Unicorn Island Masterplan Chengdu by ZHA

With China’s economy evolving from traditional industries to internet and technology-based organisations, the country is now home to a third of the world’s technology start-ups valued at over a billion US dollars – termed ‘unicorn companies’.

Chengdu, the capital of Sichuan province, has developed into a centre of excellence providing computer chips for half the world’s laptops and is a leading producer of mobile computing hardware. With a focus on next-generation information technologies, intelligent manufacturing, digital entertainment and new energy, the Tianfu New Area to the south of the city is being developed as an ecologically sustainable civic, business and residential centre for China’s technology and research sectors.

The 67-hectare Unicorn Island masterplan within the Tianfu New Area will foster the continued growth of China’s digital economy, creating living and working environments for Chinese and international companies.

A mixed-use masterplan for 70,000 researchers, office staff, residents and visitors, Unicorn Island has been designed to enhance the wellbeing of its community; its design influenced by principles within the region’s historical natural engineering projects.

Constructed 2,300 years ago to the northwest of Chengdu, the nearby Dujiangyan irrigation system on the Min river was named a UNESCO world heritage site in 2000. This ancient water management system deployed the river’s natural forces to irrigate the Chengdu plain, creating some of the most productive agricultural land in China and protecting the region from flooding.
Contemporary hydraulic engineering is also re-establishing the wetlands of the Tianfu New Area as part of a comprehensive ecological project that serves as water conservation, flood control and recreation area.

Driven by the environmental principles of Dujiangyan’s historic irrigation system and Tianfu New Area’s ongoing work to re-establish its natural wetlands, Unicorn Island’s parkland design incorporates green civic spaces, water conservation and enhanced connectivity to create its living and working environments; following concepts that are redefining the true measure of a building’s efficiency as the improved wellbeing of its inhabitants.

Integrated clusters of buildings surround Unicorn Island’s central plaza and metro station; its radial masterplan enables the entire island to be accessed by a few minutes’ walk or bike ride.

The height and composition of each cluster will be established organically over the lifetime of the development; directly responding to varying requirements of function, programme and efficiency to cultivate a diversity of interconnected buildings at a human scale that establish a sense of community.

Project: Unicorn Island masterplan
Location: Chengdu, China
Date: 2018 / TBC
Client: Chengdu Tianfu New Area Investment Group
Status: Under Construction
Gross Floor Area: 956,200m2

Architect: Zaha Hadid Architects (ZHA)
Design: Patrik Schumacher
Project Directors: Satoshi Ohashi
Michele Pasca di Magliano
Project Associates: Andres Arias Madrid
Stefano Paiocchi
Jingwen Yang
Project Architect: Maria Tsironi

Project Team Di Ding
Chengzhen Jia
Johannes Elias
Konstantina Tsagkaratou
Martin Gsandtner Millie Anderson
Nicolas Tornero
Shahd Abdelmoneim
Sven Torres
Thomas Bagnoli
Valentina Cerrone
Yihui Wu
Yuan Zhai
Martina Rosati
Arian Hakimi Nejad
Kate Revyakina
Vincent Konate
Neil Rigden
Juan Montiel
Christos Koukis
Jihan Shraibati
Patricia De Osma Arena
Shi Qi Tu
Irfan Bhakrani
Qiuru Pu

Competition Project Directors Satoshi Ohashi
Michele Pasca di Magliano
Competition Project Designer Maria Tsironi
Competition Associate
Jingwen Yang

Competition Team Chafik Zerrouki
Di Ding
Konstantina Tsagkaratou
Lida Zhang
Lorena Espaillat Bencosme
Millie Anderson
Nailu Chen
Nicolas Tornero
Philipp Siedler
Sven Torres
Xinqi Zhuang
Yihui Wu
Yuan Feng

Consultants
Competition Engineering (Transport, SMART and Civil/ Landscape)

RAMBOLL
Landscape Design
Ramboll Dreisetl

Size
Site Area
670,000 m2
Gross Floor Area 956,200 m2
Render: MIR

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