COOKFOX Architects: The Latest Architecture and News

Google’s newest headquarters in New York, situated within the St. John’s Terminal, will open its doors on February 26^th, marking a milestone for the company’s presence in the city. Designed by COOKFOX Architects, in collaboration with Gensler, the headquarters is constructed atop the original 1930s rail terminal and adapted to become a vibrant hub for over 14,000 Googlers. The terminal, formerly the endpoint of the iconic High Light, now serves as a testament to the company’s innovative approach, rapid growth, and lifelong commitment to New York.

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Exploring architectural projects, competition entries and unbuilt works by renowned architects is an important step in fostering innovation and encouraging cross-cultural exchange and the development of diverse design approaches. Analyzing these unrealized concepts can offer insights into the evolution of architectural thinking, exploring a wider spectrum of approaches and design perspectives. This week’s curated selection of Best Unbuilt Architecture highlights designs submitted by established architecture practices.

Featuring internationally recognized offices like Brooks + Scarpa, Penoyre & Prasad, Aedas, Pininfarina, and Opposite Office, this selection exemplifies the wide range of projects and interventions designed by architects at various scales and programs. From creative reimaginings of well-known architectural icons to art museums, urban insertions, and conceptual activist proposals, these projects demonstrate the variety of approaches architects take when designing within a specific context and in response to local constraints, challenges and opportunities.

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COOKFOX Architects and Oxford Properties have reimagined New York's St. John’s Terminal as a workplace of the future. The 1.3 million square foot proposal aims to connect the Hudson Square neighborhood to the waterfront at the end of The High Line. Combining outdoor space and greenery with 100,000 square-foot floor plates, the project reinterprets the industrial past of the former freight terminal. The project was created to shape how businesses innovate and create between Lower Manhattan and the waterfront.

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Developer Strategic Property Partners has announced plans for a new $3 billion 50-acre mixed-use neighborhood in Tampa, Florida. To be known as Water Street Tampa, the multi-phase project will create 9 million square feet of commercial, residential, educational, cultural and entertainment space on a site currently underused and occupied by highways and surface parking.

The New York City Landmarks Preservation Commission has approved COOKFOX Architect's plans for a mid-rise, 66-unit condominium building in Manhattan. Planned for two parcels of land in the West End Collegiate Historic District, next to one of the Churches' five ministries, the project aims to "fit harmoniously with the distinct streetscape" while "interweaving the rich historic details of the Upper West Side with subtle contemporary and sustainable design."

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COOKFOX Architects’ new project, 550 Vanderbilt Avenue has opened for sale. The 17-storey building will be the first of four condominiums in the 22-acre Pacific Park Brooklyn development in Prospect Heights. The project aims to create a new neighbourhood of 14 buildings, all connected to 8-acres of public green space designed by landscape architecture firm Thomas Balsley Associates. Read more about this project after the break.

COOKFOX Architects has recently begun construction on The Neeson Cripps Academy, a high-tech and sustainable school to be built in Phnom Penh, Cambodia, as a gift from Velcro Companies to the Cambodian Children’s Fund.

The school, named for Cambodian Children’s Fund founder Scott Neeson and former Velcro Companies Chairman Robert Cripps, will employ multiple sustainable building practices, including water and energy efficiency via natural lighting, integrated solar shading, low energy lighting, and low flow water fixtures. An energy recovery system will further work to improve air quality inside classrooms by filtering outdoor air into the interior of the building, and on-site photovoltaic cells will provide a portion of the school’s energy needs.