Outlines for science digital competence of elementary school students

Andreja Špernjak, A. Šorgo
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引用次数: 6

Abstract

Many of the digital competences of students can be transferred from their homes and out-of-school environments, but it is unrealistic to expect that students will become proficient in the use of equipment such as whiteboards or data-loggers outside school. An emergent research topic is thus “Are science teachers succeeding in transferring to their students the digital competences specific to the study of science?” In the initial research phase, our intention was to prepare a Digital Competence Framework for Science Learning for Elementary school Students, and a proposal for how this could be applied in the science classroom. We began from a study of the Slovenian syllabus for Computer Science and Multimedia in elementary school. We discovered that, in science education, we cannot rely on students' digital competence even at the basic level (use of e-mail, internet browsers, word processors and home multimedia), a situation that calls for intervention by science teachers. Additionally, the school subject Computer Science and Multimedia is elective, which is another reason that we cannot expect students to be digitally competent in all classrooms, nor we can expect this kind of digital competency merely on account of the abundance of digital technology all around us. A framework was prepared and adapted for the basic, general and subject specific levels. Specific classroom situations are identified for clarifying the concepts, and classroom practices based on tested sources are proposed for presentation at the conference.
小学生科学数字能力大纲
学生的许多数字能力可以从他们的家庭和校外环境中转移,但期望学生在校外熟练使用白板或数据记录器等设备是不现实的。因此,一个新兴的研究课题是“科学教师是否成功地将科学研究特有的数字能力传授给学生?”在最初的研究阶段,我们的目的是为小学生科学学习准备一个数字能力框架,并提出一个如何将其应用于科学课堂的建议。我们从对斯洛文尼亚小学计算机科学和多媒体教学大纲的研究开始。我们发现,在科学教育中,我们不能依靠学生的数字能力,即使是在基本水平上(使用电子邮件、互联网浏览器、文字处理器和家庭多媒体),这种情况需要科学教师的干预。此外,学校的计算机科学和多媒体课程是选修课,这也是我们不能期望学生在所有课堂上都具备数字能力的另一个原因,我们也不能仅仅因为我们周围有丰富的数字技术就期望这种数字能力。为基本级、一般级和特定主题级编制和调整了一个框架。为了阐明这些概念,我们确定了具体的课堂情况,并提出了基于测试资源的课堂实践,以便在会议上展示。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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