How Families Can Boost Children’s Interest in STEM | NC State News

A study co-authored by an NC State education researcher offers insight into how families can boost children's interest in STEM subjects.

概览

收录于

2026年3月5日

受众

parent

年级范围

幼儿园–五年级

页面类型

Article

简介

Boosting Children’s STEM Interest Through Family Engagement

  • Core Finding: Engaging in science activities together as a family significantly boosts children’s confidence, interest, and belief in the importance of STEM subjects.
  • Study Methodology:
    • Researchers studied a program involving 41 elementary school-age children and their families.
    • Participants attended monthly half-day sessions at local museums for one year.
    • Sessions included shared meals, hands-on science investigations, and presentations from community scientists/engineers.
    • Families were provided with "at-home kits" to continue learning between sessions.
  • Target Audience: The program specifically recruited students from schools receiving federal Title I funding to address socioeconomic barriers to STEM access.
  • Key Impacts:
    • Students reported a stronger belief in the usefulness of science in their daily lives.
    • Increased likelihood of students engaging in science-related activities outside of school (e.g., nature walks, science discussions at home).
    • Positive spillover effects were observed, including increased interest among siblings who attended the sessions.
  • Expert Insights (Gail Jones, NC State University):
    • Family support is a critical environmental factor in sustaining long-term interest in STEM careers.
    • Mentorship from community professionals helps children visualize potential future career paths.
    • Successful programs prioritize flexibility (e.g., makeup sessions) and remove barriers to participation (e.g., providing meals).
  • Future Recommendations:
    • Programs are highly replicable in after-school settings.
    • Educators can support families by providing "science backpacks" or guidance on simple, engaging home-based science activities.
    • Shifting focus from individual student achievement to family-inclusive programming can significantly improve student outcomes.

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