Design and Development of College Student Worksheets for Simulation of Electromagnetic Waves

IF 3.3 Q1 DEMOGRAPHY
Marlinda Siahaan, B. Z. Siahaan
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引用次数: 0

Abstract

Many studies show that student worksheets can be suitable teaching materials to achieve learning objectives, whether at school or college. Also, college student worksheets can make it easier for students to learn computing-based lessons. This study aims to design and develop worksheets and integrate them with computational thinking (CT) skills in computer programming courses. The material intended to be used as a worksheet is how to simulate electromagnetic waves (EM). This worksheet is also designed with group activities and is expected to improve collaboration skills between college students. This study uses research and development (R&D) methods with the 4D model approach but does not do the fourth stage, dissemination. The worksheet developed has six main elements: (1) titles, (2) study guides, (3) essential competencies, (4) subject matter or supporting information, (5) tasks or work steps, and (6) student assessments. The resulting worksheet products have also been assessed by peers and declared worthy as teaching materials. In addition, the resulting worksheet has shown the steps in CT, namely, abstraction, algorithm, and generalization.
大学生电磁波模拟练习题的设计与开发
许多研究表明,无论是在中学还是大学,学生的工作表都可以成为实现学习目标的合适教材。此外,大学生工作表可以使学生更容易地学习基于计算机的课程。本研究旨在设计并发展工作表,并将其与电脑程式设计课程的计算思维(CT)技巧相结合。打算用作工作表的材料是如何模拟电磁波(EM)。本工作表还设计了小组活动,旨在提高大学生之间的合作能力。本研究采用了研发(R&D)方法和4D模型方法,但没有进行第四阶段的传播。开发的工作表有六个主要元素:(1)标题,(2)学习指南,(3)基本能力,(4)主题或支持信息,(5)任务或工作步骤,以及(6)学生评估。最终的工作表产品也经过了同行的评估,并宣布有价值的教学材料。此外,生成的工作表显示了CT中的步骤,即抽象、算法和泛化。
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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来源期刊
自引率
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18
审稿时长
18 weeks
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