Charting opportunities and guidelines for augmented reality in makerspaces through prototyping and co-design research

• Published in: Computers & Education: X Reality 2023, Vol.2, p.100008, Article 100008
• Main Authors: Radu, Iulian, Yuan, Josia, Huang, Xiaomeng, Schneider, Bertrand
• Format: Article
• Language: English
• Subjects: Augmented reality; Classroom integration; Co-design; Makerspaces; STEM
• ISSN: 2949-6780; 2949-6780
• DOI: 10.1016/j.cexr.2023.100008

Makerspace environments are becoming popular project-based learning spaces where students interact with physical objects and peer collaboration, while developing 21st century skills and engaging with science, technology, engineering, and math (STEM) topics. At the same time, augmented reality (AR) technology, which combines physical objects with digital visualizations, is becoming increasingly applicable for makerspace activities and has potential to address challenges for student learning in makerspaces. However, there is a lack of understanding of how to use and integrate AR in real makerspace environments. In this research we use a co-design methodology to address the following questions: (1) How can AR be useful for education in makerspaces? (2) How are students impacted by the process of co-designing AR technology? and (3) What are practical considerations for integrating AR in makerspaces? We engaged in a co-design process in a semester-long makerspace course attended by 18 students in a graduate school of education. Through this process, we generated six prototypes with seven student co-designers, exploring AR use in design, fabrication, programming, electronics, and training. We also identified areas where AR technology can benefit makerspaces, such as teaching STEM skills, facilitating construction activities, enhancing contextualization of learning, and debugging. We observed that students participating in co-design demonstrated improved understanding of technology design, enthusiasm for engaging with makerspaces and AR, and increased critical thinking about AR technology. These results suggest considerations and guidelines for integrating AR technology into makerspace environments. •AR technology was co-designed with students in a 12-week makerspace course.•Co-design improved students’ design thinking, enthusiasm for makerspaces and AR, and criticality of technology•Areas where AR technology can benefit makerspaces include teaching STEM, construction, contextualization, debugging.•We provide considerations and guidelines for integrating AR technology into makerspace environments.