The Shanghai Tower is a structural marvel, dominating the Pudong skyline with its twisting silhouette. This quiz explores the engineering, height, and sustainable innovations of this massive supertall building.
You will see questions about its wind-load reducing shape, the advanced glass facade, and the team behind its creation. Some details are straightforward, while others require a close eye for architecture.
Afterwards, you can check out our profiles of famous towers, learn about notable structures, or check our trivia on civil engineering.
The tower is situated immediately adjacent to which other iconic supertall skyscraper?
China Zun
China Zun
Canton Tower
Canton Tower
Jin Mao Tower
Jin Mao Tower
Ping An Finance Center
Ping An Finance Center
The Shanghai Tower is located in which prominent financial district?
French Concession
French Concession
Lujiazui
Lujiazui
The Bund
The Bund
Xintiandi
Xintiandi
Which international architecture firm was the lead designer for the Shanghai Tower?
Foster + Partners
Foster + Partners
Skidmore, Owings & Merrill (SOM)
Skidmore, Owings & Merrill (SOM)
Gensler
Gensler
Zaha Hadid Architects
Zaha Hadid Architects
The tower’s exterior facade twists by how many degrees as it rises?
100 degrees
100 degrees
90 degrees
90 degrees
110 degrees
110 degrees
120 degrees
120 degrees
What architectural feature is primarily responsible for the building’s energy efficiency?
Double-skin facade
Double-skin facade
Massive concrete buttresses
Massive concrete buttresses
External exoskeletal frame
External exoskeletal frame
Advanced hydraulic dampers
Advanced hydraulic dampers
The Shanghai Tower stands in proximity to which other iconic skyscraper?
The Willis Tower
The Willis Tower
The Taipei 101
The Taipei 101
The Jin Mao Tower
The Jin Mao Tower
The Burj Khalifa
The Burj Khalifa
What is the total height of the Shanghai Tower?
642 meters
642 meters
612 meters
612 meters
622 meters
622 meters
632 meters
632 meters
What is the primary engineering purpose of the building’s twisting shape?
Maximize floor-to-ceiling windows
Maximize floor-to-ceiling windows
Reduce wind loads
Reduce wind loads
Provide space for residential suites
Provide space for residential suites
Increase aesthetics alone
Increase aesthetics alone
In what year was the construction of the Shanghai Tower officially completed?
2015
2015
2013
2013
2014
2014
2016
2016
What material primarily characterizes the outer layer of the tower’s double-skin facade?
Vertical gardens across all floors
Vertical gardens across all floors
Louvered concrete slabs
Louvered concrete slabs
Transparent glass walls
Transparent glass walls
Solar-reflective steel panels
Solar-reflective steel panels
Which system is specifically used to maintain the clarity of the tower’s extensive glass facade?
Automated external water-sprinkler systems
Automated external water-sprinkler systems
Internal vertical-wipe robotic drones
Internal vertical-wipe robotic drones
Custom-designed Building Maintenance Units (BMUs)
Custom-designed Building Maintenance Units (BMUs)
Hydrophobic self-cleaning glass coatings
Hydrophobic self-cleaning glass coatings
What is the structural arrangement of the Shanghai Tower’s interior zones?
A single steel core with cantilevered floors
A single steel core with cantilevered floors
Nine cylindrical buildings stacked inside one another
Nine cylindrical buildings stacked inside one another
A suspended bridge system between two towers
A suspended bridge system between two towers
Four interconnected reinforced concrete pillars
Four interconnected reinforced concrete pillars
The tower is famous for utilizing what type of high-speed vertical transportation system?
Pneumatic vacuum elevators
Pneumatic vacuum elevators
Rope-less magnetic levitation elevators
Rope-less magnetic levitation elevators
High-speed traction elevators
High-speed traction elevators
Hydraulic piston elevators
Hydraulic piston elevators
Beyond aesthetics, what major environmental function does the atrium formed by the double-skin facade provide?
Stormwater collection and reuse
Stormwater collection and reuse
Natural seismic radiation shielding
Natural seismic radiation shielding
Thermal insulation for heating and cooling efficiency
Thermal insulation for heating and cooling efficiency
Urban heat island reduction through reflectivity
Urban heat island reduction through reflectivity
By approximately what percentage does the building’s twist reduce wind loads compared to a rectangular skyscraper of the same height?
24 percent
24 percent
14 percent
14 percent
44 percent
44 percent
34 percent
34 percent
Which sustainable water management feature does the Shanghai Tower utilize?
Waste-to-energy power production facility
Waste-to-energy power production facility
Rainwater collection system
Rainwater collection system
Photovoltaic glass panels embedded in the roof
Photovoltaic glass panels embedded in the roof
Large-scale urban composting initiative
Large-scale urban composting initiative
Which architectural feature connects the vertical zones of the Shanghai Tower, acting as “sky lobbies” for occupants?
Underground pedestrian tunnels
Underground pedestrian tunnels
Spiraling internal atriums
Spiraling internal atriums
A rooftop public park
A rooftop public park
A revolving observatory cafe
A revolving observatory cafe
The Shanghai Tower sits next to which other skyscraper known for its “bottle opener” silhouette?
The Jin Mao Tower
The Jin Mao Tower
The Oriental Pearl Tower
The Oriental Pearl Tower
The Tomorrow Square Tower
The Tomorrow Square Tower
The World Financial Center
The World Financial Center
How many total above-ground floors does the Shanghai Tower have?
138 floors
138 floors
128 floors
128 floors
118 floors
118 floors
148 floors
148 floors
Which prominent architect was the Director of Design for the Gensler team on the Shanghai Tower project?
Norman Foster
Norman Foster
Marshall Strabala
Marshall Strabala
Bjarke Ingels
Bjarke Ingels
Rem Koolhaas
Rem Koolhaas
The tower integrates which renewable energy generation feature to help power exterior lighting?
Tidal energy connections to the Huangpu River
Tidal energy connections to the Huangpu River
Wind-power turbines near the parapet
Wind-power turbines near the parapet
Kinetic floor sensors for electricity generation
Kinetic floor sensors for electricity generation
Atmospheric water harvesters in the atrium
Atmospheric water harvesters in the atrium
The structural wind-load reduction achieved by the twist allowed developers to reduce structural material costs by what percentage?
32 percent
32 percent
12 percent
12 percent
42 percent
42 percent
22 percent
22 percent
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