Hangzhou International Innovation Institute by HENN – A Landmark of Aeronautical Education, Architecture, and Sustainable InnovationHangzhou International Innovation Institute by HENN – A Landmark of Aeronautical Education, Architecture, and Sustainable Innovation

Hangzhou International Innovation Institute by HENN – A Landmark of Aeronautical Education, Architecture, and Sustainable Innovation

UNI Editorial
UNI Editorial published Story under Architecture, Educational Building on

The Hangzhou International Innovation Institute, designed by the renowned architectural firm HENN, stands as a groundbreaking educational and research campus in Hangzhou, China. Completed in 2023, this 670,000 m² development redefines the future of aeronautical research, innovative learning environments, and sustainable campus planning. Located in the dynamic Yangtze River Delta, the institute brings together Beihang University’s international programs, advanced laboratories, collaborative workspaces, and a thriving science and technology park.

Article image
Article image

A Visionary Campus for Global Research and Innovation

The master plan was developed as a hybrid of an academic institution and a technology research hub, designed to foster collaboration between students, educators, researchers, and commercial partners. Its planning revolves around two powerful design axes:

1. The North–South Academic Axis

This primary axis organizes all key learning and social spaces beneath the iconic Flying Roof, creating a unified academic core. It includes:

  • research laboratories
  • flexible classrooms
  • administrative offices
  • public amenities
  • a world-class library
  • cultural and social spaces

2. The East–West Landscape Axis

A sweeping green corridor connects the campus gardens, pathways, and open courtyards. This axis blends the institute with the surrounding landscape, creating a tranquil, walkable, and car-free environment.

Surrounding the main cluster are faculty residences, student housing, and sports facilities, forming a complete and self-sustaining educational ecosystem.

Article image
Article image

Design Inspired by Heritage and High-Tech Aeronautics

HENN’s design merges the historic cultural identity of Liangzhu, a UNESCO World Heritage site, with the architectural language of cutting-edge aviation engineering.

Materials and Influences

  • Steel, concrete, glass, and mineral surfaces reflect modern industrial precision.
  • Curved roof silhouettes and courtyard clusters reference traditional Chinese building culture.
  • Water features and landscaped courtyards evoke ancient Hangzhou settlement patterns.

This synthesis results in a campus that feels both futuristic and deeply rooted in regional heritage.

Article image
Article image
Article image

The Flying Roof – One of the World’s Largest Hanging Roof Structures

The centerpiece of the campus is the spectacular Flying Roof, an engineering marvel measuring:

  • 395 meters long
  • 168 meters wide

Its sweeping concave silhouette resembles an airplane wing or a bird in flight. This roof:

  • unifies multiple buildings into one cohesive complex
  • shades the central plaza and public spaces
  • uses minimal materials through tensile engineering principles
  • symbolizes the institute’s commitment to innovation

Below the Flying Roof lies the campus’s vibrant social heart—a plaza where academic and research communities converge.

Article image
Article image

Flexible Learning Spaces and Future-Ready Architecture

The academic buildings are designed with maximum adaptability. Classrooms and workspaces can transform into laboratories, offices, or collaborative environments, ensuring long-term functionality and sustainability. The integration of natural light, open courtyards, and interlinked garden paths promotes productivity, wellness, and community engagement.

Article image
Article image

A Landscape Designed as a Living, Breathing Ecosystem

The site is divided into three horizontal layers:

  1. Natural terrain and waterways
  2. Low, flowing building volumes
  3. A floating grid roof structure

The landscape acts as an extension of the learning environment:

  • islands, canals, and gardens form microclimates
  • courtyards provide shaded outdoor study areas
  • gentle transitions between indoor and outdoor spaces reflect the subtropical climate

The result is a campus that feels like a contemporary garden city, inviting movement, reflection, and discovery.

Article image

A Campus Rooted in History, Designed for the Future

The Hangzhou International Innovation Institute stands as a visionary landmark that bridges 5,000 years of regional history with the ambitions of modern aeronautical research and global innovation. By integrating cultural heritage, advanced engineering, and sustainable design, HENN has created a campus that not only serves today’s academic community but also inspires future generations of innovators and thinkers.

Article image
Article image

All the photographs are works of Fangfang TianSTUDIO FANG

UNI Editorial

UNI Editorial

Where architecture meets innovation, through curated news, insights, and reviews from around the globe.

Share your ideas with the world

Share your ideas with the world

Write about your design process, research, or opinions. Your voice matters in the architecture community.

Comments (0)

No comments yet. Be the first to comment!

Similar Reads

You might also enjoy these articles

publishedStory6 days ago
The Ken Roberts Memorial Delineation Competition (Krob)
publishedStory1 month ago
Waterfront Redevelopment and Urban Revitalization in Mumbai: Forging a New Dawn for Darukhana
publishedStory1 month ago
OUT-OF-MAP: A Call for Postcards on Feminist Narratives of Public Space
publishedStory1 month ago
Documentation Work on Buddhist Wooden  Temple

Explore Architecture Competitions

Discover active competitions in this discipline

UNI Editorial
Search in