Silo.

NSEPS by Silo

More about Show RCA 2011 on Dezeen »

Here are some more details from Silo:


NSEPS (Not So Expanded Polystyrene):

Forming expandable polystyrene in a new way. Making durable structural material suitable for furniture.

NSEPS by Silo

The process is simple and works like this: We sew moulds from a textile into which we place raw polystyrene granules. We then steam them for a short period of time. When heated the polystyrene expands and fuses, picking up the detail of the stitch and the grain of the textile. As the polystyrene expands it pushes the mould around, expressing the nature of material giving it a fat and muscular feel. Once cool it sets and we remove the textile mould to expose the pattern and texture of the polystyrene underneath. With this technique we are able to create forms that would not be possible with metal moulds, with tangled bits and parts overlapping. The material behaves in a different way every time making each piece unique.

NSEPS by Silo

We use a variety of different coloured granules within the pieces to achieve a noisy pixelated quality, something that is very hard to get in other materials. NSEPS is through coloured so if you cut it the colour and pattern will continue, like a stick of rock, which is roughly how we make table tops.

NSEPS by Silo

From the start we saw EPS as an under explored material, often seen engineered in packaging around televisions or as disposable cups; It is rarely seen as primary product. We wanted to try and use the material in a new way, taking it away from the world of disposables and show it in a new light. So after some research and plenty of door knocking, we have tried to learn every thing that there is to know about the moulding of EPS; armed with this knowledge we were then able to take the material to the edge of its possibilities.

NSEPS by Silo

We have come a long way from the beginning: from moulding small objects in a saucepan, inside a sock to building our own steamer in which we can make full size furniture in one go. We are now able to control the temperature closely, treating the polystyrene much like ceramics in a kiln, bringing the heat up and down carefully at different stages to get the desired effects.

NSEPS by Silo

We design the form to give it a dark but playful quality. The forms are emotive, quite limb like, which is something we choose to embrace. We want furniture and the spaces we use to be more expressive of us and of our personalities.

NSEPS by Silo

Silo is a research and design studio formed by Attua Aparicio and Oscar Wanless whilst at the Royal College of Art on the Design Products Course. The core of Silo’s work is to look at industrial processes and materials, bringing them into the studio to develop. By embracing a hands-on approach we are able to discover possibilities that the production line does not see.


See also:

.

Concrete Chair by
Remy and Veenhuizen
Grompies by
AA students
FattyShell by Sturgeon,
Holzwart and Raczkowski

From Here For Here by Ariane Prin

From Here For Here by Ariane Prin

Show RCA 2011: Royal College of Art graduate Ariane Prin uses waste from college workshops as the raw material for her on-site pencil factory

From Here For Here by Ariane Prin

Called From Here For Here, the project uses waste generated by current students to provide drawing tools for the whole college and next year’s intake.

From Here For Here by Ariane Prin

Prin made the lead by combining clay from the ceramics department with liquid graphite from the glass department, or ink from the printmaking department with wax from the jewellery department.

From Here For Here by Ariane Prin

She then mixed sawdust with flour and water to make the casing and designed a simple device that extrudes both layers at the same time.

From Here For Here by Ariane Prin

Prin hopes the process will be adopted by future generations of students so that waste can be re-used on site and even earn the college some money through the sale of surplus pencils.

From Here For Here by Ariane Prin

More about Show RCA 2011 »

Here’s a lot of text from Ariane Prin:


Designers are best suited to methods of making that apply to specific and localized contexts. I believe design is about exploring the social and natural opportunities around us, taking advantage of every situation by connecting human activities with environmental principles. I am proposing a production system that treats the Royal College of Art as an experimental site for demonstrating these principles. It uses onsite waste as a raw material for a local pencil factory that will supply drawing tools to present and future students.

“Sustainability is a development that meets the needs of the present without compromising the ability of future generations to meet their own needs.” World Commission on the Environment and Development, 1987.

“Cradle to cradle is a manifesto promoted by Michael Braungart and William McDonough for a radically different philosophy and practice of manufacture and environmentalism.”

“Closing loop is a concept of industrial ecology of either reducing or using waste for other processes.”

My interests are focused on the role of the designer and the process of producing objects which integrate ecological and cultural issues.

Nowadays designers have a huge responsibility as we reach the limits of the world’s resources: the incorporation of sustainability in production is unavoidable. Such concepts need to be entertained early in product design and not as an afterthought to a process. The Sustain talk IV on January 24th 2011 posed the question: How can the creative world engage with opportunities inherent in the social and natural world, to design a more sustainable way of life? I think the answer is in the way we make things.

I believe designers should be aware of the product life-cycle, from the resource, to the fabrication, the energy used, the financial and social aspects, the distribution, the end-life and the locality. In other words, to include in the design process the “Cradle to Cradle” principles that have existed since the 1970’s even though the mainstream global trend is still to maintain the status quo, and industrial production works without environmental safety in mind. Instead, we not only have to brave the design of an object but the design of its whole system.

In such a context: What to create? For whom? With what? My response is to imagine a system based on useful products which are produced specifically for a site with the waste generated there. I am looking for legitimacy of creating objects which I can justify by maintaining the enjoyment of making without the guilt. Through my project, I am trying to find the correct approach of making.

I believe designers have to show a good example to their clients, the industry, and consumers by bringing eco-effectiveness into their projects. We have to be self-governing and not wait for others to do something about the problems we face. But, in order to change the big system, we have to start locally and create localised solutions. We have to look for fairness of production according to this already saturated world, simply because designers are the guardians of the future.

I am proposing a production system that treats the Royal College of Art as an experimental site for demonstrating these principles. It uses onsite waste as a raw material for a local a pencil production that will supply drawing tools to students of this year and years to come. In this case, waste is not discarded but recycled into something useful. We can do more with less by “closing the loop” in production, a useful exercise for the RCA itself. By the integration of a product policy during the creative process, we will end up with a more appropriate model that can incorporate all environmental, social, cultural and economical considerations.

The project in detail:

  • First, find a productive community,
  • Then analyse the place: culture, needs, waste,
  • Find opportunities there,
  • Create the new system,
  • Design the long lasting tools,
  • And finally generate a self-reliant production that can engender a mini economy on site.

The RCA includes 22 departments and all of them have different types of waste. The opportunity is to see the potential in that waste when they are combined and reintroduced into a daily useful object, according to the identity of the place involved. Here, the pencil acts as an emblem for an art school.

Let’s start with the workshop I know the most because I work there every day. The wood workshop produces a big bag of unrecycled sawdust daily. I see in this a remarkable raw material. The bodies of the pencils are made out this wood dust mixed with flour from the canteen as a binding agent and water. After a long period of experimentation, I discovered it was possible to use clay from the Ceramics department with liquid graphite from the Glass department or ink from the Printmaking department with wax from the Jewellery department for the lead. It was very important for me to keep the number of inputs for the pencil recipe to the strict minimum, so they could be easily reproduced.

The RCA has 1044 students and 370 employees and my goal is to create the opportunity for everyone to own a pencil. That is where the co-extruder operates because it creates the adapted process of production for the adapted number of objects needed. This tool that extrudes the body and the rod of the pencils at the same time, is designing a reconstruction process that considers waste a resource. It provides a homemade autonomous product production for local regeneration. I consider that my challenge as a product designer is not to design objects as masterpieces, but to go beyond that by creating the instruments that will endure and help a community to solve their problems.

The idea is to perform a production during the RCA Final Show by engaging people and encouraging students and staff to keep going with this sustainable practice. This installation is built on people’s growing awareness of social and environmental concerns, and their roles as consumers. This is the social and cooperative side of this project which talks about the interdisciplinary nature of the departments which are connected through the recycling. In the context of the Show, the visitors will animate the production of a unified output. There is still a massive educational job to do to raise the consciousness of waste reuse, slow design and low-energy production, especially in the framework of a school; because individual actions are often determined by local infrastructure. With this tool, people now take the control of their production and consumption, via a decentralised organisation.

The “From Here For Here” system presents itself as a small, local, connected, cooperative and open scenario. But now, if we think more widely, one wood dust bag can produce 90 pencils, there are approximately 5 of them a week. They make 170 bags a year – therefore 15,300 pencils. This production could consequently be used to raise income for the RCA and be viable economically. This system could also be extended to create other suitable products by using other RCA waste. Another scenario could be to provide a service by renting co-extruders to other wood workshops. The council could organize a big wood dust collect in a city, and hire the machine to schools in order to educate children about sustainable behavior while creating their pencils at the same time. And we can think even more widely when we know that at least 200 million cubic meters of wood chips and sawdust are produced in the world, just within the sawing lumber industry. The limit is only one of our imagination.

Now I am asking you: Do we need to pay for raw material when we have a considerable amount of waste? Do the next generations have to pay for our mistakes if we can start doing something now? We must be conscious of the difficulties faced by design today but see its extraordinary potential as well. With these pencils I am trying to draw the big picture of a new model of society.

For this project I have work with Engineers Benjamin Males and Nick Williamson, both tutors at the RCA, together with Rafael Gomes Fernandes, Postgraduate Research student in Turbulence, Mixing and Flow Control and Conan Hales, Master student in Environmental Technology both from the Imperial College. My two years tutors Daniel Charny and Roberto Feo, who helped me to find who I am and what I want. I thank them all very much indeed.


See also:

.

Monster pencil
case
Bamboolarule by
Baskerville Studio
Buro by DesignWright
for Lexon

Hose Clip Shelving by Max Frommeld

Show RCA 2011: this modular shelving unit by Royal College of Art graduate Max Frommeld is held together with clips more commonly found on garden hoses.

Hose Clip Shelving by Max Frommeld

Metal brackets at the corners of each shelf slot into grooves in the round wooden uprights.

Hose Clip Shelving by Max Frommeld

Once tightened, the yellow hose clips hold each one firmly in place.

Hose Clip Shelving by Max Frommeld

Quilted fabric covers can be attached to the shelf edges using magnets concealed in their seams.

Hose Clip Shelving by Max Frommeld

See Frommeld’s BA graduation work in our story from 2008. See all our stories about Show RCA 2011 »

Here are some more details from the designer:


Hose clip shelving is a extendible shelving system which consists of three main components: wooden pole, steel bracket and shelf board.

The repetition of those components create a versatile, modular, flat pack shelving unit which introduces standard hose clips to the furniture world.

A magnetic curtain adds a soft element to the structure which allows the user to have closed compartments in a very open storage system.

Material: solid ash, ash veneered ply, steel, hose clips with PP wing nut


See also:

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X-System by Alexander
Lotersztain
Parasite Shelf by
Johanna Landin
Shelframe by Bahbak
Hashemi-Nezhad