基于科学素养的综合科学数字化模块开发

Retna Kusuma Astuti, M. N. Hayati
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引用次数: 2

摘要

潘恰萨克蒂·泰加尔大学的科学教育项目是为将来成为初中科学教师的候选人而准备的,学生的素质需要提高,因为他们必须提高学生的科学素养能力。学生应具备科学素养和先进的网络技术。因此,研究目标是确定效度、阅读水平和模块有效性。这是发展研究。本研究的对象为潘恰萨克蒂法律大学2017/2018学年第四学期科学教育学生研究项目。第一步是完成效度标准,阅读水平,然后尝试确定学习效果。数据分析采用判断专家法、t检验和增益检验。结果表明,基于科学素养的Integrated Science数字模块对学生的学习是有效的,得分为26分(高),阅读水平易于理解,有助于提高学生的认知学习成果,从经典学习成果中可以看出,实验班和对照班的经典学习成果总数分别为82.35%和52.94%。增益结果和t检验显示,实验班与对照组之间存在显著性差异,为4.057,实验班的增益检验为g = 0.31,对照组为g = 0.24。
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DEVELOPMENT OF INTEGRATED SCIENCE DIGITAL MODULE BASED ON SCIENTIFIC LITERACY
Student quality of Science education program  in the University of Pancasakti Tegal which is prepared to be science teacher candidates in junior high school in the future needs to be enhanced, because they must improve student scientific literacy ability.  Students were expected to have scientific literacy competence and advanced in internet technology. Thus, research objectives were determining validity, reading level, and module effectiveness. It was development research. Subject of this reasearch is Students of Science Education study program in University of Pancasakti Tegal, semester IV, 2017/2018 academic year. The first step was fulfilling validity criteria, reading level and then trying out to determine learning effectiveness. Data analyze used judgment expert method, t-test and gain test. It concluded that the Integrated Science digital module based on scientific literacy was valid for learning with a score of 26 (high), easy understanding in reading level , it was useful to enhance cognitive learning outcome students that  could be seen from classical learning outcome total of experiment class of 82.35% and control class of 52.94%. Gain result and t-test showed that there was a significant difference between experiment class and control class, it was 4.057, gain test for experiment class was g = 0.31and control class of g = 0.24.
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发文量
7
审稿时长
12 weeks
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