SHoP Architects

E385262

SHoP Architects is a New York–based architecture firm known for its innovative, technologically driven designs and prominent urban projects, including major cultural and mixed-use developments.

All labels observed (1)

Label Occurrences
SHoP Architects canonical 2

How this entity was disambiguated

Statements (55)

Predicate Object
instanceOf architecture firm
design studio
basedIn New York City
country United States
fieldOfWork architecture
cultural buildings
digital design
facade design
high-rise architecture
master planning
mixed-use development
parametric design
urban design
waterfront development
hasCharacteristic collaborative practice model
complex building envelopes
emphasis on cultural and public projects
emphasis on mixed-use urban projects
experimentation with modular construction
focus on urban context
innovative use of materials
integration of digital tools in design and fabrication
technology-driven design approach
headquartersLocation Manhattan
New York City
industry architecture
design
locatedInTheAdministrativeTerritorialEntity New York
locatedInTimeZone America/New_York
locationCity New York City
notableWork 111 West 57th Street
American Copper Buildings
B2 BKLYN (Atlantic Yards modular tower, design involvement)
Barclays Center
Botswana Innovation Hub
Essex Crossing (design contribution)
linked to: Essex Crossing

FIT New Academic Building (design contribution)
Google headquarters projects (design studies and contributions)
Innovation Hub Gaborone (Botswana Innovation Hub)
LaGuardia Airport Central Terminal B (design collaboration)
Navy Pier South Dock and Polk Bros Park (design contribution)
linked to: Navy Pier

Pier 17 at South Street Seaport
linked to: Pier 17

Scholars’ Residence at Columbia University (design contribution)
South Street Seaport redevelopment
Two Trees Domino Sugar site early studies (Brooklyn waterfront, design involvement)
Uber Headquarters Mission Bay (early design work)
serves corporate clients
cultural institutions
global market
urban developers
uses 3D modeling
building information modeling
computational design
digital fabrication
parametric modeling

How these facts were elicited

Referenced by (2)

Full triples — surface form annotated when it differs from this entity's canonical label.