通过SSI教学转移学生对NOS的理解

Yoonsook Chung, Sungwon Kim
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引用次数: 0

摘要

公民应该对复杂和有争议的ssi(社会科学问题)敏感,能够根据证据和同理心做出负责任的决定,并进一步为更大的福利采取政治行动。本研究的前提是,当学生和成人参与关于SSI的话语时,理解科学的本质(NOS)起着重要的作用,因为SSI推理需要个人以怀疑的态度检查信息和反信息。因此,我们设计了SSI程序,通过采用上下文反射方法将其与NOS相结合。主要的研究问题是SSI情境在多大程度上促进了学生对NOS的理解。共有71名11年级学生参加了这个项目。这所学校位于韩国首都首尔附近的一个城市。我们设计的SSI项目涵盖了转基因生物、气候变化和核能等问题。每期需要四到六个课时才能完成。我们使用修订后的VNOS-C进行了计划前和计划后测试,记录了小组讨论或辩论,并收集了学生的工作表,以观察学生对NOS理解的增加。通过这个项目,学生们对NOS的理解有了适度的提高。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Transfer of Students’ Understanding of NOS through SSI Instruction
Citizens should be sensitive to the complex and controversial SSIs (Socioscientific Issues), be able to make a responsible decision with evidence and empathy, and furthermore take political action for the larger welfare. The premise of this research is that understanding the nature of science (NOS) takes an important role when students and adults participate in the discourse on SSIs because SSI reasoning requires individuals to examine information and counter-information with skepticism. We therefore designed SSI programs that were incorporated with NOS by adapting a contextualized-reflective approach. The leading research question was to what extent SSI contexts contributed to promoting students' understanding of NOS. A total of 71 11th grade students participated in this program. The school was located in an urban city near the capital city of Seoul, South Korea. We designed SSI programs to cover the issues of genetically modified organisms, climate change, and nuclear energy. Each issue required four to six class periods to complete. We conducted pre- and post-program tests using the revised VNOS-C, recorded group discussions or debates and collected student worksheets to observe the increase of student NOS understanding. As a result of this program, students showed moderate improvement in their understanding of NOS.
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