Neeson Cripps Academy COOKFOX Architects

2018-11-12 23:00

建筑师提供的文字说明。NeesonCricpps学院是柬埔寨金边中学的一所学校，为柬埔寨儿童基金会建造。学校位于邻近前SteungMeanchey垃圾倾倒区的极端贫困社区，为该市的400名处境最不利的儿童提供优质教育，年龄13-18岁，拥有强大的英语语言程序、蒸汽课程和全球互联学习。

Text description provided by the architects. The Neeson Cripps Academy is a school for secondary education in Phnom Penh, Cambodia, built for the Cambodian Children's Fund. Located in a neighborhood of extreme poverty adjacent to the site of the former Steung Meanchey garbage dump, the school provides high-quality education to 400 of the city's most disadvantaged children, aged 13-18, with a robust English-language program, STEAM curriculum, and globally-connected learning.

Text description provided by the architects. The Neeson Cripps Academy is a school for secondary education in Phnom Penh, Cambodia, built for the Cambodian Children's Fund. Located in a neighborhood of extreme poverty adjacent to the site of the former Steung Meanchey garbage dump, the school provides high-quality education to 400 of the city's most disadvantaged children, aged 13-18, with a robust English-language program, STEAM curriculum, and globally-connected learning.

 © David Yeow

(杨国伟)

 Ground floor plan

 © David Yeow

(杨国伟)

校舍的构思分为两部分。长的南翼由开放的空气教室和由室外走道访问的柔性封闭学习空间组成。这些房间是双重的，从被动的交叉通风中受益。一个复杂的竹帘和深深的悬伸遮荫。北翼包含科学实验室、艺术工作室、计算机实验室、电影和媒体室、画廊、多用途空间和行政办公室，由高效的机械系统进行调节。经过滤的室外空气通过能量回收通风器供应到所有教室，优化室内空气质量和提升学习能力。深垂直和水平BRSESoleil的组合提供外部阴影。该设计优先考虑在教室和流通空间中使用采光，以减少对能源的需求，并向学生提供学习益处。现场光伏提供了学校能源需求的一部分，低能量照明和低流量固定装置降低了运营成本。光伏被集成到屋顶设计中，作为保护多用途运动法院的雨和遮阳帘。

The school building is conceived in two parts. A long, south wing is composed of open air classrooms and flexible enclosed learning spaces accessed by outdoor walkways. These rooms are dual aspect and benefit from passive cross ventilation. An intricate bamboo screen and deep overhangs shade the façade. The north wing contains science labs, an art studio, computer lab, film and media room, galleries, multipurpose spaces and administration offices which are conditioned by highly efficient mechanical systems.  Filtered outdoor air in supplied to all classrooms though energy recovery ventilators, optimizing indoor air quality and boosting learning capacity. A combination of deep vertical and horizontal brise soleil provide exterior shading. The design prioritizes use of daylighting in classrooms and circulation spaces to reduce demand for energy and provide learning benefits to the students. On-site photovoltaics provide a portion of the school's energy needs, and low-energy lighting and low flow fixtures reduce operating costs. The photovoltaics are integrated into the roof design as a rain and sun shade that protects a multipurpose sports court.

The school building is conceived in two parts. A long, south wing is composed of open air classrooms and flexible enclosed learning spaces accessed by outdoor walkways. These rooms are dual aspect and benefit from passive cross ventilation. An intricate bamboo screen and deep overhangs shade the façade. The north wing contains science labs, an art studio, computer lab, film and media room, galleries, multipurpose spaces and administration offices which are conditioned by highly efficient mechanical systems.  Filtered outdoor air in supplied to all classrooms though energy recovery ventilators, optimizing indoor air quality and boosting learning capacity. A combination of deep vertical and horizontal brise soleil provide exterior shading. The design prioritizes use of daylighting in classrooms and circulation spaces to reduce demand for energy and provide learning benefits to the students. On-site photovoltaics provide a portion of the school's energy needs, and low-energy lighting and low flow fixtures reduce operating costs. The photovoltaics are integrated into the roof design as a rain and sun shade that protects a multipurpose sports court.

 © David Yeow

(杨国伟)

 © David Yeow

(杨国伟)

 © David Yeow

(杨国伟)

该建筑的很大一部分用于灵活的聚会空间，旨在鼓励学生建立强大的长期社交网络和协作学习。大部分地面是开放的，以提供一个覆盖的集合空间与一个大型庭院花园的视觉连接，并减少学校的易受洪水的脆弱性。

A significant portion of the building is dedicated to flexible gathering spaces designed to encourage strong long-term social networks and collaborative learning among students. Much of the ground level is open to provide a covered gathering space with a visual connection to a large courtyard garden, and to lessen the school’s vulnerability to flooding.

A significant portion of the building is dedicated to flexible gathering spaces designed to encourage strong long-term social networks and collaborative learning among students. Much of the ground level is open to provide a covered gathering space with a visual connection to a large courtyard garden, and to lessen the school’s vulnerability to flooding.