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Published on: September 19, 2019
Examining Baseline Relations Between Parent-Child Interactions and STEM Engagement and Learning.
Skyler Gin1, Heyang Yin1, C Malik Boykin1
1The Department of Cognitive and Psychological Sciences, Brown University, Providence, Rhode Island, USA.
Parental guidance during play impacts children's STEM learning and engagement. Directed play can decrease engagement, while shared experience enhances learning and problem-solving skills in children.
Area of Science:
- Child Development
- Educational Psychology
- STEM Education
Background:
- Parent-child interaction significantly influences children's learning and engagement during play.
- Overly directive parental involvement can reduce children's intrinsic motivation and engagement in activities.
- Previous research often compared interaction styles but lacked a baseline for engagement and learning.
Purpose of the Study:
- To establish a baseline for children's engagement and learning in circuit-building challenges.
- To compare engagement and learning outcomes between children with and without prior parent-guided play experience.
- To investigate the relationship between parent-child interaction styles and children's STEM performance.
Main Methods:
- Utilized previously collected data on children's engagement and learning in circuit-building tasks.
- Incorporated a baseline measure of engagement and learning without prior play experience.
- Compared outcomes with data from a free play setting where parents were more directive.
Main Results:
- Children showed less engagement when parents were directive during free play compared to having no prior experience.
- Children demonstrated improved performance and causal explanations after playing with circuit blocks with a parent.
- Parental interaction style during STEM activities is linked to children's engagement and challenge performance.
Conclusions:
- Parent-child interaction during STEM play critically affects children's subsequent engagement and learning.
- Shared play experiences, rather than directive guidance, appear more beneficial for sustained engagement.
- Findings highlight the importance of supportive, non-directive interaction for fostering children's STEM skills.
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