Nameless Architecture adds concrete church to growing Korean town

This raw concrete church by Nameless Architecture presents a cross-shaped elevation to a road junction in Byeollae, a new district under development outside Seoul, South Korea (+ movie).

Nameless Architecture adds concrete church to growing Korean town

Nameless Architecture, which has offices in Seoul and New York, used concrete for both the structure and exterior finish of RW Concrete Church, creating an austere building intended to embody religious values.

Nameless Architecture adds concrete church to growing Korean town

“Concrete reveals its solidity as a metaphor for religious values that are not easily changed in an era of unpredictability,” said the architects.

Nameless Architecture adds concrete church to growing Korean town

The introduction of a bell tower and a cantilevered second-floor lobby give the church its cross-shaped profile. Additional cross motifs can also be spotted at the top of the tower and within the lobby window.

Nameless Architecture adds concrete church to growing Korean town

“The cross as a religious symbol substitutes for an enormous bell tower and is integrated with the physical property of the building,” explained the architects. “The minimised symbol implies the internal tension of the space.”

Nameless Architecture adds concrete church to growing Korean town

A large sheltered terrace takes up most of the ground floor of the site, creating a space that can be used for various community activities.

Nameless Architecture adds concrete church to growing Korean town

An entrance leads into the church via a ground-floor lobby, from which a staircase ascends towards the chapel on the second floor. Visitors have to pass through the cantilevered lobby before entering the space.

Nameless Architecture adds concrete church to growing Korean town

“This cantilevered space is a physical as well as spiritual transition that connects daily life with religion,” added the architects.

Nameless Architecture adds concrete church to growing Korean town

A gently sloping floor helps to frame the seating around the pulpit, while clerestory windows help to natural light to filter across the entire room.

Nameless Architecture adds concrete church to growing Korean town

Photography is by Rohspace.

Here’s more information from Nameless Architecture:


RW Concrete Church

RW Concrete Church is located in Byeollae, a newly developed district near northeast Seoul, Korea. It evokes a feeling, not of a city already completed, but a building on a new landscape somewhere between nature and artificiality, or between creation and extinction. The church, which will be a part of the new urban fabric, is concretised through a flow of consecutive spaces based on simple shape, single physical properties and programs.

Nameless Architecture adds concrete church to growing Korean town

The use of simple volumes and a single material adapted to the site collects a range of desires created in the newly developed district. Concrete, which is a structure as well as a basic finishing material for the building, indicates a property that penetrates the entire church, and at the same time, a firm substance that grasps the gravity of the ground it stands on, which is contrary in concept from abstraction.

Nameless Architecture adds concrete church to growing Korean town

Concrete reveals its solidity as a metaphor for religious values that are not easily changed in an era of unpredictability. Moreover, the cross as a religious symbol substitutes for an enormous bell tower and is integrated with the physical property of the building through the empty space at the upper part of the staircase. The minimised symbol implies the internal tension of the space.

Nameless Architecture adds concrete church to growing Korean town

The first thing encountered upon entering the building is the empty concrete yard on the ground floor. This is a flexible space that acts as a venue for interaction with the community while also accommodating varying religious programs. By the time you become accustomed to the dark as you walk past this empty yard, and climb the three storeys of closed stairs, you come face to face with a space full of light.

Nameless Architecture adds concrete church to growing Korean town

This interior space has a cantilever structure protruding 6.9m, and you must pass through this hall before entering the chapel. This cantilevered space is a physical as well as spiritual transition that connects daily life with religion.

Nameless Architecture adds concrete church to growing Korean town

The chapel creates a sense of peace with a single space, using a slope that is not so steep, evoking the feeling of attending a worship service on a low hill. The subdued light gleaming through the long and narrow clerestory embraces the entire chapel and lends vigour to the static space.

Nameless Architecture adds concrete church to growing Korean town

Project: RW Concrete Church
Architect: NAMELESS Architecture
Architects In Charge: Unchung Na, Sorae Yoo
Location: Byeollae, South Korea
Area: 3,095.5 sqm / 33,319.7sqft

Nameless Architecture adds concrete church to growing Korean town

Collaborating Architect: Jplus (Jungtaek Lim, Hwataek Jung)
Structural consultant: Mido Structural Consultants
Mechanical consultant: One Engineering
Client: RockWon Church

Ground floor plan of Nameless Architecture adds concrete church to growing Korean town
Ground floor plan – click for larger image
First floor plan of Nameless Architecture adds concrete church to growing Korean town
First floor plan – click for larger image
Second floor plan of Nameless Architecture adds concrete church to growing Korean town
Second floor plan – click for larger image
Third floor plan of Nameless Architecture adds concrete church to growing Korean town
Third floor plan – click for larger image
Detailed section of Nameless Architecture adds concrete church to growing Korean town
Section – click for larger image

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Urban-Think Tank develops housing prototype for South African slums

Design strategy collective Urban-Think Tank has designed and built a prototypical house as part of an initiative to improve housing conditions for slum dwellers in some of the 2700 informal settlements across South Africa (+ movie).

Urban-Think Tank develops housing prototype for South African slums

Urban-Think Tank, which was involved in the Golden Lion-winning research into the Torre David vertical slum in Caracas, has this time teamed up with ETH Zürich university to search for ways that architects can help improve the environment and security of these slums that house approximately 15 percent of the country’s entire population.

Urban-Think Tank develops housing prototype for South African slums

Working under the title Empower Shack, the team organised a design-and-build workshop in Khayelitsha, a township in Cape Town that is one of the largest in South Africa, and developed a design for a low-cost two-storey shack for local resident Phumezo Tsibanto and his family.

Urban-Think Tank develops housing prototype for South African slums

They then worked together to replace Tsibanto’s existing single-storey dwelling with the new two-storey structure, giving the family a new home with a watertight exterior and its own electricity.

Urban-Think Tank develops housing prototype for South African slums

The designers are now exploring different configurations of the prototype that will allow it to adapt to the needs of different residents, extending up to three storeys when necessary.

Urban-Think Tank develops housing prototype for South African slums

This in turn becomes part of a wider strategy for rationalising the layout of the entire community, known as blocking out. This involves creating access routes for emergency vehicles and providing basic services such as sanitation and water.

Urban-Think Tank develops housing prototype for South African slums
Phumezo Tsibanto’s original home

“Our work on the Empower Shack project is not the result of the usual architectural pursuit for a new housing typology,” said Urban-Think Tank co-founder Alfredo Brillembourg. “While we are absolutely trying to innovate upon the design and technology of low-cost housing, we’re more concerned with the general ‘system’ that surrounds housing in the context of informal South African settlements.”

Urban-Think Tank develops housing prototype for South African slums
Construction of the timber frame

He continued: “This includes the infrastructure that makes housing decent, such as power and sanitation, along with the urban configuration of homes. The Empower Shack project seeks to address these larger challenges, and in doing so, hopefully changes not just the built landscape of places like Khayelitsha, but also the social, political and economic structures that shape residents’ lives.”

Urban-Think Tank develops housing prototype for South African slums
Installing the cladding

Brillembourg and partner Hubert Klumpner are now showing their findings from the two-year research in an exhibition at the Eva Presenhuber Gallery in Zurich.

Urban-Think Tank develops housing prototype for South African slums
The completed shack

Here’s a project description from Urban-Think Tank:


Empower Shack

Can art and architecture lend a voice to segments of the population that go unheard? Empower Shack is a new exhibition presenting an ETH Zürich and Urban-Think Tank project on South Africa, supported by Swisspearl (Schweiz) AG. A collaboration between the Brillembourg & Klumpner Chair of Architecture and Urban Design, South African NGO Ikhayalami (‘My Home’), Transsolar, Brillembourg Ochoa Foundation, Meyer Burger, the BLOCK ETH ITA Research Group, and videocompany, the Empower Shack team was established as a response to conventional approaches in dealing with urban informality, which are unsustainable and painstakingly slow in meeting the immediate needs of the vast majority of South Africa’s urban poor.

Urban-Think Tank develops housing prototype for South African slums
Aerial view of Khayelitsha

With its roots in a research, design and build workshop aimed at developing an innovative, replicable, affordable and sustainable shack prototype for Cape Town’s Khayelitsha (the third largest township in South Africa), the exhibition uses film, photography, drawings, painting and large-scale architectural installations to explore the complexity of living conditions in informal settlements, and the social role of architects in helping to address the economic, ecological and security challenges faced by residents.

Urban-Think Tank develops housing prototype for South African slums
Empower Shack exhibition at the Eva Presenhuber Gallery

With a population of over 50 million and the continent’s largest economy, South Africa is often seen as a source of relative stability and prosperity in the region. Yet economic inequality remains high. Around 1.5 million households (approximately 7.5 million people) live in 2,700 informal settlements scattered across the country, which faces an overall shortage of 2.5 million houses.

Urban-Think Tank develops housing prototype for South African slums
Shack installation at the Empower Shack exhibition

While the government’s record on housing delivery is laudable, the scale of need means informal settlements will remain for the foreseeable future. In response, authorities have slowly begun shifting the focus to incremental upgrading, including committing in 2010 to improve the quality of life of 400,000 households in well located informal settlements by 2014 through improved access to basic services and land tenure.

Urban-Think Tank develops housing prototype for South African slums
Empower Shack exhibition entrance

Alfredo Brillembourg and Hubert Klumpner, along with their research and design teams and collaborating partners are engaged in an ongoing project to develop and implement design innovations for rapid and incremental informal settlement upgrading.

Urban-Think Tank develops housing prototype for South African slums
Blocking out strategy – click for larger image and text

The examples featured in the Empower Shack exhibition are intended to provide immediate strategies to alleviate a national crisis, while remaining embedded within community-driven processes around resource allocation.

Urban-Think Tank develops housing prototype for South African slums
Clustering strategy – click for larger image and text

With Empower Shack, Brillembourg and Klumpner reinforce their broader vision for practical, sustainable interventions in informal settlements around the world. They argue the future of urban development lies in collaboration among architects, artists, private enterprise, and the global population of slum-dwellers.

Urban-Think Tank develops housing prototype for South African slums
Initial volume sketches showing possible configurations – click for larger image

Brillembourg, Klumpner and their team frequently exhibit internationally in venues such as Kassel (2004), MoMA (2010) and the 13th Venice Biennale of Architecture, where they were awarded the Golden Lion in 2012. Through artistic and didactic presentations, they issue a call to arms to their fellow architects to see in the informal settlements of the world a potential for innovation and experimentation, with the goal of putting design in the service of a more equitable and sustainable future.

Urban-Think Tank develops housing prototype for South African slums
Structural diagram – click for larger image and text

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3D-printed mushroom roots “could be used to build houses”

Dezeen and MINI Frontiers: designer Eric Klarenbeek, who displayed a chair made out of 3D-printed fungus at Dutch Design Week in October, says the technique could be used to create larger, more complex structures.

Eric Klarenbeek_Chair_2_Dezeen and Mini Frontiers_644
Mycelium chair

Klarenbeek‘s Mycelium chair, which takes its name from the extensive threadlike root structure of fungi, combines organic matter with bioplastics to make a light and strong composite material that can be 3D-printed.

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Scale model of Mycelium chair

Klarenbeek found that fungus grows quickly on straw, so used powdered straw mixed with water and mycelium to make an aggregate that could be 3D-printed.

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Eric Klarenbeek with model of the Mycelium chair

“We adapted the 3D-printer and invented a way to print straw injected with mycelium. By infusing this mushroom it acts as a kind of glue so that all these straw parts [combine] together and as soon as you dry it you get a kind of cork material, which is all bound together,” says Klarenbeek.

Eric Klarenbeek_Sjoerd_Sijsma_Dezeen and Mini Frontiers_644
Eric Klarenbeek with prototypes

The chair’s exterior is also 3D-printed, but is made from a bioplastic, against which the mycelium root structure grows. Klarenbeek leaves the fungus to spread throughout the 3D-printed structure, reinforcing it in the process.

Eric Klarenbeek_Chair_Segment_Dezeen and Mini Frontiers_644
Segment of Mycelium chair

“Our main purpose was to find a combination between the robot, or the machine, and to have these two work together to create a new material which could be applicable for any product,” explains Klarenbeek.

Eric Klarenbeek interview on furniture made from 3D-printed fungus
Scale model of the Mycelium chair

He claims the material has many possible applications. “It could be a table, or a whole interior, and that’s where it becomes interesting for me. It’s really strong, solid, lightweight and insulating, so we could build a house!”

Eric Klarenbeek interview on furniture made from 3D-printed fungus
Research samples

The music featured in the movie is a track by Kobi Glas. You can listen to his music on Dezeen Music Project.

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Raw Edges Studio animates kitchen concept for Caeserstone

Kitchen and bathroom equipment is lowered into islands made from engineered quartz material Caesarstone in this animated preview of an installation for the brand by London studio Raw Edges, to be unveiled in Milan next month (+ movie).

Caeserstone kitchen and bathroom installation by Raw Edges

Raw Edges designed a series of islands using Caesarstone, which have sections removed for slotting in storage units, appliances and accessories.

Caeserstone kitchen and bathroom installation by Raw Edges

The movie shows models of these items attached to clasps or tied onto strings and lowered into the holes incorporated into each design.

Caeserstone kitchen and bathroom installation by Raw Edges

Sinks, shelves and plants pots are all dropped into their specific places in the units. The animation will be realised as an interactive installation in Milan.

Caeserstone kitchen and bathroom installation by Raw Edges

“For the Milan presentation we want to further-explore the concept of the sliding of objects into Caesarstone Islands,” said Raw Edges founders Yael Mer and Shay Alkalay.

Caeserstone kitchen and bathroom installation by Raw Edges

“The focus will be on the kitchen, which will be set as a working station – a stage for performing cooking.”

Caeserstone kitchen and bathroom installation by Raw Edges

The full Islands range includes units for the kitchen and bathroom, as well as sideboards and a ping pong table.

Caeserstone kitchen and bathroom installation by Raw Edges

All the designs comprise a thin surface supported on two slices of the material and feature rounded corners.

Caeserstone kitchen and bathroom installation by Raw Edges

Different units in the collection are made in various colours from the Casearstone range.

Caeserstone kitchen and bathroom installation by Raw Edges

Following a preview of the products at the Interior Design Show in Toronto earlier this year, the installation will be presented at the Palazzo Clerici in Milan’s Brera district from 9 to 13 April during the city’s annual design week.

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Brick colonnade screens renovated hunting lodge by DMOA Architecten

DMOA Architecten has transformed a former hunting lodge in Belgium into a family home, retaining the eight piers of its original brick facade as a garden feature (+ movie).

La Branche by DMOA Architecten

La Branche was first built in the eighteenth century on the site of a castle in the woods of Heverlee, Belgium. Originally a home, it later became a hunting lodge but was left vacant 15 years ago.

La Branche by DMOA Architecten

DMOA Architecten refurbished two brick blocks and created a new one-storey volume that links the two. The eight piers of the original facade, which gave its name to the property, were retained as a free-standing screen in front.

La Branche by DMOA Architecten

“When you walk through the house you feel continuously that you are in a nexus between old and new,” said Luis Querol of DMOA Architecten.

La Branche by DMOA Architecten

The new flat-roofed single-storey volume holds the living and dining areas. It has custom-made windows and timber cladding in black-tinted afzelia.

La Branche by DMOA Architecten

Cupboards are made of smoked oak veneer, the floor is natural oak, and the kitchen is a combination of brown Corian and smoked oak veneer.

La Branche by DMOA Architecten

The new addition makes a U-shaped plan, connecting with the two brick gabled buildings that sit at right angles to it to form a central courtyard.

La Branche by DMOA Architecten

The house is now home to a family with four children, whose bedrooms are within the brick-built wings.

La-Branche-by-DMOA-Architecten-dezeen_18

Floors and walls in the master bathroom are painted black.

La-Branche-by-DMOA-Architecten

Photography by Thomas Janssens. Video is by Luis Querol.

Here’s a project description the architect sent us:


La Branche

The project is a peaceful combination of old and new. The new part is a sober black canvas looking at the garden from behind the old walls.

La Branche by DMOA Architecten

In several places remnant parts of the old walls are kept as garden elements, an aspect that strengthens the atmosphere. When you walk through the house you feel continuously that you are in a nexus between old and new.

La Branche by DMOA Architecten

The project consists of the renovation of an old resting place for hunters in the woods of Heverlee (Belgium), transforming it in an comfortable and modern dwelling for a family with four children.

La Branche by DMOA Architecten

One of the three wings of the U-compositions was removed except of the facade wall, which remains with the name that gave title to the old refuge and now to its renovation “La Branche”.

La-Branche-by-DMOA-Architecten-dezeen_21

The sides made of brick contain the private rooms of the family meanwhile the dark volume accommodate the living and the kitchen in permanent connection with the pool and the outside garden. The dark colours of the interior design contrast with the high brightness that gets inside through the large windows.

La Branche by DMOA Architecten

Project Title: La Branche
Architects: DMOA Architecten
Collaborators: Benjamin Denef, Charlotte Gryspeerdt, Matthias Mattelaer; Lien Gesquiere
Localization: Heverlee, Belgium
Site area: 2200 sqm
Floor area: 655 sqm

La-Branche-by-DMOA-Architecten-dezeen_plan_1
Ground floor plan – click to view
La-Branche-by-DMOA-Architecten-dezeen_plan_0
First floor plan – click to view
La-Branche-by-DMOA-Architecten-dezeen_plan_floor_00
Basement plan – click to view

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1001 Movies You Must See

Focus sur cette vidéo de Jonathan Keogh intitulée « 1001 Movies You Must See Before You Die » qui rend hommage au livre de Steven Jay Schneider. Un montage impressionnant, nécessitant une année de travail pour arriver à rassembler des filmes de tous les pays, de toutes les décennies et de tous les styles.

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1001 Movies You Must See6
1001 Movies You Must See5
1001 Movies You Must See4
1001 Movies You Must See3
1001 Movies You Must See2
1001 Movies You Must See1

Glowing 3D-printed characters explore LA in Cut Copy’s music video

Dezeen Music Project: a pair of miniature 3D-printed figures wander around Los Angeles in this stop-motion music video by creative studio PARTY for Australian electronic band Cut Copy’s track We Are Explorers.

Glowing 3D-printed characters explore LA in Cut Copy music video by PARTY

“We came up with the idea based on the title and lyric ‘we are explorers’,” PARTY creative director and founder Masashi Kawamura told Dezeen. “We wanted to create a story of explorers but wanted create the journey in a never seen before way, so we decided to create 200 figurines using 3D printing and film them as stop-motion animation.”

Glowing 3D-printed characters explore LA in Cut Copy music video by PARTY

The video for Cut Copy follows the tiny characters as they navigate the streets: encountering litter, scaling mail boxes and collecting objects found along their journey.

Glowing 3D-printed characters explore LA in Cut Copy music video by PARTY

For the stop-motion sequence, the two hundred figurines were created on a Stratasys 1200es printer with UV reactive filament.

Glowing 3D-printed characters explore LA in Cut Copy music video by PARTY

The team used handheld black lights to create the luminosity during the seven days of filming in Los Angeles, then exaggerated the brightness slightly during post production.

Glowing 3D-printed characters explore LA in Cut Copy music video by PARTY

“We used UV reactive filament to print the figurines on the 3D printer, so they glowed under the black light,” said Kawamura.

Glowing 3D-printed characters explore LA in Cut Copy music video by PARTY

Once they had finished, PARTY made the files used to create the video open source so others could try it out.

Glowing 3D-printed characters explore LA in Cut Copy music video by PARTY

“We wanted to create an experience bigger than just the video,” explained Kawamura, “so we decided to release all the 3D data and storyboard for free on Bit Torrent, so the people can actually recreate the whole video if they want to.”

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Soap and light visualise sound vibrations in Dagny Rewera’s installation

Light projected through a soap bubble throws patterns generated by the tiny vibrations of a speaker onto the ceiling in this installation by Royal College of Art graduate Dagny Rewera (+ movie).

RCA graduate Dagny Rewera uses soap and light to visualise sound

For the Invisible Acoustics project, Dagny Rewera set up three speakers with lights attached on brass armatures. To visualise the sound emitted, the designer developed an automated system that dips a hoop into a soap solution and holds it directly above the speaker.

RCA graduate Dagny Rewera uses soap and light to visualise sound

When switched on, the sound waves cause the soap bubble to vibrate, but these tiny aberrations aren’t visible to the naked eye, so a lens is suspended above the soap to magnify the microscopic changes in the surface of the bubble. The results are then projected onto the ceiling to create kaleidoscopic images that change with the music.

“The aim of the project was to change the perception of the everyday,” explained Rewera. “The project tries to enhance the greater understanding of the world we are surrounded by and [suggests] there might be parallel worlds unnoticed in our mundane lives.”

RCA graduate Dagny Rewera uses soap and light to visualise sound

As the water evaporates from the solution, the concentration of soap reveals a range of hues that intensify over time.

RCA graduate Dagny Rewera uses soap and light to visualise sound

The soap film is designed to last up to an hour. If the bubble bursts, the automated system re-dips the hoop into the solution, starting the whole process again.

Each of the three speakers plays tones in a variety of different frequency ranges, meaning each visualisation is different.

RCA graduate Dagny Rewera uses soap and light to visualise sound

“My role as a designer is choreographing these invisible worlds, revealing their beauty and importance and guiding the users from the mundane into the spectacle,” explained Rewera.

RCA graduate Dagny Rewera uses soap and light to visualise sound

Rewara completed Invisible Acoustics for the Design Products course at the Royal College of Art in London. It was inspired by cymatics, the study of visible sound and vibration first studied by English philosopher Robert Hooke in 1680.

RCA graduate Dagny Rewera uses soap and light to visualise sound

Here’s some information from Dagny Rewera:


Invisible Acoustics

The project titled Invisible Acoustics is a project that slips suggestively into a different world – one that requires different means for its explorations as well as its interpretations.

The world of the invisible

The project is an audio-visual installation of three sound and light units, which visualise the normally invisible form of sound. Based on the scientific study of Cimatics, the units reveal the true, organic form of sound and vibration.

Using the surface tension of a soap film, the vibration created by the sounds source transforms the soap into a flexible three-dimensional sculpture, unseen with the naked eye. By bouncing light of the film through a lens, the microscopic transformations of the soap membrane are enlarged and projected on the ceiling, creating a hypnotising light performance.

RCA graduate Dagny Rewera uses soap and light to visualise sound

The soap film , designed to last up to an hour, through time transforms the image into an explosion of hues, as the water in the soap lens evaporates. When it finally bursts, the automated mechanism re-dips the soap wand in the solution and starts the performance again.

Each designed device plays different tones in a frequency range. These differences in frequencies are translated real time into individual light projections. At the same time, creating a sound and light spectacle when experienced as a whole.

The aim of the project was to change the perception of the everyday. By choreographing a smaller detail, the project tries to enhance the greater understanding of the world we are surrounded by and put to light that there might be more parallel works unnoticed in our mundane lives.

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Wearable technology will “transform the doctor-patient relationship”

Dezeen and MINI Frontiers: wearable technology will revolutionise healthcare for doctors and patients alike, says the director of design studio Vitamins in our final movie from December’s Wearable Futures conference.

The QardioArm blood pressure monitor from Vitamins
The QardioArm blood pressure monitor by Qardio

“In the future there’s no doubt that wearable technologies are going to be part of our everyday lives,” says Duncan Fitzsimons of Vitamins. Increased usage of personal health-monitoring devices will be one example of this, he says, making the “the doctor-patient relationship change [for the] better”.

The QardioArm blood pressure monitor
The QardioArm blood pressure monitor

Fitzsimons explains how the current constraints on an appointment between patient and doctor – lack of time and lack of information – can be mitigated by personal monitoring devices that collect patient data over a long period of time.

“When we are ill at the moment we only see the doctor for a very small amount of time. This is just a snapshot in the progress of your illness,” he says.

The QardioArm blood pressure monitor in use
The QardioArm blood pressure monitor in use

“If [a doctor] has access to a wider amount of data, they’ll be able to see how your illness has started, progressed and perhaps is tailing off,” he continues. “That will enable them to have a lot more information to diagnose you better and also enable you to have a more transparent window into your health so that you can understand it better as well.”

The QardioArm blood pressure monitor is designed to be easily portable
The QardioArm blood pressure monitor is designed to be easily portable

For these benefits to be realised, Fitzsimons says the technology to record this data needs to be attractive and easy to use, citing two examples of products by healthcare company Qardio: the QardioArm, which measures blood pressure and the QardioCore, a wearable ECG (electrocardiogram) monitoring device, commonly used to detect abnormal heart rhythms. Both are designed, says Fitzsimons, to look unlike medical devices and use a smartphone as the interface with the patient.

[The above paragraph was amended on 27 February 2014. Previously, it was stated that Vitamins would be launching the QardioArm and QardioCore products.]

The QardioCore ECG monitor
The QardioCore ECG monitor

Fitzsimons is the co-founder of Vitamins, the design studio which last year won the transport category at the Design Museum Designs of the Year 2013 awards for its Folding Wheel project.

Model wearing Vitamins' QardioCore portable Electrocardiogram device
Model wearing Qardio’s QardioCore portable electrocardiogram device

This is the fifth and final movie from the two-day Wearable Futures conference that explored how smart materials and new technologies are helping to make wearable technology one of the most talked-about topics in the fields of design and technology.

In the first movie, designer of Dita von Teese’s 3D-printed gown Francis Bitonti explained how advances in design software mean “materials are becoming media”. In the second, Suzanne Lee explained how she makes clothes “grown using bacteria.” In the third, Shamees Aden explained how scientists are combining non-living chemicals to create materials with the properties of living organisms. In the fourth, Pauline van Dongen called for wearable technology to “transcend
 the world of gadgets”.

The music featured in the movie is a track by DJ Kimon. You can listen to his music on Dezeen Music Project.

Dezeen and MINI Frontiers is a year-long collaboration with MINI exploring how design and technology are coming together to shape the future.

Dezeen and MINI Frontiers

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Colour-changing ink transforms flame-engulfed headdress by Lauren Bowker

Alchemist Lauren Bowker applied heat-sensitive ink to a sculptural leather garment and used fire to alter its colour during a presentation for her company The Unseen (+ movie).

Coinciding with London Fashion Week earlier this month, Bowker’s design house The Unseen debuted a series of garments embedded with her colour-changing ink at an event in the Dead House – a series of vaulted passages beneath Somerset House where her studio is located.

Colour-changing ink transforms flame-engulfed headdress by Lauren Bowker

She created a giant black headdress made from overlapping layers of hand-stitched leather that engulfed the wearer like a shell, completely covering the head and extending down past the hips.

Colour-changing ink transforms flame-engulfed headdress by Lauren Bowker

During the presentation, a figure wearing this headdress was lead down a tunnel and positioned beneath a spotlight. Large flames erupted around the garment as wicks that protruded from the body were lit in unison.

Colour-changing ink transforms flame-engulfed headdress by Lauren Bowker

As the heat from the fire lapped the material, peacock-tail colours began to emerge and disperse across the surface. When the flames died down, the green and purple tones remained on the material as the model was lead back into the depths of the underground vaults.

Colour-changing ink transforms flame-engulfed headdress by Lauren Bowker

The collection also included garments worn over the torso that react to the movement of air, changing colour as environmental conditions shift in varying climates and when people come close or walk past.

“Seasonally each piece exhibits different tones of colour,” Bowker told Dezeen. “The summer environment will create a brightly coloured jacket that will dull in the wind to become black again, whereas in the winter the pieces are black until the wind hits them then revealing the colour shift.”

Colour-changing ink transforms flame-engulfed headdress by Lauren Bowker

Made in a similar layered style to the larger heat-responsive piece, these designs were displayed on models in alcoves along the subterranean tunnels.

“The fins in each jacket are shaped and designed to create turbulence trips within the wind – triggering the colour-change response,” said Bowker.

Colour-changing ink transforms flame-engulfed headdress by Lauren Bowker

She has previously applied different versions of her reactive inks to feathered garments that are sensitive to light.

The post Colour-changing ink transforms flame-engulfed
headdress by Lauren Bowker
appeared first on Dezeen.