- Innovative roof design allows Lincoln Center to add a restaurant to its campus without losing public open space.
- Thoughtful rationalization of the architectural form and use of steel for the primary structure simplified fabrication and enabled rapid construction.
- Careful multi-disciplinary coordination and sequencing of activities prior to construction.
Topped by a striking warped green roof and housing a glass-walled restaurant, the Pavilion at Lincoln Center is a distinctive yet accessible urban form that fulfils complex programmatic requirements while providing much-needed public space on the institution's campus.
We provided structural, mechanical, electrical, plumbing and fire engineering services for the project.
Design
As part of its major multi-year renovation, Lincoln Center wanted to add a restaurant to enliven its campus and create an additional incentive for people to visit. At the same time, the organisation was very concerned not to lose open space on the plaza.
Through close collaboration with design architect Diller Scofidio + Renfro, Arup played an important role in developing a creative solution: a public lawn that peels up from the plaza to accommodate a restaurant below.
The roof’s lowest point brings it flush with ground level, extending a friendly invitation onto the grass to both Lincoln Center patrons and passersby. The twisting planes tilt the 7,200ft2 lawn away from 65th Street, reducing visitors’ exposure to noise and traffic.
Working toward fast, efficient construction
Arup’s thoughtful rationalization of the architectural form and use of steel for the primary structure simplified fabrication and enabled rapid construction. This was particularly important due to Lincoln Center’s need to remain open throughout the design and construction process.
Throughout the five-year design and construction period, the project team created and coordinated multiple document packages corresponding to the logistical challenges and sequencing of the work. We consistently exercised a high level of oversight to minimize conflicts and mitigate unforeseen field conditions.
In addition, the design team and contractors exchanged 3D models, simplifying fabrication and aiding interdisciplinary coordination.
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