• Title/Summary/Keyword: 성장 마인드세트

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Effects of Time Perspectives and Smart Phone Addiction on Abstract Thinking and Growth Mindset of Adolescent (시간관과 스마트폰 중독이 청소년의 추상적 사고와 성장 마인드세트에 미치는 영향)

  • Park, Chan Jung;Hyun, Jung Suk
    • The Journal of Korean Association of Computer Education
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    • v.16 no.6
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    • pp.21-32
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    • 2013
  • Since creativity has been emphasized and creative problem solving has also been a big topic recently, various kinds of research works have proceeded. Among them, this paper focuses on abstract thinking and growth mindset, which affect on problem solving. Also, this paper analyzes what kinds of relationships time perspectives and smart-phone addiction have with the two factors and how they influence on them. In order to do so, we survey on 441 primary, middle, high school, and college students. Our analysis results cover the relationships among the two factors, smart-phone addiction level, present-hedonic perspective, and future time perspective. In addition, we analyze the relationship among the factors with a structural equation model. By doing these, we propose educational alternatives in terms of time and plan to improve our adolescent's abstract thinking level, which helps their problem solving skills and their academic achievement.

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Learning Effects of Divide-and-Combine Principles and State Models on Contradiction Problem Solving and Growth Mindset (분할-결합 원리와 상태모형에 대한 학습이 모순문제 해결과 성장 마인드세트에 미치는 영향)

  • Hyun, Jung Suk;Park, Chan Jung
    • Knowledge Management Research
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    • v.14 no.4
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    • pp.19-46
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    • 2013
  • This paper aims to show the learning process and the educational effects of Divide-and-Combine principles and State Models, which are included in the Butterfly Model for creative problem solving. In our State Models, there are Time State Model, Space State Model, and Whole-Parts State Model. We have taught middle school students (for 18 hours), high school students (for 24 hours), and undergraduate students (for 1 semester) about our proposed Models when they solved contradiction problems. Also, we have made the students learn our contradiction resolution algorithms by themselves based on team-based discussion. By learning and by using our Models, the students had the higher level of expertise in contradiction problems and had the growth mindset that made them have confidence in themselves and kept them challenging themselves about problems. Also, learning and solving with our Models improved the students' growth mindset as well as their problem-solving ability.

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