Mpirigiti Rural Training Center Studio FH Architects

2018-11-17 02:00

 © Will Boase Photography

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建筑师提供的文字说明。乌干达东部Kamuli镇附近13英亩土地上的3个庭院建筑为爱荷华州立大学和Makerre大学的农业学生提供住宿、教学和工作空间。

Text description provided by the architects. Three courtyard buildings on a 13-acre site near Kamuli town in Eastern Uganda provide accommodation, teaching and working space for agricultural students from Iowa State University and Makerere University.

Text description provided by the architects. Three courtyard buildings on a 13-acre site near Kamuli town in Eastern Uganda provide accommodation, teaching and working space for agricultural students from Iowa State University and Makerere University.

 © Will Boase Photography

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建筑与厚重的粘土砖封套形成鲜明对比，轻质木玻璃和彩色渲染正面面向庭院。起伏的屋顶景观将建筑物有机地嵌入周围，折叠的金属排水沟不仅在建筑上陈述了雨水收集的情况，为中心的大部分用水提供了供应，而且充当了照明走道屋顶底部的光反射器。

The architecture contrasts a heavily textured clay brick envelop with light-weight timber-glass and coloured render facades facing the courtyards. An undulating roofscape organically embeds the buildings into the surrounding, and the folded metal gutters not only make an architectural statement of the rainwater harvesting that supply the majority of the Centre's water needs, but also act as light reflectors illuminating the underside of the walkway roofs.

The architecture contrasts a heavily textured clay brick envelop with light-weight timber-glass and coloured render facades facing the courtyards. An undulating roofscape organically embeds the buildings into the surrounding, and the folded metal gutters not only make an architectural statement of the rainwater harvesting that supply the majority of the Centre's water needs, but also act as light reflectors illuminating the underside of the walkway roofs.

 © Will Boase Photography

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 Floor Plan - Main Building

平面图-主楼

 © Will Boase Photography

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这些建筑物的设计是为了尽量减少中心对自然环境的影响。除了集中式雨水收集系统外，太阳能电池板还产生了很大一部分电力需求，人工湿地的厌氧折流板反应器确保了一个无害环境的废水处理系统。被动设计原则，包括通风屋顶，由桁架支撑，确保一个舒适的室内气候始终。

The buildings were designed to minimise on the impact of the Centre on the natural environment. Besides a centralised rainwater harvesting system, solar panels generate a substantial proportion of the electricity demands and an anaerobic baffled reactor with constructed wetland ensures an environmentally friendly wastewater treatment system. Passive design principles including ventilated roofs supported by trussed purlins ensure a comfortable indoor climate throughout.

The buildings were designed to minimise on the impact of the Centre on the natural environment. Besides a centralised rainwater harvesting system, solar panels generate a substantial proportion of the electricity demands and an anaerobic baffled reactor with constructed wetland ensures an environmentally friendly wastewater treatment system. Passive design principles including ventilated roofs supported by trussed purlins ensure a comfortable indoor climate throughout.