Parenting Journal · Volume 1 · Issue 2 · Parenting and AI

Volume 1 · Issue 2 · Parenting and AI

One hundred readings on parenting, children and AI. Explore the system type, study context and limits alongside each source.

100 articles · Page 3 of 5

Edition list · CSV ↓
41

Vol. 1 · Issue 2 · Independence · Theoretical synthesis and developmental research agenda

Family-school autonomy support for children’s responsible use of generative artificial intelligence: a self-determination theory synthesis and developmental research agenda

How can I support responsible AI use while leaving meaningful decisions with my child?

Children/adolescents discussed; most underlying studies involve university studentsCC BY 4.0Generative AI/LLM; theoretical synthesisFamily implications
Read & explore ↗
42

Vol. 1 · Issue 2 · Independence · Curriculum development and mixed-methods workshop evaluation

AI + Ethics Curricula for Middle School Youth: Lessons Learned from Three Project-Based Curricula

What would an AI activity look like if my child built, questioned and explained the technology?

Middle-school youthCC BY 4.0AI literacy curriculum; machine learning/GANs/roboticsChild-facing evidence
Read & explore ↗
43

Vol. 1 · Issue 2 · Independence · Systematic scoping review

The role of generative AI in facilitating children's creative thinking and cognitive development: a systematic scoping review

How can AI prompt my child’s creativity while preserving their own ideas?

Children and adolescents; approximately 5–18 across contextsCC BY 4.0Generative AI/LLM and multimodal tools; scoping reviewChild-facing evidence
Read & explore ↗
44

Vol. 1 · Issue 2 · Independence · Small within-subjects school field experiment

Comparing a Robot Tutee to a Human Tutee in a Learning-By-Teaching Scenario with Children

Does a robot help my child take responsibility, or create more need for adult assistance?

Tutor children 12–13; child tutees approximately 9–10CC BY 4.0Autonomous social robot; programmed dialogue and speech recognitionChild-facing evidence
Read & explore ↗
45

Vol. 1 · Issue 2 · Independence · Exploratory controlled robot-mediated disagreement study

Persuasion, pride and prejudice: factors associated with students’ resistance to a social robot’s incorrect mathematical solution

Can my teenager explain why an AI answer is wrong even when the system sounds confident?

Mean age 16.5 yearsCC BY 4.0Social robot; human-operated/Wizard-of-OzChild-facing evidence
Read & explore ↗
46

Vol. 1 · Issue 2 · Independence · Counterbalanced within-child music-practice experiment

Personalizing HRI in Musical Instrument Practicing: The Influence of Robot Roles (Evaluative Versus Nonevaluative) on the Child’s Motivation for Children in Different Learning Stages

Would my child benefit more from evaluation or supportive company during practice?

9–12 yearsCC BY 4.0Social robot; human-operated/Wizard-of-OzChild-facing evidence
Read & explore ↗
47

Vol. 1 · Issue 2 · Independence · School-based comparative robot-system evaluation

Social robots as skilled ignorant peers for supporting learning

Can an AI companion encourage my child to think instead of simply giving answers?

9–14 yearsCC BY (version not stated)Adaptive social robot; real-time engagement modelsChild-facing evidence
Read & explore ↗
48

Vol. 1 · Issue 2 · Independence · Qualitative interaction analysis of classroom video

Trouble and Repair in Child–Robot Interaction: A Study of Complex Interactions With a Robot Tutee in a Primary School Classroom

How can my child recognize a technology failure without blaming themselves?

8 and 10 yearsCC BY (version not stated)Autonomous social robot; programmed dialogue/speech interfaceChild-facing evidence
Read & explore ↗
51

Vol. 1 · Issue 2 · Independence · Conceptual discussion of K–12 AI education

A Differentiated Discussion About AI Education K-12

How can I choose an AI learning opportunity appropriate to my child’s age and interests?

K–12; no new participant cohortCC BY 4.0AI literacy education; conceptual discussionChild-facing evidence
Read & explore ↗
56

Vol. 1 · Issue 2 · Independence · Cross-sectional survey with multigroup structural equation modeling

Understanding secondary school students’ intentions to learn artificial intelligence: a multigroup structural equation modeling analysis

What makes my child want to understand AI rather than merely use it?

Grades 7–9CC BY 4.0AI literacy/motivation survey; not a GenAI interventionChild-facing evidence
Read & explore ↗
57

Vol. 1 · Issue 2 · Independence · Cross-sectional teacher-report study with structural equation modeling

Generative AI-Assisted Preschool Instruction and Children’s Creative Learning Engagement: The Mediating Role of Autonomous Motivation and the Buffering Role of Perceived Teacher–Child Interaction Quality

Is AI helping my young child participate, or just showing them finished material?

Preschool children rated by teachersCC BY 4.0Generative AI/LLM; teacher reports on child-facing practiceChild-facing evidence
Read & explore ↗
60

Vol. 1 · Issue 2 · Independence · Within-subjects field study with video interaction analysis

Children’s learning-by-teaching with a social robot versus a younger child: Comparing interactions and tutoring styles

What does explaining a game to a robot reveal about my child’s own understanding?

Tutors 12–13; tutees 9–10 yearsCC BY (version not stated)Autonomous social robot; programmed dialogueChild-facing evidence
Read & explore ↗

Study designs and age labels describe the source. Read each study’s findings and limitations before applying them to your family.