加拿大约克豪斯高中/Acton Ostry Architects

发布于：2023-06-25 20:07:47

Canada York House Senior School

设计方：Acton Ostry Architects

位置：加拿大温哥华

分类：教育建筑

内容：实景照片

设计团队：Russell Acton, ARCHITECT AIBC AAA SAA OAA FRAIC; Nathaniel Straathof, ARCHITECT AIBC LEED AP

图片：34张

摄影师：Michael Elkin

约克豪斯高中是一座女子独立学校。自1932年开始一直坐落在肖尼西温哥华遗产区的中心。这所具有前瞻性的学校需要一所新的高中大楼。校方委托一家公司来建造，要求有节能系统、能对自然光最大化利用、能提供柔性工作空间，以便于适应21世纪的教学实践。因为学校包括80多年中各种各样不同风格的建筑物，所以这栋建筑物也要能够与整个13，445平方米大的校园风格相融合。

从新高中到约克大学有一个新的入口点，它通过一个高耸的光滑大门、流通的十字路口和一个连接原教学楼南北西翼的中庭，给人一种强烈的存在感。它还包括教室、管理服务区、储物柜区和供八到十二年级学生使用的休息区，这些区域共占地3345平方米，革新改进的学习教学区是最先进、灵活方便的。这里有可供师生非正式互动的空间，并且全天开放。这栋建筑按LEED黄金标准建造，是可持续设计的最佳范例，因为它运用了暴雨雨水管理系统，能源优化系统，被动式太阳能控制和照明设备，节能建筑材料，并利用中庭的烟囱效应为居住者提供了良好的室内空气质量和舒适感。

译者：蝈蝈

York House School, an independent K–12 for girls, has been located in the heart of Vancouver’s heritage Shaughnessy neighborhood since 1932. The forward-looking Institute required a new senior school building with a mandate that included the incorporation of energy efficient systems, the maximization of natural lighting, and the provision of flexible workspaces to accommodate 21st-century teaching practices. The new senior school was also required to unify the 144,721ft2 (13,445m2) campus, which comprised several buildings of various styles that had been added over an 80-year span.

The new Senior School provides a strong presence and new entry point for the greater York House campus through a soaring glazed portal, circulation crossroads and atrium space that connects the south, north and east wings of the existing school. The addition includes 36,000 ft2 (3,345m2) of classrooms; administrative and service spaces; social locker zones and lounge areas for students in grades eight through twelve. Innovative, progressive and collaborative state-of-the-art learning and teaching spaces are adaptable and flexible, with spaces and places for informal student and teacher interaction throughout the day. Built to the equivalent of LEED Gold standard, the project follows best practices in sustainable design through storm water management, energy optimization, passive solar control and day-lighting, resource-efficient building materials, and enhanced indoor air quality and occupant comfort through the stack effect of the central atrium.