Pedagogical Design of K-12 Artificial Intelligence Education: A Systematic Review
WoS empirical AI program review: 32 studies 2010–2022; Gerlach & Ely nine-dimension analysis.
Implementation
University department of curriculum and instruction
Learning context
In-school (K–12)
AI role
Tutor
Outcome signal
Motivation
Registry Facets
- K-12
- AI education
- Pedagogical design
- Systematic review
- Researchers
- Teachers
- Foundational AI concepts
- ML
- Classroom-level
- Systematic review
- Motivation
- Assessment gaps
Implementing Organization
University department of curriculum and instruction
Hong Kong SAR, China
Authors conducting systematic search and thematic synthesis
Learning Context
- In-school (K–12)
- Informal learning
Systematic search of Web of Science empirical AI teaching studies
2010–2022 publication window
32 empirical studies
Varied per included programs
- Single-database search may miss studies
- Small samples dominate field
- Heavy interview/self-report reliance limits objectivity
- Post-2022 boom partially outdates snapshot
Learner Profile
K-12 across programs
Varies by era and region in corpus
Varies by program design
Educational Intent
- Characterize empirical AI program pedagogical designs
- Apply Gerlach & Ely model across nine dimensions
- Assess evidence on outcomes and evaluation practices
- Show positive attitudinal/motivational patterns
- Flag lack of objective knowledge measures
- Not umbrella review of reviews
- Not non-empirical gray literature synthesis
- Not effect-size meta-analysis
AI Tool Description
Diverse AI teaching tools as reported in 32 studies
- Tutor
- Co-creator
English WoS corpus; global authorship patterns possible
- Programs mix theories and pedagogies (constructivism, PBL, games, etc.)
- Future work should add objective knowledge assessments
- Ethical reporting for child participants in primary studies
- Equity in who receives playful AI interventions
Activity Design
- Define empirical AI teaching inclusion criteria
- Screen WoS to 32 studies
- Code nine Gerlach & Ely dimensions
- Thematic synthesis with exemplary illustrations
- Reviewers interpret study reports; primary teachers remain responsible for local design quality
- Model helps compare programs systematically for designers
Observed Challenges
- Small n and self-report bias limit strength of knowledge claims
- Need standardized assessments and larger trials
- Interdisciplinary design complexity
Design Adaptations
- Gerlach & Ely lens applied systematically to AI-specific T&L reviews
Reported Outcomes
- Documents growing empirical attention to K-12 AI programs
- Positive signals for motivation, engagement, attitude
- Objective knowledge acquisition under-measured
Provides design dimensions checklist and future directions for stronger evaluation.
Ethical & Privacy Considerations
- Transparent PRISMA-style reporting in follow-on reviews
- Child ethics in cited small-scale studies
- Avoid overgeneralizing from motivational proxies alone
Evidence Type
- Activity documentation
- Practitioner observation
Relevance to Research
- Add objective tests and learning analytics to future empirical AI program studies
- Multi-database update including post-2022 GenAI programs
- K-12 AI pedagogy
- Instructional design models
- Motivation and engagement research
Case Status
- Completed
AAB Classification Tags
K-12
Global (WoS empirical set)
Teach AI programs
Gerlach & Ely mapped
Low
N/A
