Jun
20

Teikyo University Elementary School / kengo kuma and associates

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Teikyo University Elementary School

Teikyo Elementary School trata de ser una escuela de madera de nuestra época. El edificio consta de un tejado grande y elemento madera tanto para el interior como para el exterior.

Cambiando la longitud y la altura del alero, el techo puede crear múltiples respuestas a su entorno. Un gran techo cubre todo el edificio, diferenciándose las características en cada lado - una cara relajada hacia el sur donde se expande hacia el verdor abundante de la colina de Tama - y una apariencia sutil en su orientación hacia el norte. También se ha cambiado la forma de acuerdo con el volumen de cada clase. Como resultado, el edificio alberga 12  secciones diferentes dispuestas en una fila. El atrio conecta las secciones de la sala especial y el espacio abierto en los pisos 2º y 3º, de modo que se puede sentir la inclinación de la cubierta en cada piso. Se utiliza el cedro como material exterior en un intento por recuperar una escuela de madera en medio de la gran ciudad. También se aplican tres métodos diferentes para revestimiento de la pared, de acuerdo con la ubicación y función de las partes en el edificio - revestimiento, persianas y Yamato-Bari (paneles de madera dispuestas con la cara ligeramente en capa con respecto a la siguiente - de forma que el edificio puede albergar diversas expresiones. También se utilizó la plasticidad de los árboles. Se creó un enorme muro de un material reciclado a partir de virutas de paja, junco y álamo, el cual puede funcionar como tablón de anuncios.

 

Teikyo University Elementary School

Teikyo University Elementary School

Teikyo University Elementary School

Teikyo University Elementary School

Teikyo University Elementary School

Teikyo University Elementary School

Teikyo University Elementary School

 

Teikyo University Elementary School

1254-6 Wada, Tama-shi, Tokyo, Japan

2012. 2

Elementary School

7,781.52 m2

We aimed at a wooden schoolhouse of our age. The building consists of a big roofing and materiality of wood for interior and exterior. By changing its length and height of eave, roof can create multiformity to respond to its environment and different programs. In this building, we designed a big roof to run through the entire building, differentiating expressions on each side – a relaxed face toward south where abundant green of Tama hill expands – and subtle appearance to the north facing public housing standing in lines. We also changed its form accordingly to the volume of each classroom. As the result, it has grown to a building that looks like 12 different-sectioned terraced houses being arranged in a row. Composition of the space emphasizes the atmosphere of the terraced (1-storied) house created by the roof. While the structure is 3-storied, the atrium connects the sections of the special room and the open space on 2nd and 3rd floors, so that you can feel the slope of the roof on every floor. Further, in the center of the building situates the Media Center that skips three stories as a measure to avoid segregation within the building. We used cedar for the material of the exterior, as an attempt to recover a wooden schoolhouse in the midst of the big city. We also applied three different lining method for the wall, according to the location and function of the parts in the building – siding work, louvers and Yamato-bari (wood panels arranged with its side slightly layered onto the next one – forming as a whole regular unevenness) so that the building can hold various expressions. Cedar is treated in heat to secure durability. We also utilized the plasticity of trees. We set up a huge wall of a recycled material made from chips of straw, rush and poplar, which can work as a notice board. As there is more freedom in the design of interior for schools, we managed to achieve this environmentally-friendly plan that can enhance the warmth of natural materials. Big roofing is also good for environment for efficient building facilities. Using the wide roof toward the south, we installed there a device to gather heat. In this solar system, the air warmed under the roof circulates and vents from under the floor during winter. The roof also gathers rainwater. The water flows through the vertical drainpipe to the water conduit in the south, and it nurtures a biotope in front of the science room...by designer kengo kuma and associates

 

(+)Info: kengo kuma and associates

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