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A spacious, modern lobby with high ceilings and geometric recessed lighting panels; large circular seating arrangement with patterned cushions and attached tables; 2people seated on the couches;2 others walking near staircases; light-colored walls ;concrete accents; flat-screen monitors mounted on both sides displaying colorful graphics.

SUNY Stony Brook Javits Lecture Center

Redefining the Learning Experience

Client

State University Construction Fund

Project Location

Stony Brook, NY

Area

60,000 SF

Services

Architecture, engineering, interiors, high-performance design, and IT

As the primary instructional facility at Stony Brook University, the Javits Lecture Center is central to the academic experience, supporting 75% of the core freshman curriculum. However, its original 1969 design no longer meets the evolving needs of students and faculty. Our design revitalizes the facility for the next 30 years, transforming it into a more accessible, adaptable, and sustainable learning environment.

The renovation enhances student-faculty collaboration, improves wayfinding, and integrates universal design principles to support inclusivity. To better serve the university’s goals, our design solves the challenge of identical lecture halls by introducing a tonal polychromatic color palette that aids navigation while maintaining a timeless aesthetic. New amenities – including accessible power outlets, printing zones, fresh vending options, and flexible workspaces – create a more dynamic, student-centered learning experience. To align the project with long-term academic and spatial needs, our design ensures that tiered lecture halls remain adaptable for evolving learning models.

The 60,000-SF renovation modernized every aspect of the facility, including lecture halls, classrooms, public areas, support spaces, and restrooms. The project replaced all entrance storefronts and vestibules, installed a new roof and skylights, and integrated advanced audiovisual, security, and low-voltage systems. Sustainability-driven upgrades improve thermal insulation, air barriers, and indoor air quality while optimizing energy efficiency. The design team conducted WUFI analysis to model thermal and moisture conditions, resulting in the application of mineral wool insulation, permeable exterior sealants, high-grade MERV filters, and dual energy recovery enthalpy wheels. Restored skylights at the central agora enhance natural daylighting, improving student wellbeing.

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