As China faces large urban populations and the need for new living solutions, a new idea has been floated—literally. AT Design Office has proposed a design for a floating city, which was commissioned by the China Communications Construction Company.
To create the new city, a 10-square kilometer island would be made out of prefab blocks. The same type of blocks are currently being used by CCCC to build a bridge between Hong Kong and Macau. In theory, the new floating city would have all the features of a normal city.
“People won’t need to commute for jobs on land,” Anthony Phan, an architect at AT Design Office, told Fast Company. “Work, apartments, entertainment and parks are all provided in the floating island.”
Green spaces surround the island above and below the water; the two layers are connected by vertical gardens. These gardens will be a place to board submarines to get from block to block in the city, and tunnels will connect buildings with pedestrian paths and roads for electric cars.
AT's design suggests that the island's self-sufficiency will be possible due to tidal energy (which will be used for power), and farms on its edges will provide food for residents. Not only that, the island is set to have its own factory to produce hyper-local goods.
The island, in theory, will rise as the sea level rises with climate change. Some of the components are set to be tested as soon as next year.
Check out the futuristic design below. All renderings courtesy of AT Design Office.
Related Stories
Headquarters | Jun 30, 2022
Lenovo to build its new global headquarters in Beijing
Washington, D.C.-based architecture and design firm CallisonRTKL has announced it will create the new global headquarters in Beijing for Lenovo Group, a Chinese multinational personal technology company.
Mass Timber | Jun 29, 2022
Mass timber competition: building to net-zero winning proposals
The 2022 Mass Timber Competition: Building to Net-Zero is a design competition to expand the use of mass timber in the United States by demonstrating its versatility across building types and its ability to reduce the carbon footprint of the built environment.
Laboratories | Jun 29, 2022
The "collaboratory" brings digital innovation to the classroom
The Collaboratory—a mix of collaboration and laboratory—is a networking center being designed at the University of Denver’s College of Business.
Airports | Jun 29, 2022
BIG and HOK’s winning design for Zurich airport’s new terminal
Two years ago, Zurich Airport, which opened in the 1950s, launched an international design competition to replace the aging Dock A—the airport’s largest dock.
Museums | Jun 28, 2022
The California Science Center breaks grounds on its Air and Space Center
The California Science Center—a hands-on science center in Los Angeles—recently broke ground on its Samuel Oschin Air and Space Center.
Contractors | Jun 27, 2022
Reverse mentorship: A model for the future of the construction workforce
Reverse mentorship can help seasoned professionals develop new skills, stay connected with younger generations, and gain future-forward insights for life and business.
Building Team | Jun 27, 2022
Chapel of St. Ignatius by Steven Holl Architects receives AIA’s twenty-five year award
The American Institute of Architects (AIA) is honoring the Chapel of St. Ignatius in Seattle, designed by Steven Holl Architects, with its Twenty-five Year Award.
Green | Jun 22, 2022
The business case for passive house multifamily
A trio of Passive House experts talk about the true costs and benefits of passive house design and construction for multifamily projects.
Building Team | Jun 22, 2022
Design for new San Clemente Marine Safety Headquarters would create new public plaza
A proposed design by HMC Architects for a new San Clemente Marine Safety Headquarters makes creative use of the seaside topography of the Pacific Coast.
Augmented Reality | Jun 22, 2022
Not just for POKÉMON GO anymore: how augmented reality is transforming architecture
By solving a long-standing communication problem, Augmented Reality (AR) is poised to make architecture quicker, nimbler, and more cost effective.