OMA has been selected, alongside gmp, as the winner of the chengdu future science and technology city launch area masterplan and architecture design competition in china. the 4.6-square-kilometer masterplan, newly designed for the innovation industry, will be a pilot project to drive the development of the city around the new airport east of chengdu. the two practices will now develop the first phase of the overall masterplan, which will include an international educational park in the west, and a transit oriented development (TOD) to the southeast led by gmp.

OMA gmp chengdu
all images courtesy of OMA

 

 

‘with this project, we hope to provide an alternative to the typical masterplan, which is based on the traditional car-oriented road network,’ says OMA partner chris van duijn, who led OMA’s design alongside associate ravi kamisetti and project architect john thurtle. ‘we intend to create a design rooted in the geography of the site. we hope that connection between architecture and landscape will result in a dynamic environment for education that will inspire innovative ideas.’

OMA gmp chengdu

 

 

located on a site characterized by green hills, the 460,000-square-meter international education park will include education programming for multiple universities, as well as dormitories, public program, national laboratories and innovation offices. the masterplan and the buildings will follow the site’s topography and spatial structure. the buildings will feature landscaped terraces and become an extension of the natural landform of the site.

OMA gmp chengdu

 

 

the center of the campus will be formed by a valley, and include a landmark complex building. the valley will connect the international education park to the futian metro station and the aviation college to the northwest. the 80,000-square-metre building will form the heart of the education life and include a university library, student center, auditoriums, laboratories and offices.

OMA gmp chengdu

 

 

‘inspired by the lin pan villages in chengdu — traditional rural settlements that practice small scale farming and deploy ancient irrigation systems — the masterplan will be divided into six clusters, each highlighting a specific architectural typology defined by its program, as well as its relationship with the topography and local water systems,’ explains chris van duijn. these zones include: the living cluster, the university cluster, the laboratory cluster, the market cluster, the public cluster, and the government cluster.

OMA to design educational park for chengdu's future science and technology city

 

 

‘all the clusters will be car free, with a scale to ensure that all places within can be reached within ten minutes,’ van duijn continues. ‘they will be connected with the train station and surrounding urban developments through a smart mobility network for automated vehicles. defined by clusters integrating architecture and landscape, the masterplan will result in a dynamic environment that will inspire innovative ideas.’

 

 

project info:

 

name: chengdu future science and technology city launch area masterplan & architecture design
location: chengdu future science and technology city launch area, adjacent to tianfu international airport
status: competition
client: the reform and planning administration bureau of chengdu hi-tech industrial development zone
program: masterplan, transit-oriented development (TOD)
offices: 605,400 sqm ; service apartments 417,000 sqm; residential 324,000 sqm; laboratories 394,400 sqm; public facilities 293,860 sqm; commercial 262,100 sqm; culture 161,140 sqm; institution 85,400 sqm; total: 2,750,300 sqm

 

architect: OMA
partner in charge: chris van duijn
associate: ravi kamisetti
project architect: john thurtle
team: anthony ko, charlotte chan, connor sullivan, giuseppe bandieramonte, joanna gu, meng huang, napat kiat-arpadej, yangqi yang

 

collaborators —
local architect: caupd and swooding
traffic: MIC
engineering: ramboll
animation: loom on the moon
multimedia: loom on the moon, nog harder
renders: negativ, K2, tegmark
model: RJ models