Co-Designing Unplugged Learning Activities with K-2 Teachers for Early AI Literacy Education

Authors

  • Jessica Vandenberg North Carolina State University
  • Keisha Bailey American Institutes for Research
  • Claire Aguiar North Carolina State University
  • Cecilia Xuning Zhang American Institutes for Research
  • Danny Schmidt Partner to Improve
  • Treshonda Rutledge American Institutes for Research
  • Bradford Mott North Carolina State University
  • Joseph P. Wilson American Institutes for Research

DOI:

https://doi.org/10.1609/aaai.v40i47.41529

Abstract

Introducing AI concepts in the earliest years of schooling can help children make sense of intelligent technologies, yet few resources exist for K–2 classrooms. This paper presents the design and outcomes of a professional development (PD) program supporting K–2 teachers as they explored AI literacy and co-designed unplugged classroom activities. Grounded in AI4K12's Five Big Ideas in AI framework, the PD combined hands-on learning, collaborative design, and micro-teaching opportunities. Guiding activities included Train the AI (pattern recognition), What Happens Next? (consequences of AI use), Who Did the Robot Hear? (data diversity), and Teach the Robot (model training). Educators then created screen-free, English Language Arts-aligned activities using storytelling, sorting, and embodied play to introduce AI topics such as machine learning and fairness in age-appropriate ways. The PD emphasized integrating AI into existing K–2 literacy routines, lowering implementation barriers while supporting vocabulary development, reasoning, and empathy. Teacher reflections revealed growing confidence in adapting AI topics for young learners and highlighted the value of peer collaboration, clear language, and tactile materials.

Published

2026-03-14

How to Cite

Vandenberg, J., Bailey, K., Aguiar, C., Zhang, C. X., Schmidt, D., Rutledge, T., … Wilson, J. P. (2026). Co-Designing Unplugged Learning Activities with K-2 Teachers for Early AI Literacy Education. Proceedings of the AAAI Conference on Artificial Intelligence, 40(47), 40795–40803. https://doi.org/10.1609/aaai.v40i47.41529

Issue

Section

EAAI Symposium: Resources for Teaching AI in K-12