Children’s Museum & Theatre of Maine
Welch Sign fabricated an immersive interior signage and graphics system for the Children’s Museum & Theatre of Maine, including custom ADA-compliant identity signage, wayfinding, donor recognition, environmental graphics, custom exhibits and displays. Built for durability and clarity, in a child friendly environment, the cohesive program supports intuitive navigation without distracting from exhibits.
Maine General Health
Bailey Sign delivered a comprehensive healthcare signage and wayfinding system for MaineGeneral Health, including exterior signage, site directional signage, interior wayfinding, and a large custom donor recognition display. Durable, cleanable materials and clear sign hierarchy support intuitive campus navigation and a calm, organized patient and visitor experience.
Eastern Maine Medical Center
Bailey Sign produced a full hospital signage package for Eastern Maine Medical Center, including interior wayfinding, directories, donor recognition, custom ADA-compliant identity signage, and integrated wall graphics. Consistent typography, color, and information hierarchy improve patient flow, reduce confusion, and support a clear, welcoming healthcare environment.
Waltham High School
Bailey Sign produced a campus-wide school signage and wayfinding system for Waltham High School, spanning interior and exterior wayfinding, dimensional lettering, wall and jumbo wall graphics, window graphics, parking garage signage, street-level signage, and fire and life safety signage. Durable fabrication and consistent hierarchy improve navigation, safety, and identity across a complex facility.
University of Vermont Medical Center
Bailey Sign fabricated and installed a comprehensive hospital identity and wayfinding program for the University of Vermont Medical Center, including interior wayfinding, directories, overhead directional signage, elevator bank signage, dimensional lettering, and integrated graphics. Durable, cleanable finishes and precise installation support consistent navigation across multiple buildings and improve patient, visitor, and staff experience.
John Franklin Enders Nobel Prize Display
Bailey Sign fabricated a museum-quality exhibit for John Franklin Enders’s Nobel Prize, including a custom display case, informational signage, wall graphics, and floor-to-ceiling interpretive panels. Clear content hierarchy, precise fabrication, and clean detailing support an academic museum environment, presenting the artifact securely while enhancing visitor learning and engagement.
John Hancock
As portions of John Hancock’s headquarters were renovated, the interior environment required a cohesive branding and wayfinding system that could reinforce identity while integrating seamlessly with updated architectural spaces. The objective was to create clarity and continuity across shared areas while maintaining a refined and composed workplace atmosphere.
Puritan
This project focused on creating a clear, cohesive interior signage and branding system that supports daily operations while reinforcing identity across shared spaces. The goal was to deliver signage that feels intentional and well integrated, providing clarity without drawing attention away from the environment itself.
Hildreth Elementary
Bailey Sign fabricated a wayfinding system and environmental graphics package for Hildreth Elementary School, including jumbo wall graphics, window graphics, custom identity signage, and integrated architectural signage. Precision fabrication and carefully sequenced installation support durable performance in high-traffic education spaces while reinforcing placemaking, orientation, and a welcoming student experience.
Charles River Speedway
Bailey Sign delivered a cohesive campus wide signage system for the Charles River Speedway rehabilitation project, including wayfinding pylons, directories, dimensional steel lettering, and blade signs. Designed to respect historic industrial architecture, the program improves pedestrian orientation, tenant identification, and site navigation with durable materials and an integrated, context-driven visual language.