哈佛大学的ArtLab是一个跨学科的艺术空间，位于马萨诸塞州剑桥市的Allston校区。设计充分迎合了使用者的需要，9000平方英尺的空间将为学生、教室、访问艺术家以及更广泛的社区提供服务。

Harvard University’s ArtLab, a cross-curriculum space for the arts, is located on the school’s Allston campus in Cambridge, Massachusetts. Designed to be curated and adapted by its users, the 9,000 square-foot space will be available to students, teachers, visiting artists, and the wider community.

▼临街立面，street facade ©Iwan Baan, Amsterdam

这座单层建筑拥有一个如风车般的平面：公共空间作为“枢纽”位于中央，其四周分布着一系列工作室、工作坊和媒体空间。中央空间可以通过四扇大型滑动隔断实现开启和关闭，以便为各类表演和展览提供场所，激发ArtLab的互动性。周围的空间包含了录音棚、声音剪辑站以及各类排练和非正式表演空间。ArtLab鼓励使用者积极参与跨学科的艺术实践和研究，以共同促进学校乃至Allston和剑桥地区的艺术活跃度。

▼室内轴测图，Axonometric Interior

The building, a one-story “pinwheel-like” plan, consists of a series of studios, workshops, and media spaces that surround a common “Hub” space. The Hub, which can be opened and closed by a series of four large sliding partitions, enables performances and exhibitions, cultivating interactivity at the ArtLab’s center. Surrounding spaces provide recording studios, sound-editing stations, and rooms for rehearsal, improvisation, and informal performance. The ArtLab encourages and expands participants’ engagement with interdisciplinary arts-practice research, serving as a collaborative activator for the school and the greater Allston and Cambridge neighborhoods.

▼建筑外观，exterior view ©Iwan Baan, Amsterdam

▼立面细部，detailed view ©Iwan Baan, Amsterdam

▼从小组工作室望向哈佛大学体育馆，Group Studio with a view of the Harvard Stadium ©Iwan Baan, Amsterdam

▼中央空间可以通过四扇大型滑动隔断实现开启和关闭，the Hub can be opened and closed by a series of four large sliding partitions ©Iwan Baan, Amsterdam

▼中央表演空间，the Hub performance space ©Iwan Baan, Amsterdam

▼工作坊，workshop ©Iwan Baan, Amsterdam

▼公共空间，common area ©Iwan Baan, Amsterdam

建筑适应了马萨诸塞州在能源效率方面的高标准，预计将实现净零耗能。主体结构使用了轻型的钢柱和空腹钢制桁架以及混凝土楼板。框架结构通过机械固定，能够轻松高效地进行组装和拆卸，必要时还可以整体移动，为建筑带来二次生命。钢制框架的外部包覆着透明的隔热玻璃和轻质高绝缘性聚碳酸酯板，呈现出变化的透明度。在白天，立面能够为室内带来柔和的自然光和街道视野，晚上则使建筑成为一个发光的“灯箱”。这些材料一方面强调了建筑的短暂性，另一方面则为艺术活动提供了耐用且灵活的空间。屋顶以光伏板覆盖，能够为建筑提供必要的能源。

▼结构轴测图，Axonometric Structure

The building, which complies to Massachusetts’ high energy efficiency standards and is projected to be net-zero, is constructed of lightweight steel columns and open web steel trusses on a concrete slab on grade. Framing is mechanically fastened, able to be assembled and disassembled easily and efficiently, allowing for the building to be transferred and given a second life when needed. The steel frame is clad in transparent insulated glass and lightweight high-insulating polycarbonate panels. These panels range from transparent to translucent to opaque, exploiting diffuse natural light and a street-level view by day, emerging as a glowing “lightbox” by night. These materials emphasize the building’s ephemerality while providing a robust and adaptable space for the arts. The roof is covered with photovoltaic panels, generating the power required for the building.

▼玻璃和聚碳酸酯板立面在夜晚发出光亮，the glass and polycarbonate panels emerging as a glowing “lightbox” by night ©Iwan Baan, Amsterdam

▼夜间街道视角，street view by night ©Iwan Baan, Amsterdam

▼场地平面图，situation plan

▼轴测图，Axonometric Exterior

▼平面图，floor plan

▼剖面图，sections