Engineering Transparency Into Educational Space

At SUNY Westchester Community College’s Gateway Center, CARVART was challenged with creating a visually light yet structurally robust solution for a highly trafficked educational environment. The project called for a dramatic glass pedestrian bridge and integrated railing system that could support significant public use while preserving openness, visibility, and architectural clarity throughout the space.

Working within a constrained footprint, CARVART engineered a custom laminated glass bridge spanning nearly ten feet without the use of horizontal steel beams that would interrupt the design intent. Constructed from four ply, two inch thick laminated glass, the bridge relies on the strength and performance of the glass itself to carry live loads while maintaining a seamless, floating appearance. Complementing the structure, custom glass railings were designed to meet demanding safety requirements while reinforcing the project's clean and contemporary aesthetic.

The result is a striking example of structural glass engineering where performance becomes part of the architecture. By merging advanced fabrication, technical precision, and thoughtful design, CARVART transformed a functional circulation path into a defining architectural feature that enhances light, openness, and the overall experience of the Gateway Center.