通过问题型学习提高学生的科学素养

Rini Anggraini Pakpahan
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引用次数: 1

摘要

科学素养能力是全球化时代学生必须具备的能力之一。本研究的目的在于探讨问题型学习对学生科学素养技能的提升。本研究采用课堂行动研究方法在工程物理课程中进行。科学素养的每一项指标都从第一阶段增加到第二阶段。科学素养情境指标由67.86%上升至82.14%,知识指标由60.71%上升至85.71%。胜任力指标也从53.57%上升到78.57%,而态度指标则从42.86%上升到75%。这表明学生的科学素养技能可以通过基于问题的学习得到提高。因此,这种基于问题的学习模式需要在高等教育中应用,以便能够磨练和发展学生的科学素养技能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Improving Students' Scientific Literacy Through Problem Based Learning
Scientific literacy ability is one of the competencies that students must have in this era of globalization. The purpose of this study was to determine the increase in students' scientific literacy skills through the application of problem based learning. This research was conducted using classroom action research methods in the Engineering Physics course. Each indicator of scientific literacy has increased from cycle I to cycle II. The scientific literacy context indicator increased from 67.86% to 82.14%, the knowledge indicator increased from 60.71% to 85.71%. Competency indicators also progressed from 53.57% to 78.57%, while attitude indicators experienced a fairly high increase from 42.86% to 75%. This indicates that students' scientific literacy skills can be improved through problem based learning. Therefore, this problem-based learning model needs to be applied at the tertiary level to be able to hone and develop scientific literacy skills that exist in students.
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