Rodrigo García González

IDEADOR

RODRIGO GARCÍA GONZÁLEZ1984.10.18 , 27 years , Spanish

EDUCATION1988-1999 Colegio Los Peñascales (Spain)1999-2000 Saint Andrew’s Collage (Canada)2000-2002 Baccalaureate C.Los Peñascales. Excellent Academic Advancement Scholarship of Madrid 2002-2009 Master of Sciences of Architecture. Polytechnic University of Madrid. First class honours.2006-2007 Sustainable Humane Habitat in developing contexts Asia . EU’s Asia-Link Programme Cambridge University (UK), CEPT University (India), Polytechnic University of Madrid 2007-2008 Minor in Integral Design. Magalhaes/SMILE Schl. Pontifical Catholic University of Chile 2010-2011 PhD degree courses in Advanced Architectural Projects. Polytechnic University of Madrid 2011-2012 One year course Design Connections Umeå Institute of Design. Umeå University. (Sweden)

PROFESSIONAL EXPERIENCE2006 Collaboration with Dos Mas Uno Arquitectos Madrid (Spain)2008 Collaboration with Elemental (Chile)2009 Coordinator of Activities and Publications Department of Projects. UPM. ESTAMadrid (Spain)2010 Internship at Carmen Pinos. ARQUIA scholarship Barcelona. (Spain)2010 Curator of the Spanish Universities Exhibitions BIAU Medellin (Colombia)2011 Coordinator of the workshops of the Iberomerican Biennial of Arquitecture and Urbanism (Spain)

AWARDS2006 Award F.J.S.Oíza. 2ºAward 2006 Competiton COAM. Modular Stand for IFEMA. Special mention2007 GAUDI European Student Competition on Sustainable Architecture 2006-2008. Winner 2009 Contest Arquia/Becas09 : “El cuarto para guardar la escoba de la bruja”. Winner2009 Impro Theatre World Cup in Spanish Chile Gold medal2009 GAUDI European Student Competition on Sustainable Architecture 2008-2010 Winner2010 Veteco/Asefave Price. 3ºAward2010 ArtScist International Competition. Hulda Festival. First Price2010 Stoy International Competition. Emergency toy. Special Award2011 Archiprix International Competition Participant Favorite2011 GAUDI European Student Competition on Sustainable Architecture 2010-2012 Winner

r@ideactionary.eu+46 (0) 705714395Rodrigo García Pedagoggränd 7A/0309 907 30 Umeå, Sweden

What I think I have now What I am expecting to improveif I get in IDE

Sketching

3D Software

Models

Innovation

Group work

Approach ID

“Factor X”

CV

TEACHING EXPERIENCE2005 Covering teacher of drawing and art of Secondary School Colegio Los Peñascales (Spain)2008 Visiting teacher. Sir James Dunn Collegiate. Sault Ste Marie, Ontario (Canada)2009 Assistant teacher Architecture studio 6&7 ETSAM Polytechnic University of Madrid (Spain)2010 Teacher of the workshop “Let’s deploy”. Center for Environmental planning and technology (India)2010 Mentor of the Architecture Studio 4&5 ETSAM Polytechnic University of Madrid (Spain)2010 Teacher of the workshops at the Hulda Festival “XXXXsnake” and “pellotas” Cukurcunma (Turkey)2011 Teacher of the joint housing studio ETSAM-CEPT Universities. Ahmadabad (India)2011 Teacher of IWAU International Workshops for Architecture and Urbanism. Wroclaw (Poland)

RESEARCH EXPERIENCE2007 Investigation “Participative Technology in the Chilean Slums” PUC+UTPCH. 2008 Research at the “Les Grands Atéliers de l’Isle d’Abeau” Villefontaine (France) 2009 Author of the Patent P20090927 (Patent Pending) “Structural deployable radial system of two or three dimensions using pair of bars with non-center axis”

EXHIBITIONS2008 Biennale de l’habitat durable de Grenoble (France). Calipo H. 2008 11th Biennale di Venezia (Italia) Calipo House. Out There 2008 Saint Etienne Biennale 08: Sustainable Housing, (France) Calipo House. 2009 Paris, Cité de l’architecture & du patrimoine. (France) Calipo House, 2009 ETSA Sevilla. El cuarto para guardar la escoba de la bruja. (Spain) Casa Calipo 2010 12th Biennale di Venezia, Morion, Where people meet in architecture. (Italia) 2010 Artscist Exhibition. Tophane-i Âmire, Sarnıçlar, (Turkey) ZIPIZIP2010 Bienal Iberoméricana de Arquitectura y Urbanismo. Medellín . (Colombia) 2011 Efimeras. Arquerias Nuevos Ministerios. (Spain) ZIPIZIP2012 Coming...12th Biennale di Venezia, (Italia) DEVEBERE

LECTURES2008 ENSA Grenoble. (France) Calipohouse 2009 Coolaboratorio ETSAM UPM. Madrid, (Spain) Deployable structures2009 BHT Berlin. (Germany) Villa Rotonda 2010 Sarvajanik Society’s College of Architecture. Surat, (India) Academic’s works2010 Center for Environmental planning and technology. Ahmadabad, (India) 2010 Engineering school (E.T.S.I.C.C.P.) UPM , Madrid (Spain) ZIPIZIP2011 ACETSAM UPM Madrid (Spain) ZIPIZIP project2011 Efimeras, Arqueria Nuevos Ministerios (Spain) ZIPIZIP workshops2011 Faculty of Architecture Wroclaw University of Technology (Poland)

WARM WHEEL mobile showerDesign Procces (8 weeks project) Tutors: Tony Catgnani, Mattias Löw UID, Umeå 2011

In this project the task was to create a portable shower concept that is compact and environmentally friendly. The ex-pectation was not to solve all technical problems related to connecting to water supplies, but make a potentially valid design statement about portability and packaging of a wash and hygiene mod-ule.A concept that projects future possibili-ties of how human using the minimum of energy and space. Consideration should be given to different environ-ments and not just the arid locations around the World.

My design Process. First week 8 ideas for 1 mobile shower.

My favorite. I develop this idea during 2 weeks Tutors favorite, I work on it during the last 4 weeks

My design process

THE CLOUD MAKERMaking clouds out of soap, helium, water. A mobile shower in the sky.

I always go for the most ambitious idea. I believe that the most challenging of my 8 proposals was to make a cloud. A cloud that you can create, transport and when you decide, make it rain! This idea could work in different scales. From the unipersonal to the macro scale. It could be possible to carry big quanti-ties of water from the sea to the inland and fight one of the biggest issues of this century. The lack of water.

First day making clouds

Task of the day: 1. Make soap 2. Fill bubbles with helium

Second day making clouds

Task of the day: 1. Make bubbles fly2. Make touchable bubbles

Third day making clouds

Task of the day: 1. Catch de bubbles2. Carry them.

The cloud maker (the movie)

Task of the day: 1. Make a storytelling poetic movie for the mid review.

PedalingThe 4 steps to have a shower: pumping, transport, heating & pressurazing

Design process

My wall. - 1:1 drawings - Mockup of some inner parts .

Pumping 4 min. pedaling = pumps 16 liters of water

Heating30 min pedaling =heats one liter up to 100Cº

Transporting25 minutes pedaling= covers 12 kilometers

Pressurazing1 minute pedaling = 2 bar air pressure

My design process Finding a shapeOr how to transport 18 liters of water inside a wheel.

No, no, no .... ...yes! final shape

The basic idea of the Warm Wheel is to use a bicycle wheel to transport, heat and pressurize water to have a shower every-where. This concept could be suitable for people who have to move to great distances to get clean water for hygienically use. At the same time it transport 16 liters of water inside the wheel while a 12V hub dynamo is heating it up. The pedaling motion mechanically produces pressure by a peristaltic pump for a 12 minutes hot shower. Pedal and shower!

Detailing

Description

My design process Change the directionTHE WARM WHEELTransport, heat and pump water on a bicycle wheel.

Description

Parts

CHAIR OX

Umeå, SWEDEN 2012Competition

Here is the challenge, make a simple but dinamic chair.Easy and fast to build, on no more than 2h workshop. Made of only one type of seccion of wood (45mm). Without any waste of wood or other material. Deployable or collapsa-ble, it expands his surface x2 !

Deployable principle

LANZA RUBBER BAND POWERED CAR RACEModelos y prototipos (2 weeks project) with Cristina JuárezTutors: Alberto González, Marcelo AlduncePUC, Pontificia Universidad Católica de Chile, Santiago de Chile 2007

The challenge was to make a rubber band powered car of max dimenssions 300x150x150 mm out of plastic. We won the race against more than 30 teams!

BWF ( Butts With Flower )

Santiago de Chile 2007

Reconvert the action of throwing out a cigarette butt to plan a flower. Reuse and objet take away live, to bring something to life.

Cigarette with small seeds of Eschscholtzia californica inside the filter. Cellulose ac-etate keeps humidity making it easy for the seeds to germinate.

Competition

Prototype, 26x8x37mm¡and growing! The Eschscholtzia californica is a wild flower that grow in all the terrains and can bloom during all the months of the year.

COMPONENTS:Acetanisole, Acetic Acid, Acetoin, Acetophenone, 6-Acetoxydihydrotheaspirane,2-Acetyl-3- Ethylpyrazine, 2-Acetyl-5-Methylfuran, Acetylpyrazine, 2-Acetylpyridine, 3-Acetylpyridine, 2-Acetylthiazole, Aconitic Acid, dl-Alanine, Alfalfa Extract, Allspice Extract,Oleoresin, and Oil, Allyl ,exanoate, Allyl Ionone, Almond Bitter Oil, Ambergris Tincture, Ammonia, Ammonium Bicarbo-nate, Ammonium Hydroxide,Ammonium Phosphate Dibasic, Ammonium Sulfide, Amyl Alcohol, Amyl Butyrate, Amyl Formate, Amyl Octanoate, alpha-Amylcinna-maldehyde, Amyris Oil, trans-Anethole, Angelica Root Extract, Oil and Seed Oil, Anise Anise Star, (...)a long etcetera and 2 seeds of Eschscholtzia Californica!!

Competition CHAPANALGAS

PUC, Pontificia Universidad Católica de Chile, Santiago de Chile 2007

Lots of contemporary cities streets are full of bollards. The only thing you can do with them is hit your shin. If you try to sit down, even if they have the perfect high, your bottom will suffer. This issue gave birth to “Chapanalgas” an urban seat that can be adapted to every type of bollard. It provides an ergonomic surface that allows the people to sit down on the public space.

MANILLABOCINA

Tutor: Marcelo AlduncePUC, Pontificia Universidad Católica de Chile, Santiago de Chile 2007

There are lots of shops which doors function with a complex photoelctric system. This system has an infrared motion detector which activates a polyphonic alarm that makes a “dongdong”. All this technolocy just to warn the storekeeper that someone entered. It will be much easier if the door handle warned directly the storekeeper. The outside door will be equiped with a rubber bulbe so that when someone would turn the handle aire will produce a sound through the trumpet inside

PELLOTASTaller de Calidad 3Tutor: Alberto GonzálezPUC, Pontificia Universidad Católica de Chile, Santiago de Chile 2007

Kids nowadays don’t know how to make balls. Pellotas is a way to make your own balls out of plastic bags. Through an easy process and with domestic tools you can create Pellotas of dif-ferent sizes, colours, weight, and bounce. They don’t burst, and once it is created you can modify it through the same process again and again.

Winner of the competition

During the ArtScist festival in Istanbul I had the opportunity to coordinate a workshop about the “Pellotas” . The kids, the parents and almost all the commu-nity were involve. It was one of the most gratifying experiences of my life.

Pellotas workshop at Cucurcuma, Istambul TURKEY 2010(Coordinator) In collaboration with Emilie Garnier & Bilal Yilmaz

MILLAMA

Taller de Calidad 3Tutor: Alberto GonzálezPUC, Pontificia Universidad Católica de Chile, Santiago de Chile 2007

Millama is a teeter-totter made fully from plastic bags. Though a process of heat you can control the density of the material: there are soft parts in touch where the kid with stands and hard parts in touch with the floor. Is exterior resistant, you can wash it and make modifications. Millama born from a mate-rial empiric experimentation with polyethylene and other used materials.

Tarak!In collaboration with Kerem Erdem GöçUmeå, SWEDEN 2011

Competition

“Nosetraga” is a furniture serie that try to clonate furniture with a homemade process using food garbage. Bon apetit! The idea of LamPipas is to make a lamp to place in the living room and make it grow by adding the shells of the seeds that Spanish people are addicted to.

LAMPIPAS

Madrid, SPAIN 2011

And you? Where do you stick your gum after chewing it?In my country most of the chairs have gums under it. Use this uncivilised act to create a new chair, that is the main idea. To make it possible first, apply a release agent to the back of the chair. Second when you have chewing gums under it use the fixer to harden them. And then you can take away the original chair and use your duplicate gum chair. You can repeat this process all the times that you want, and also adding more gums you make the “chairwing gum” grow and grow.

CHAIRWING GUM

Madrid, SPAIN 2011

Competition

InKea

In collaboration with Javier Resano, Coro Vilallonga, Blanca Leal, Marta Leal.Madrid Matadero 2011

Competition Winner

IKEA al cubo was a competition organized by IKEA and the Asociación Diseñadores de Madrid (DIMAD), where the aim was to create a space of 2,40 x 2,40 x 2,40 metros only with IKEA products and a maximum budget of 600 euros. We only spend a few in bags. Then we joined them and inflated our cube!

Fast 1 day workshopStaples+Air+Newspaper400x250x250mm space2 euros budget (in staples)

Paper Shelter

In collaboration with Sriram Natarajan, Bhavin Shukla & Kulshresth PatelCEPT Ahmedabad 2011

DEVEBERE vol.1 the market man

Umeå, SWEDEN 2011

Winner of the Competition

A inflatable maket made out of paper and plastic. + info www.devebere.com

As winners of the GAU:DI competition we were invited to Belgium to try out DEVE-BERE. We work hard during four days in order to explain the jury how making archi-tecture out of garbage works. We did a small arch out of plastic bottles and vacuum. We won and we are now invited to build it dur-ing the Biennale 2012 in the period from August 28st tio september 2th on the quay Riva die Sette Martiri, Venezia..

DEVEBERE vol.2

In collaboration with Maciej Siuda and the Production of the Cité de l’Architecture et du PatrimoineLiege, BELGIUM December 2011

Winner of the Competition

DEVEBERE is a project made of GARBAGE and AIR by PEOPLE.

www.debebere.com

DEVEBERE vol.3 the venice pavilliom

In collaboration with Maciej Siuda and the Production of the Cité de l’Architecture et du PatrimoineTo be build in Venice, ITALY August 2012 !!!

Winner of the Competition

These days we are submitting the plans for the building authorities to get the permit to construct in august. During March I will be in Paris working on a pre-prototype.

The site Riva Martiri, VENICE

www.devebere.com

ZIPIZIP deployable systemGraduation Project (Medal Honors) Tutor: Ignacio BorregoETSAM, Madrid, SPAIN 2009

Rodrigo García GonzálezTutor Ignacio Borrego Gómez-Pallete

U.D Campo Baeza Exp 02160PFC Noviembre 2009

Prototipo e1.18

El sistema zipizip esta pensado para dar respuesta a distin-tas situaciones que requieran de un edificio temporal. La principal novedad de este sistema es que permite lograr con este tipo de edificaciones altas densidades.

El sistema está compuesto por una estructura desplegable, transportable en un camión, que no requiere de elementos externos para su despliegue. Una vez fijada esta estructura se completa con distintos elementos constructivos tales como paramentos técnicos, elementos de comunicación verticales, torres de instalaciones, pieles bioclimáticas…

Una vez finalizado su uso el edificio es recogido y puede ser vuelto a instalar en otro contexto. El sistema zipizip permite numerosas variaciones dando lugar a distintas tipologías edificatorias en función de los distintos requerimentos.R

1

ZIPIZIPsistema plegable

01 02 03

Rodrigo García GonzálezTutor Ignacio Borrego Gómez-Pallete

U.D Campo Baeza Exp 02160PFC Noviembre 2009

Prototipo e1.18

El sistema zipizip esta pensado para dar respuesta a distin-tas situaciones que requieran de un edificio temporal. La principal novedad de este sistema es que permite lograr con este tipo de edificaciones altas densidades.

El sistema está compuesto por una estructura desplegable, transportable en un camión, que no requiere de elementos externos para su despliegue. Una vez fijada esta estructura se completa con distintos elementos constructivos tales como paramentos técnicos, elementos de comunicación verticales, torres de instalaciones, pieles bioclimáticas…

Una vez finalizado su uso el edificio es recogido y puede ser vuelto a instalar en otro contexto. El sistema zipizip permite numerosas variaciones dando lugar a distintas tipologías edificatorias en función de los distintos requerimentos.R

1

ZIPIZIPsistema plegable

01 02 03

Rodrigo García GonzálezTutor Ignacio Borrego Gómez-Pallete

U.D Campo Baeza Exp 02160PFC Noviembre 2009

Prototipo e1.18

El sistema zipizip esta pensado para dar respuesta a distin-tas situaciones que requieran de un edificio temporal. La principal novedad de este sistema es que permite lograr con este tipo de edificaciones altas densidades.

El sistema está compuesto por una estructura desplegable, transportable en un camión, que no requiere de elementos externos para su despliegue. Una vez fijada esta estructura se completa con distintos elementos constructivos tales como paramentos técnicos, elementos de comunicación verticales, torres de instalaciones, pieles bioclimáticas…

Una vez finalizado su uso el edificio es recogido y puede ser vuelto a instalar en otro contexto. El sistema zipizip permite numerosas variaciones dando lugar a distintas tipologías edificatorias en función de los distintos requerimentos.R

1

ZIPIZIPsistema plegable

01 02 032009 GAUDI European Competition on Sustainable Architecture.Winner2010 Veteco/Asefave International Award 3ºPrice2010 ArtScist International Competition. Hulda Festival First Price2011 Archiprix International Competition Participant Favorite

Site. Tunnel construction. AreaThe tower moves when the construction moves.

Model

ZIPIZIP is the result of research on deployable structures, and how they can be distributed not only horizontally but also vertically. After working with prototypes, the ZIPIZIP system has been applied to a real context: a building with offices, facilities and housing for a construction company that is drilling tunnels for the high-speed train in Spain. The building can be moved forward at the same time as the con-struction.

Axonometric Open and close structure

ZIPIZIP is a patent pending system (P200901789) to make high-rise build-ings deployable. It is based on a transport-able “scissors” structure that, when open, is supplemented by different elements to make it livable. The advantage of this con-struction is the speed with which it can be assembled and dismantled, so you can use the same building for different contexts. It is perfect to use during major events such as the Expo or the Olympics because it enables an increase in the density of a city or the temporary colonization of new land. It also enables the rent or exchange of infrastruc-tures, mobilizing the actual static real estate market.

Patent Pending P200901789

Prototype n.29

Prototype n.27

Prototype n.32

www.zipizip.com

Rodrigo García GonzálezTutor Ignacio Borrego Gómez-Pallete

U.D. Campo Baeza Exp. 02160PFC Noviembre 2009

GeometriaDespliegue

Estado del ArteLa plegabilidad estructural Durante el último siglo muchos arquitectos e ingenieros han ideado estructuras plegables. La mayoria de estos sistemas constructivos estan basados en mallas reticulares y nudos articulados. Algunos utilizan como condición geométrica básica, el sistema de tijera o Pantógrafo, el cual se basa en un nudo intermedio pivotante y dos ubicados en los extremos, estos puntos pivotantes tienen total grado de libertad entre dos barras en el eje perpendicular del plano del pantógrafo.

Un pantógrafo (de las raíces griegas παντ, todo, y γραφ, dibujo, imagen) es un mecanismo articulado basado en las propiedades de los paralelo-gramos. Su teoría se describe en los principios de Descartes sobre los parale-logramos y fue ideado en 1603 por Christopher Scheiner; tiene aplicaciones en diversos campos de la mecánica, en mecanismos tales como el pantógrafo de ferrocarril, el gato hidráulico, el pantó-grafo de oxicorte, o como instrumento de dibujo.

En cuanto a la aplicación de estos principios geométricos a la arquitectura, la primera patente identi�-cada con el Nº 7755 de origen británico de 1944, presentada por Barde Salden Watkins y registrada con el título “Impro-vements in supports for tents, marquees, temporay bridges and other portable structure”.

Buckmister Fuller es un importante precursor de los sistemas estructurales de mallas reticuladas plegables. En 1953 en la Universidad de Washington contruye un prototipo experimental desplegable llamado Flying Seedpot, el cual consistía en una serie de trípodes conectados entre sí por nudos articulados, en su posición cerrada en un pequeño paquete y que al desplegarse forma una bóveda de base cuadrada.

En 1961 el arquitecto español Emilio Pérez Piñero (1935-1972) diseñó una estructura de rápido montaje basada en una bóveda reticular que se despliega sin necesidad de ser armada ni precisar de andamiajes siendo prefabricada totalmente en taller. Esta innovación consistió en diseñar un sistema de nudos pasantes en el que los nudos de los extremos y los del medio son atravesados por las barras haciéndolos pivotantes, naciendo un nuevo y amplio campo de investigación de las estructuras transfor-mables reticulares. 0

1

ZIPIZIPsistema plegable

Nudo extremo estructura principal

Nudo extremo subestructura

Nudo intermedio estructura principal

Nudo intermedio subestructura

Nudo extremo estructura principal perimetral

Nudo extremo subestructura perimetral

Nudo intermedio estructura principal perimetral

Nudo intermedio subestructura perimetral

Punto anclaje intermedio

Nudo extremo de cierre de estructura principal

Nudo extremo de cierre subestructura

Nudo extremo de cierre de estructura principal perimetral

Nudo extremo de cierre de subestructura perimetral

LEYENDA

Par de barras con articulación no central

Par de barras con articulación central

Configuración tridimensional básica

Estructura principal / Estructura perimetral

Subestructura / Subestructura perimetral

Configuración conjunto en planta

Configuración conjunto en alzado

Prototipo estructural

0º 20º 40º 60º 80º 100º 120º

ZIPIZIP Guggenheim NY

ARCHPIRIX expositionParticipant favorite 2011

ZIPIZIP Vennice Biennale

Zipizip prototypeGAU:DI Competiton winner2010

The Hulda project is the launching of an innovative travelling festival using M/S Hulda, a centennial sailing boat, as an at-tractive infrastructure for coordinating events raising the in-terest of youth, non-specialised public, universities, CSOs and science centres for bridges between sciences, arts and daily life.ZIPIZIP run a workshop with kids from Cucurcuma (Istam-bul) as one of his events. We made a nice deployable snake toys.

HULDA FESTIVAL kids zipizip workshop

Cucurcuma, Istambul TURKEY 2010(Coordinator) In collaboration with Emilie Garnier & Bilal Yilmaz

After the joint studio of Social Architecture from CEPT & ETSAM that I was tutor-ing some of the indian students ask me to stay in Ahmedabad one more week, in order to teach them how to make deployable structures. With the help of Patrik and Sachin Soni we organize a lovely practical workshop. Students had the chance to try during one week their own deployable structures. The first prototypes were made in wood and then we decided to all togheter build one of them in aluminium. The aim of this structure was to cover it with recycle plastic to give shadow to one part of the campus.

Videos

Workshop tutors: Sachin Soni, Pratil Soni, Rodrigo García.Participants: Aditya Patel, Mihir Gajjar, Vivek Mistry, Rashmin Mewada, Ashish Parmar, Chirag Rangholiya, Krunal Patel, Priyanka Kanhare, Mrinal Bhatt.

Let’s deploy ZIPIZIP workshop CEPT Ahmedabad, INDIA 2010

Organized by:

CALIPO HOUSE

(Medal of Honors)Tutors: Ignacio BorregoETSAM, Madrid 2004

A basic home for one person. The heart of the house is a multifunc-tional platform (3x3x5) that takes its function and qualities of light and ventilation depending on witch level it is at.Calipo House is a concept that fits everywhere, specially in those places where a conventional building can be a negative visual impact. Calipoo can hide and turn invisible.

Video

www.calipohouse.com

Financial Times Review

 

Winner of the Competitions

PARIS expo habiter écologique. Cité de l’architecture & du patrimoine 2009

Section

LAVA ARCHITECTURE

(Medal of Honors)Tutors: Juan Herreros, Andrés JaqueETSAM, Madrid 2006

Cross section

CAMPING BUS

Tutor: Maria José Aranguren + GallegosIETSAM, Madrid, SPAIN 2007

Secuence

Tensegrity prototype

Camping bus

A previous work of ZIPIZIP. In this case I focous in create campings bus with a tensegrity system. The Camp-ing bus was located near Ipanema beach

my current project HOP the suitcase that follows youDesign Argumentation Tutors: Tony CatgnaniUID, Umeå 2012

Right now we have a free project in Design Connections. I de-cide to work on a idea of a suitcase that tracks the bluetooth of the smart phone through two sensors that are able to catch the intensity of the signal. These two first week I am researching about technology and I will try to make a working prototype with arduino and processing.

 

PUBLICATIONS

CoordinationBooks

Magazines

3 FILTROS Aproximaciones progresivas al espacio doméstico ISBN 849330655 p.24-25,39-40,53-54.Spain 2004PENSAR CON LAS MANOS ISBN 108493471119 p.93,111 Mairea Books Spain 2008SUSTANAIBLE ARCHITECTURE Global Award for Sustainable Architecture. p.28-29 France 2008IMPERFECTO INMEJORABLE (Coordination) ISBN 978-92641-07 Mairea Books Madrid 2008EL LABERINTO DE LA ARQUITECTURA Y LA AVENTURA DE LA VIDA (Coordination) ISBN 978 8492641079 Spain 2009COLABORATORIO ISBN 9788492641376 p. 30 -32 Mairea Books Spain 2009

WEBS

Own Others

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