Early childhood teachers’ perceived benefits, enablers, and barriers of robot programming: Developing a digital empowerment policy framework

Educational robotics can enhance playful learning in early childhood, but integration faces challenges in regions like Hong Kong. This qualitative study explores early childhood teachers' perceptions of a Story-Inspired Robot Programming (SIRP) curriculum through Activity Theory, based on interviews with 22 teachers after eight weeks of implementation. Teachers noted significant improvements in children's engagement and computational thinking, as well as their own professional development. Key enablers included age-appropriate robots and administrative support, while barriers like limited teacher confidence and increased workload were identified. Based on the findings, an ecosystem-driven policy framework is proposed for early childhood teachers' digital empowerment. • Teacher views on pros and cons of early childhood robot programming are reported. • Activity Theory is used as a lens for qualitative data analysis and interpretation. • Evidence reveals enablers and barriers in the activity system. • A digital empowerment policy framework is proposed for early childhood workforce.

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Publication Details

Journal
Teaching and Teacher Education
Published
2026-01-13
DOI
https://doi.org/10.1016/j.tate.2026.105398
Citations
1
Primary Topic
Teaching and Learning Programming
Type
article
Field-Weighted Citation Impact
44.01
Controls
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article

Early childhood teachers’ perceived benefits, enablers, and barriers of robot programming: Developing a digital empowerment policy framework

Weipeng Yang, Yingqiao Du, Elaine Lam
1 citations
Teaching and Teacher Education
Teaching and Learning Programming
44.01
article

Early childhood teachers’ perceived benefits, enablers, and barriers of robot programming: Developing a digital empowerment policy framework

Weipeng Yang, Yingqiao Du, Elaine Lam
article en
1 citations

Abstract

Educational robotics can enhance playful learning in early childhood, but integration faces challenges in regions like Hong Kong. This qualitative study explores early childhood teachers' perceptions of a Story-Inspired Robot Programming (SIRP) curriculum through Activity Theory, based on interviews with 22 teachers after eight weeks of implementation. Teachers noted significant improvements in children's engagement and computational thinking, as well as their own professional development. Key enablers included age-appropriate robots and administrative support, while barriers like limited teacher confidence and increased workload were identified. Based on the findings, an ecosystem-driven policy framework is proposed for early childhood teachers' digital empowerment. • Teacher views on pros and cons of early childhood robot programming are reported. • Activity Theory is used as a lens for qualitative data analysis and interpretation. • Evidence reveals enablers and barriers in the activity system. • A digital empowerment policy framework is proposed for early childhood workforce.

Teaching and Teacher EducationVol. 172
Education University of Hong Kong (HK)
Quality Education
Openalex Percentile: Top 1%
Teaching and Learning Programming
44.01
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Early childhood teachers’ perceived benefits, enablers, and barriers of robot programming: Developing a digital empowerment policy framework — Weipeng Yang, Yingqiao Du, et al. · Teaching and Teacher Education (2026) | TGRS Research Map | TGRS