The Uxbridge Free Public Library has served the Town for 150 years, but it can no longer meet the requirements necessary to provide 21st-century library services. The most significant challenges relate to a severe lack of space for patrons, programs, staff, and collections, as well as modernization of aging building systems. The proposed design expands the library from roughly 11,000 square feet to nearly 30,000—preserving the character of the historic 1875 structure while providing a modernized, fully accessible building capable of supporting new and evolving library services.

Defining historic features, such as the octagonal stair turret and interior hardwood millwork, will be retained. The addition draws inspiration from the historic library through its materials, window patterns, and gable roofs, and carefully connects to the historic structure at the rear with a stepped form that is differential to the 1875 structure. The historic entry will also be made accessible with a new ramp and stairs, and new entries from the read and side parking lots will also be provided.

The expanded library will feature an array of spaces, including a new multipurpose auditorium, a children’s story/craft room, a creative technology lab, quiet study rooms, a local history room and display area, and staff workspaces arranged to provide optimal efficiency and services. The children’s room, located at the ground level with direct access to a new outdoor programming area, will have a larger footprint and a separate young adults room directly off the lobby. Adult services, located on the main level, will benefit from increased collections space, wider aisles, and comfortable seating near natural light. The upper level will offer programming space for all ages, and will be accessible after-hours through the entry connected to the rear parking lot. The building will have all-new mechanical systems and a full sprinkler system. It is envisioned as an all-electric facility to maximize energy efficiency, and rooftop solar panels may also be explored to further enhance renewable energy use.