学生对以科学交流技能为基础的互动电子模块的反应

A. Taufik, S. Kurniasih, Cahya Muliana Sari, Lukman Nulhakim, Dase Erwin Juansah
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引用次数: 0

摘要

21 世纪的科学学习过程,尤其是高等教育阶段的科学学习过程,要求未来的科学 教师具备科学交流技能。科学交流技能是科学过程技能的一部分,它指导学生能够以口头或书面形式表达思想、知识(其中包含数据和事实)。科学交流技能被认为是在科学学习过程中发展和创造知识的源泉,是学生分享经验和理解的纽带。除此以外,生物技术课堂教学材料的缺乏也是本研究关注的问题。本研究旨在描述学生对已开发并在生物技术课程中实施的基于科学交流的互动电子模块的反应。本研究采用调查法进行定量描述性研究。研究涉及的样本是来自科学教育学习计划第六学期 B 班的 37 名学生,该班进行了有限规模的实践测试。研究样本采用随机抽样法。使用的工具是由 40 个语句组成的学生回答问卷表。获得的数据包括通过学生对正在开发的电子模块的回答得出的实际结果。采用描述性分析方法对学生反馈问卷进行了定量分析。研究结果表明,所有受访者的学生反馈都非常积极,总体平均比例达到 82%。由此可以得出结论,以科学传播为基础的互动电子模块能够得到作为用户的理科学生的欢迎。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
STUDENT RESPONSE TOWARD THE SCIENCE COMMUNICATION SKILLS-BASED INTERACTIVE E-MODULE
The science learning process in the 21st century era, especially at the tertiary level requires prospective science teachers to have science communication skills. Science communication skills are part of the science process skills that direct students to be able to express ideas, knowledge which contains data and facts that can be expressed in oral or written form. Science communication skills are considered as a source for developing and creating knowledge in the science learning process which are needed to act as a link so that students can share their experiences and understanding. Apart from that, the lack of availability of teaching materials in biotechnology lectures is a concern in this research. This research aims to describe student responses toward the science communication-based interactive e-module that has been developed and implemented in the Biotechnology course. This research is a quantitative descriptive study using a survey method. The samples involved in the research were 37 students from the sixth semester of the Science Education Study Program, class B, where practical tests were carried out on a limited scale. The research sample was taken using random sampling. The instrument used was a student response questionnaire sheet consisting of 40 statements. The data obtained includes practical results through student responses toward the e-module being developed. Student response questionnaires were analyzed quantitatively using descriptive analysis. The research results showed that student responses were very positive from all respondents with an overall average percentage reaching 82%. It can be concluded that the science communication-based interactive e-modules can be well received by science students as users.
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