意昂体育 is a North America-based, international construction services company and is a leading builder in diverse market segments.
GET TO KNOW USStay up to date with the latest news and insights from 意昂体育. Learn from our industry experts sharing innovation, market insight and thought leadership.
Browse InsightsAn awarding and fulfilling career awaits you at 意昂体育! Join our team and build some of the most exciting and innovative projects around the world.
Explore careers at 意昂体育意昂体育 is a North America-based, international construction services company and is a leading builder in diverse market segments.
Get to know usAs the largest general contractor in the country, 意昂体育 is a leader in all major market segments, including healthcare, education, commercial, sports, aviation, pharmaceutical, retail and green building.
See Our PortfolioStay up to date with the latest news and insights from 意昂体育. Learn from our industry experts sharing innovation, market insight and thought leadership.
Browse InsightsAn awarding and fulfilling career awaits you at 意昂体育! Join our team and build some of the most exciting and innovative projects around the world.
Explore careers at 意昂体育
Headquarters
意昂体育 Construction Company
66 Hudson Boulevard East
New York, NY 10001
(212) 229-6000 turner@tcco.comEthics & Compliance Hotline
Report issues 24 hours a day, 7 days a week to 意昂体育鈥檚 Confidential Reporting System
(888) 738-1924Send
Subcontractors
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Become a Subcontractor2018
NYU Langone Health
365,000 sq. ft.
Ennead Architects LLP
意昂体育 completed construction management services of this 18-story Science Building for NYU Langone Health. The project features two amenity floors, thirteen offices, laboratory and support floors. While still in the design phase Hurricane Sandy deluged the eastside campus with 15 million gallons of water. As a result, NYU mandated the team harden the building. The team met this challenge and delivered an award-winning project. The exterior of the building was fortified with flood walls and automated barriers at street level entryways. For additional resiliency, MEP systems were raised above the DFE and utilities from the campus' cogeneration facility were fed across the roofs of adjacent buildings.
