INCLUSIVE MAKERSPACES BRIDGING ACCESSIBILITY GAPS IN ACADEMIC LIBRARIES

Abstract

Makerspaces have become fixtures in academic libraries, offering technologies such as 3D printers, laser cutters, vinyl cutters, electronics workbenches, and sewing machines. These spaces promise to democratize design, prototyping, and hands-on learning. Yet a growing body of evidence suggests that typical makerspaces inadvertently exclude significant user populations, including students with mobility impairments, visual or hearing disabilities, neurodivergent learners, and those with chronic health conditions that affect energy or sensory processing. This article argues that accessibility gaps in academic library makerspaces are not merely technical problems of equipment placement but systemic issues rooted in design assumptions, staffing models, and institutional policies. Drawing on disability studies frameworks, universal design principles, and case studies from North American and European academic libraries, the article proposes a holistic model for inclusive makerspace development. This model addresses physical access, sensory environments, assistive technology integration, staff training, and programmatic design. The central argument is that bridging accessibility gaps requires shifting from a compliance mindset, focused on minimum legal standards, to an inclusion mindset, focused on proactively removing barriers to full participation. The article concludes with an actionable framework for librarians, makerspace managers, and university administrators seeking to transform their makerspaces from sites of accidental exclusion to models of genuinely equitable access.