PENINGKATAN KETERAMPILAN BERPIKIR MAHASISWA MELALUI IMPLEMENTASI PERKULIAHAN IPBA BERBASIS SAINS DAN TEKNOLOGI TERINTEGRASI

Erwina Oktavianty, Hamdani Hamdani
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Abstract

AbstractThis study aims to determine the improvement of students' thinking skills through the Earth and Space Science (IPBA) lectures that integrate science activities with interactive multimedia and local science. The research method used was experimental design (quasy experiment) with comparative group of pretest-posttest group design. Data collection techniques that will be done are measurement techniques in the form of students' thinking skills tests and surveys in the form of student and lecturer responses to the lectures are held. Physics education student semester 4 academic year 2016/2017 will participate as research subject. The results showed that the increase (N-gain) of students' thinking skill in experimental class was 0,70 and control class was 0,40 (both medium category). By using Paired Sample Test obtained tcount = 8,338 at significance level P = 0,000. The significance level is less than 0.05 (P <α), so it can be concluded that the application of lectures that integrate local science and technology in IPBA lectures can improve students' thinking skills significantly compared with conventional lectures.Keywords: high order thinking skills, earth and space science, multimedia interaktif. 
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通过基于科学和综合技术的讲座提高学生的思维能力
摘要本研究旨在探讨地球与空间科学(IPBA)课程中科学活动与互动多媒体及本地科学相结合对学生思维能力的提升。研究方法采用实验设计(准实验),采用前测-后测组设计。将采用的数据收集技术是以学生思维技能测试的形式进行的测量技术,以及以学生和讲师对所举行讲座的反应的形式进行的调查。2016/2017学年第四学期物理系学生作为研究对象参加。结果表明,实验班学生思维技能的n -增益(N-gain)分别为0.70和0.40(均为中等类别)。通过配对样本检验得到tcount = 8,338,显著性水平P = 0,000。显著性水平小于0.05 (P <α),因此可以得出结论,在IPBA讲座中应用融合本地科技的讲座,与常规讲座相比,可以显著提高学生的思维能力。关键词:高阶思维能力,地球与空间科学,多媒体互动。
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审稿时长
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