北京航空航天大学国际创新研究院丨中国杭州丨HENN海茵建筑,杭州市建筑设计研究院等

位于长江三角洲的北京航空航天大学国际创新研究院，是航空教育与研究的新兴国际枢纽。该学院兼具学术校园与科技园区功能，将学生、研究人员及商业公司汇聚于充满活力的环境中，形成多元化的学术共同体。© 田方方

Situated in the Yangtze River Delta, the Hangzhou International Innovation Institute of Beihang University is a new international hub for aeronautical education and research. Designed as both an academic campus and a science and technology park, it brings together a diverse community of students, researchers, and commercial companies in one dynamic environment.

▼项目概览，overview of the project© 田方方

总体规划由两条主轴线构成：南北向的学术轴线以一组学术与社交活动建筑群为中心，这些建筑群被悬挑屋顶所覆盖。东西向的景观轴线贯穿整个场地，连接各处绿地与步道。在校园边缘地带，建筑群由教职员工宿舍楼、住宅楼以及体育设施所环绕。▼轴线图，axes diagram© HENN

The master plan is defined by two main axes: The north-south academic axis is anchored by a cluster of buildings for academic and social activities sheltered beneath a Flying Roof. The east-west landscape axis connects green spaces and pathways across the site. At the edges of the campus, the cluster is framed by faculty and residential buildings as well as sports facilities.

▼鸟瞰，aerial view © 田方方

▼顶视，top view © 田方方

总体规划与建筑设计灵感源自联合国教科文组织世界遗产地良渚新石器时代遗址，以及尖端航空工业。矿物材料、钢材、玻璃与混凝土将历史传承与当代元素融合。城市总体规划融入了区域建筑传统，包括弧形屋顶轮廓与多元化的庭院式建筑结构，使项目与周边水文景观浑然一体。

The master plan and architecture were inspired by the neolithic site of Liangzhu, a UNESCO World Heritage site, and the cutting-edge aviation industry. Mineral materials, steel, glass, and concrete blend heritage with contemporary influences. The urban masterplan incorporates regional building traditions, including curved roof silhouettes and a diverse courtyard building structure, which integrates the project into the surrounding water landscape.

▼中心建筑群，central cluster © 田方方

悬挑屋顶作为全球最大的悬挑屋顶之一，是校园的核心设计元素，悬浮于社交核心区域上方。其优雅的凹面轮廓令人联想到飞机机翼的曲线或飞鸟翱翔的姿态。这种轻质拉伸结构汲取航空工程灵感，以极简材料实现最大覆盖面积。这座长达395米、跨度达168米的建筑，轻盈地悬浮于行政办公楼、图书馆、科研实验室、教室及音乐厅之上，将分散的建筑群凝聚成浑然一体的整体。在两条主轴线的交汇处，活力四射的广场成为交流聚会的焦点，将学术社群紧密联结。

▼分析图，analysis diagram© HENN

The Flying Roof, one of the largest hanging roofs in the world, is the central design element of the campus and hovers over its social heart. The elegant concave profile evokes the sweep of a plane’s wing or a bird in flight. Its lightweight, tensile structure is inspired by aviation engineering and uses minimal material to achieve maximum coverage. With a length of 395 meters and a span of 168 meters, it floats gracefully above administrative office building, library, research labs, classrooms and a concert hall, unifying the separate buildings into a coherent whole. At the intersection of the two main axes, a vibrant plaza becomes a focal point for meeting and exchange, bringing together the academic community.

▼街景，Street view of the building © 田方方

▼悬挑屋顶，Flying Roof © 田方方

教室的设计具有高度灵活性，便于轻松改造这些空间以适应不同功能需求，例如作为办公室或实验室使用。

Classrooms are designed to be highly flexible, making it easy to adapt these spaces for different functions such as office or laboratory use.

▼室内概览，overview of the interior© 田方方

场地由三层水平结构构成：自然地形、沿地势坐落的低矮建筑群，以及悬浮其上的屋顶网格。无车的校园中，葱郁景观如画卷般铺展：岛屿、运河、庭院建筑与蜿蜒小径交织成景，更似游园胜地而非校园，柔化了室内外空间的过渡。在华南湿润的亚热带气候中，开阔的庭院与水系营造出温和的小气候，成为安宁、庇护与思想交流的场所。

The site is organized in three horizontal layers: the natural topography, a series of low buildings that flow along the site, and a roof grid that floats above. The verdant landscape interwoven into the car-free site is a painterly composition of islands, canals, courtyard buildings, and meandering footpaths that feel less like a campus than a pleasure garden, softening the transition from indoor to outdoor. In the humid, subtropical climate of Southern China, the large courtyards and waterways create temperate microclimates – a site of repose, shelter, and intellectual pursuit.

▼庭院，courtyard © 田方方

▼夜景，night view © 田方方

北京航空航天大学国际创新研究院的设计彰显了该地区悠久历史与光明未来的鲜明对比。这座校园立足于五千余年的文化积淀，正引领新一代投身创新与技术进步的征程。

The design for the Zhongfa Aviation Institute celebrates the contrasts between the region’s rich history and promising future. Building on more than five thousand years of cultural legacy, the campus invites a new generation of innovation and technological advancement.

▼模型，model © HENN

▼总平面，master plan © HENN

▼剖面，section © HENN

竞赛年份：2019/2020（一等奖）

动工年份：2020年

建成年份：2023年

设计范围：建筑/总体规划：概念、方案、初步设计

设计类型：总体规划、新建

业主：杭州余杭航天小镇建设有限公司

使用方：北京航空航天大学

地址：浙江省杭州市余杭区平遥县

场地面积：670,000 m²

建筑面积：770,000 m²

容量：37,000学生

功能：行政、音乐厅、教室、会议区、食堂、实验室、图书馆

杭州市建筑设计研究院（LDI）设计：宿舍、零售、运动场

屋顶：长395米，悬索跨度126米，宽168米，高30 - 45米

可持续认证：中国绿色建筑三星级（图书馆）

建筑设计：HENN海茵建筑

主持合伙人：Georg Pichler

设计总监：乔华

总设计师：Martin Henn

设计团队：Leander Adrian, Yun Duan, Fan Feng, Ona Forss, Oliver Franke, Tongtong Gong, Shirin Hadi, Jon Kasa, Rachna

Kothari, Xiaojing Lin, Mostafa Seleem, Chen Sun, MingZe Sun, Wei Wei, Tongyu Wu, Lingyue Zeng, Xin Zheng

LDI：杭州市建筑设计研究院和 EUD（SD 至 DD 阶段），中国电建集团华东勘测设计研究院有限公司（CD 阶段）

屋顶结构顾问：SBP

立面顾问：SuP

景观：Hezhan Design 苏州合展设计营造股份有限公司

施工：上海建工集团

模型设计：方方的田

Competition: 2019/2020 (1st prize)

Construction start: 2020

Completion: 2023

Scope of work: Architecture/Masterplan: Concept (CD), Schematic Design (SD), Design Development (DD)

Typology: Masterplan, New build

Client: Hangzhou Yuhang Aerospace Town Construction Co. Ltd.

User: Beihang University

Address: Pingyao Town, Yuhang District, Hangzhou City, Zhejiang Province, China

Site area: 670,000 m²

Gross floor area: 770,000 m²

Capacity: 37,000 students

Program: Administration, Concert hall, Classrooms, Meeting areas, Canteen, Laboratories, Library

Designed by Hangzhou Architectural Design & Research Institute (LDI): Residential, Retail, Sports hall

Flying Roof: Length: 395 m, 160 m of which hanging freely; Width:168 m; Height: 30 to 45 m

Sustainability certificate: China Green Building 3 star rating (Library)

Architecture: HENN

Project team:

Partner in charge: Georg Pichler

Project director: Hua Qiao

Design Principal: Martin Henn

Leander Adrian, Yun Duan, Fan Feng, Ona Forss, Oliver Franke, Tongtong Gong, Shirin Hadi, Jon Kasa, Rachna Kothari, Xiaojing Lin, Mostafa Seleem, Chen Sun, MingZe Sun, Wei Wei, Tongyu Wu, Lingyue Zeng, Xin Zheng

Local Planning Partner (LDI): Hangzhou Architectural Design & Research Institute, and EUD (SD to DD phase); Power China Hua Dong Engineering Corporation LIMITED (HDEC) (CD phase)

Consultants: SBP (Roof structure), SuP (Façade), Hezhan Design (Landscape architect)

Contractor: Shanghai Construction Group