The Space Speaks First: Practice Briefs for Building More Welcoming Makerspaces

Makerspaces communicate who belongs long before anyone uses a tool or speaks with a staff member. The Space Speaks First is a collection of five practice briefs that helps makerspace staff, educators, and leaders examine how physical environments, social interactions, signage, and everyday procedures shape participation. Grounded in research with first-time makerspace users, the series offers practical activities for noticing overlooked spatial signals, comparing different experiences of the same environment, and identifying opportunities for more inclusive practice. Together, the briefs encourage teams to see their spaces through new eyes and make intentional changes that support access, confidence, and belonging. Practice Briefs 1. Read the Room Trains participants to identify the visual, auditory, sensory, material, spatial, and social features that shape a visitor’s first impression of a makerspace. 2. Holding the Tension Helps teams examine conflicting visitor reactions without averaging them into a single judgment. Participants consider how the same feature can support one person’s experience while creating a barrier for another. 3. Split Experience Demonstrates how small environmental details accumulate to influence perceptions of belonging. Participants compare two versions of a space without knowing in advance what has changed. 4. Through Their Lens Uses photovoice to document what genuine first-time users notice. Participants photograph features that affect their experience and explain why those details matter. 5. The Silent Walkthrough Tests whether first-time visitors can enter, navigate, understand, and participate in a makerspace without staff assistance. The activity reveals where signage, layout, instructions, or procedures may create uncertainty. Each brief includes a full 25–40 minute facilitation guide, a condensed 10-minute activity, key concepts, facilitator notes, assessment criteria, and a reproducible worksheet. This material is based upon work supported by the National Science Foundation under CAREER Award No. 1942930. Any opinions, findings, conclusions, or recommendations expressed in this material are those of the author and do not necessarily reflect the views of the National Science Foundation.