Thinking What No One Else Has Thought: Investigating the Scientific Creativity of Primary School Students in a Science Class

Dharel P. Acut, Shanaia Marie Fernandez, Pauline Kaye Madelo, Ray Anne Lu Suico, Jas Felicisimo A. Cane, Joy Magsayo, Mae Capuyan, N. M. Siew
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Abstract

For the advancement of humanity, scientific creativity is a crucial skill for coming up with innovations, addressing existing issues and interpreting particular scientific phenomena. The present study aimed to determine the scientific creativity level of 23 primary school students. In a single cross-sectional study, a descriptive survey questionnaire modelled on the Scientific Structure Creativity Model (SSCM) incorporated a seven-item scientific creativity test specifically designed to align with the backgrounds of primary school students. The results show that the students have a balance between a low or intermediate scientific creativity level. Of the 23 respondents, 8 have a low scientific creativity level, 8 have an intermediate scientific creativity level and 7 have a high scientific creativity level. The respondents are the most scientifically creative in creative science problem solving. The researchers recommend an intervention such as integrating the arts into the STEM curriculum to help develop students’ scientific creativity.
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想别人所未想:调查科学课上小学生的科学创造力
科学创造力是人类进步的一项重要技能,它有助于提出创新、解决现有问题和解释特定的科学现象。本研究旨在了解 23 名小学生的科学创造力水平。在单项横断面研究中,以科学结构创造力模型(SSCM)为蓝本,在描述性调查问卷中加入了专门针对小学生背景设计的七项科学创造力测试。结果显示,学生的科学创造力水平介于低级和中级之间。在 23 名受访者中,8 人的科学创造力水平较低,8 人的科学创造力水平处于中等水平,7 人的科学创造力水平较高。在创造性地解决科学问题方面,受访者的科学创造力最高。研究人员建议采取干预措施,如将艺术融入 STEM 课程,以帮助培养学生的科学创造力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
CiteScore
1.30
自引率
0.00%
发文量
35
审稿时长
24 weeks
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