提顿族教育中心/不详

发布于：2023-06-29 20:13:51

Teton County Children’s Learning Center

位置：美国怀俄明州

竣工：2011年

分类：教育建筑

内容：实景照片

图片：19张

摄影师：Roger Wade Studios

设计事务所: Ward+Blake Architects， withD.W. Arthur Associates Architecture， Inc.
建筑面积: 12，000 平方英尺

这座建筑是Ward+Blake Architects与波士顿的儿童保育类建筑专家D.W. Arthur Associates Architecture合作设计的，创造出一座可以通过设计来教育儿童并对其形成良性刺激的建筑。由于其体量足有周围建筑的三倍大，这座教育中心需要融入周围农场般的邻里环境，达到美国建筑学会最低的白银级别，并对孩子们产生积极的作用。该项目教育—驱动的功能排布反映了DW Arthur的设计理念，儿童通过体验他们所处的环境来学习。“家庭—教室”的模式中，柔和的弧形墙将房间与走廊分开，不同年龄段的孩子们都可以通过走廊会面；另一端通向更为私密的空间，以满足特定的需要或者按年龄段进行划分。室内以儿童为中心的设计理念也体现在室外的设计中，通过大面积的玻璃和天窗引入充足的自然光，在屋顶设置了室外操场以供游憩。建筑中设计了各种标识图案，比如海狸的连环画、随时间变化的附属牧场和水平延展的条板篱笆，这座12000平方英尺的建筑被分为多个小体块以容纳这些不同主题的图案。这些细致的考虑不仅体现在建筑内部，也体现在外界的自然环境中，建筑50%的能源来自地热系统；雨水通过植草屋顶收集起来；自然光线和人工光线都有自动化的系统来高效的控制。最终超越了原始的要求，达到了绿色建筑学会黄金奖的要求。

In collaboration with Boston-based childcare design experts D.W. Arthur Associates Architecture (www.dwarthur.com)， our team created a facility that explicitly educates and stimulates children through its design. With a threefold objective， the Rafter J Childcare needed to fit contextually into its ranch like neighborhood， achieve a minimum LEED Silver rating， and experientially stimulate its young users.The education-driven program reflects DW Arthur’s design mantra that children learn through experiencing their environment: A ‘family-room’ concept with gently curving walls defines the main corridor in which children of different ages can freely interact， which then opens into private rooms that accommodate specific needs and ages. The interior’s child-focused design concepts also play out on the exterior with large glass expanses and clerestory windows that welcome ample natural light， and a rooftop play space for outdoor recreation.Mining iconic design motifs such as beaver slides， time-evolved ranch outbuildings， and horizontally-slatted fence lines for inspiration， the 12，000-square-foot facility is cleverly broken down into smaller masses that reference these differing motifs. Sensitive not only to its immediate residential environment， but to the natural environment as well， the building gets 50 percent or more of its energy from an onsite geothermal system， storm water runoff is controlled through sod roofs， and a computerized system efficiently controls natural and artificial light. The project exceeded the original design goal to achieve a LEED Gold rating.