基于交互式数字作业单的数学学习管理,提高学生的批判性思维能力

Sri Utaminingsih, Isna Amalia, Sumaji Sumaji
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引用次数: 0

摘要

在学习中使用交互式数字技术是创造快乐学习活动的另一种策略。因此,交互式数字工作表的开发需要考虑小学生的批判性思维能力。本研究确定了基于批判性思维能力的交互式数字媒体工作表的必要性,编制了基于批判性思维能力的小学生交互式数字媒体工作表的设计、可行性鉴定和有效性测试。本次研发采用了七个步骤:(1) 潜力和问题识别;(2) 数据收集;(3) 产品设计;(4) 设计验证;(5) 设计修订;(6) 产品测试;(7) 产品修订。研究人员通过访谈、观察、问卷和测试收集数据。研究结果发现,交互式数字学生作业本在管理数学学习、提高学生批判性思维能力方面具有必要性。互动式数字化学生作业本的设计以批判性思维能力为基础。开发考虑了三个组成部分,如 (1) 规划;(2) 实施;(3) 评估。规划包括:(1) 分析学生特点;(2) 分析学习成绩(CP);(3) 确定学习目标(TP)和学习目标流程(ATP)及评估;(4) 选择媒体、学习方法和教学材料。互动式数字化学生作业单在学习中的实施是基于问题学习模式和形成性测试与终结性测试的评价。专家论证认为,交互式数字工作表是有效和可靠的。教师的回答率达到 87.5%,学生的回答率达到 90%。乘积检验得出,对照组的平均 N-gain为 0.31,而实验组为 0.50,表明学生的数学批判性思维能力有所提高。因此,交互式数字工作表的实施有助于管理学习。该实施方案还有助于进一步发展,以管理各种具有挑战性的活动,实现有意义的学习。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Management of Mathematics Learning Based on Interactive Digital Worksheets to Improve Students' Critical Thinking Ability
The use of interactive digital technology in learning is an alternative strategy to create joyful learning activities. Therefore, interactive digital worksheet requires development by considering the critical thinking skills of elementary school students. This research determined the interactive digital media worksheet necessity based on critical thinking skills, compiling design, feasibility identification, and effectiveness test of the interactive digital media worksheet based on critical thinking skills for elementary school students. This research and development applied seven steps: (1) potential and problem identification; (2) data collection; (3) product design; (4) design validation; (5) design revision; (6) product test; and (7) product revision. The researchers collected the data with interviews, observations, questionnaires, and tests. The research results found the necessity of interactive digital student worksheets in managing mathematics learning to improve students' critical thinking skills. The interactive digital LKS design was based on critical thinking skills. The development considered the three components, such as (1) Planning; (2) implementing; and (3) evaluating. Planning consists of (1) the analysis of student characteristics; (2) the analysis of learning achievements (CP); (3) the determination of the learning objectives (TP) and the learning objective flow (ATP) and the assessment; (4) the selections of media, learning methods, and teaching materials. The implementation of the interactive digital student worksheets in learning was based on the problem-based learning model and formative and summative tests for the evaluation. The expert validation found the interactive digital worksheet was valid and reliable. The teacher responses reached the percentage of 87.5% while the student with 90%. The product test obtained an average of N-gain for the control group was 0.31 while the experimental group was 0.50, indicating an increment of students' critical thinking skills in mathematics. Thus, interactive digital worksheet implementation is useful in managing learning. The implementation was also useful for further development to manage various challenging activities and to realize meaningful learning.
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