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Y.E.S., una nave espacial para la educación | Youth Educational Spacecraft project

Category: ⚐ ES+art+creativity+educación+engineering+EntornoEducativo

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Hoy comparto con ustedes un proyecto un poco especial descubierto mientras estaba buscando información sobre el festival Burning Man y educación: les presento el Youth Educational Spacecraft project (Y.E.S.). Se trata de un aula móvil con forma de nave espacial diseñada y construida por un grupo de artistas, ingenieros, niños y voluntarios. En el origen del proyecto encontramos a los artistas y educadores Dana Albany y Kal Spelletich.

En este espacio los niños podrán disfrutar de diferentes talleres como: grabación y edición de vídeo, fabricación de moldes, fusión y soplado de vidrio para los portales exteriores e interiores, mosaicos, robótica (vehículo lunar, el brazo tele-robótico), la electrónica, la construcción de instalaciones, carpintería, jardinería, cableado eléctrico, reparación de objetos, purificación del agua, vigilancia por vídeo, interfaces electrónicas, alternativas de cocina, la energía solar, la iluminación, sistemas de control remoto, historia del arte, promover y exhibir su arte. Para esto, la nave está equipada con unos “elementos robóticos de sorpresa”; generador de luz con manivela, un robot para tocar violín, etc.

Aquí, el proceso educativo de una obra en común permite despertar la curiosidad de los niños. Los expertos usan recursos técnicos específicos, digitales o analógicos, que controlan perfectamente y transmiten un conocimiento con la práctica.

El proyecto arrancó en el Exploratorium de San Francisco y siguió con Burning Man 2013. La movilidad de esta micro-arquitectura les permite aumentar su red de participantes. Su objetivo es trabajar con escuelas, centros artísticos, científicos, festivales o cualquier otra estructura que defienda la creatividad.

Ver más:
Walker with hat and glass
Spaceship design
Dana Albany explaining de spaceship concept
YES at Bruning Man 2013

Financiación actual: Maker FaireBlack Rock Arts Foundation, The Exploratorium, Black Rock City LLC, Burning Man Project, The Crucible y un business angel.

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software libre en SOFTIC 2011- feria de software técnico para la ingeniería civil

Category: ⚐ ES+cultura abierta+engineering

Desde hoy y hasta el 18 de marzo tiene lugar la primera feria de software técnico para la ingeniería civil SOFTIC 2011, organizada por la Cooperativa Caminos. La feria tiene lugar en la sede madrileña del Colegio de Ingenieros de Caminos, Canales y Puertos (Calle Almagro, 42, Madrid).

Iturribizia participará en dicha feria el día 16 con la ponencia «soluciones de software libre para la oficina técnica» hablando sobre los programas de código libre disponibles para los estudios de ingeniería en las áreas de simulación mediante elementos finitos, dinámica de fluídos, cálculo numérico, diseño asistido por ordenador, sistemas de información geográfica, edición de documentos y desarrollo de software.

Más información

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play pump!!

Category: ⚐ EN+engineering+sustainability+technologies

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from http://www.playpumps.org
Access to clean drinking water is critical for human survival and is an essential ingredient for improving the lives of those living in poverty in developing countries.
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transparent media facade > Mediamesh®

Category: ⚐ EN+architecture+design+engineering+findings+technologies

media-facade5

Mediamesh® is a stainless steel mesh fabric with interwoven LED profiles and with connected media controls installed behind it. The LEDs render the images onto the facade, providing the ability to display a wide spectrum of graphics, animated text and video.

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$2 Wind Energy for the third-world

Category: ⚐ EN+engineering+open culture+research+sustainability+technologies+Uncategorized

Shawn Frayne, a young inventor based in Mountain View, California, is the creator of Windbelt, a new device for wind-energy production based on an aerodynamic phenomenon known as aeroelastic flutter.

This phenomenon is a well-known destructive force and it caused, for example, the Washington’s Tacoma Narrows Bridge to collapse in 1940 (video). Researchers at Humdinger (this is the name of the company pushing forward the Windbelt technology) have discovered that it can also be a useful and powerful mechanism for ‘catching the wind’ at a variety of scales and costs beyond the reach of traditional turbines.

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[case study] wind power integrated into buildings

Category: ⚐ EN+architecture+engineering+findings+technologies

one of the few built examples of wind power integrated into buidings is Near North Apartments in Chicago, where eight HAWT’s [HAWT Horizontal Axis Wind Turbine] on the structure´s roof produce about 10% of the building´s total energy needs…

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We welcome sustainable engineering

Category: ⚐ EN+engineering+sustainability

A few weeks ago, the British Institute of Structural Engineers published the winners of their international Structural Awards 07. I like some of the winning projects better than others, but there is a little bit of everything among them – slender bridges, complex geometry roofs, intelligent systems for earthquake-resistant structures, even buildings made of lime hemp blocks… but do you know what I could hardly find? Concrete… in return, the term “sustainable” appears in various occasions.

British engineers have surprised me, getting closer to the issue of sustainability, recognising the efforts of professionals who choose their materials to minimise environmental impact; professionals who bear in mind the life cycle of their structures, not only how much money the contractor can save today on a job, the future of which they don’t care about….

Steel prevails in the winning projects. I do know this is the British construction tradition, but I like to think that it is so for many reasons, some of which are positive. If it can favour future rehabilitation, dismantling or recycling of the structures, so much the better.

Despite the British society having apparently taken advantage of general concern about sustainability with their business around “carbon footprints”, I am pleased to see this effort for promoting concern about the environment among yet another group; in this case, structural engineers.

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Future Perfect – Engineering and Sustainability

Category: ⚐ EN+engineering+sustainability

For those reading our blog from the UK, we propose a lecture about construction and sustainability taking place in London this Thursday 18th October.

Future Perfect – an engineering agenda for a sustainable society? is this year’s joint ICE (Institute of Civil Engineers) and RIBA (Royal Institute of British Architects) annual lecture.

Mark Whitby, co-funder of the multi-disciplinar engineering firm Whitbybird based in London, will talk about sustainability, climate change and their impact on the design and construction of buildings and infrastructure.