Roslyn Heights, NY
Bryant Plaza
Scope/Solutions
Located at 333 Warner Avenue in the Village of Roslyn, the new mixed-use development includes fifty-four apartments, ground-floor retail and restaurant space, a plaza, and below-grade parking. The public and residential spaces are visually defined to showcase their different functions and help transition across the site’s significant grade changes. SGH served as the structural engineer of record for the project.
SGH designed the building’s structure comprising a concrete podium and the four-story, wood‑framed superstructure. Highlights of our work include:
- Coordinating with the support-of-excavation designer to integrate the foundation wall with the soldier pile excavation support system
- Detailing the tiered grade level to navigate the site’s 30 ft grade change
- Optimizing the below-grade parking space to minimize excavation and coordinate with the tiered retail space construction
- Using the podium level as a transfer system to transition between the wood-framed structure above and the concrete structure below
- Creating terraces with building setbacks and canopy overhangs with cantilevering structural elements at the podium level
- Designing steel support for operable glass walls at the restaurant space and the main entry lobby
Project Summary
Solutions
New Construction
Services
Structures
Markets
Residential
Client(s)
Mojo Stumer Associates
Specialized Capabilities
Building Design
Key team members
Additional Projects
Northeast
New Hope Community/Woodland Terrace Revitalization
SGH was the structural engineer of record and was selected in part due to our knowledge of and experience with Optimum Value Engineering (OVE), although ultimately the developer elected to utilize standard wood framing details.
Northeast
B3 Residential Tower, 30 Sixth Avenue
The twenty-three-story tower at the northeast corner of Dean Street and Sixth Avenue brings 303 apartments, including affordable units, to the Pacific Park development. SGH consulted on the custom unitized curtain wall system design.


