Skip to Main Content

Glen G. Bartle Library

Binghamton University Library Renovation

Location Binghamton, NY
Size 40,000 sf
Status Constructed 2025
Partner M/E Engineering (now Salas O’Brien)
Industries

Since its construction in 1973, Bartle Library had not undergone any significant renovations. Inaccessible private study carrels limited the interior of natural light. The space lacked opportunity for group study, while support services and restrooms were insufficient and difficult to find. Azar Design Co provided architectural services for the $35.4M renovation of the 3rd Floor space on the SUNY Binghamton Campus.

Adding nearly 400 new seats, amenities support a modern library environment where space is organized for both quiet study and group collaboration. New high-density shelving systems optimize space, improving circulation and accessibility. Key features provide students with a MakerLab with 3D printers and scanners, a Digital Scholarship Center supporting data management and visualization, and a fully equipped recording studio.

Major renovations to the graduate library included extensive asbestos abatement, replacement of the roof, and a complete HVAC system upgrade throughout the entire building. Elevators were modernization with an extension to the penthouse level, and toilet rooms were upgraded. Azar’s architects supported the library planning consultant through schematic design, subsequently becoming Architect of Record for production of construction documents.

Our team led the integration of new mechanical systems which were intertwined with existing systems until their removal, accomplished through a careful REVIT modeling. We provided all phases of design services for HVAC and roof replacement, bidding assistance, and administering construction phase services for all project scope in accordance with State University Construction Fund (SUCF) guidelines and directives. Additionally, Azar provided field verification, code review, and production of the design manual. Renovations were phased to maintain operation throughout construction.