Implementasi Model Pembelajaran Means Ends Analysis (MEA) pada Pembelajaran Matematika

B. Utomo, Sukarno, Tri Dyah Prastiti
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Abstract

The purpose of this study was to describe plans, implementation, constraints and solutions, as well as the results of implementing the MEA learning model on mixed arithmetic problem solving materials with integers. The research was conducted with a qualitative approach. Research data were collected through interviews, observation, and documentation studies. The data analysis technique uses descriptive analysis with the steps: data collection, data reduction, data display, verification and confirmation of conclusions (Conclusion Drawing and Verification). The results of the study concluded that teacher preparation carried out by teachers in implementing MEA learning was: (1) preparing lesson plans, (2) preparing learning materials according to core competencies, basic competencies and learning objectives, (3) preparing learning media according to the MEA learning model in the form of interactive powerpoints and learning materials to be studied, (4) developing learning strategies and steps, (5) compiling assessment instruments accompanied by answer sheets and assessment criteria. The stages of implementing the MEA model learning are: (1) preliminary activities, (2) core activities, (3) closing, and (4) assessment of learning outcomes. The internal obstacles to MEA learning are: (1) students' difficulties in completing and solving math problems, (2) students' lack of enjoyment in learning material, (3) students with low math mastery tend to be passive, (4) the process of compiling math problem solving questions requires thinking mature and long process, (5) difficulty expressing math problems to students. External constraints: (1) Limited time and space for interaction between teachers and students due to the COVID-19 pandemic so that learning is less effective, (2) patterns of learning mathematics that are abstract in nature that have not been supported by concrete learning media cause the completion of problem solving questions to be less understandable by learners.
在数学学习中实施手段-目的分析(MEA)学习模式
本研究的目的是描述在整数混合运算问题解决材料中实施 MEA 学习模式的计划、实施、限制因素和解决方案以及结果。研究采用定性方法进行。研究数据通过访谈、观察和文献研究收集。数据分析技术采用描述性分析,步骤包括:数据收集、数据还原、数据展示、验证和结论确认(结论得出与验证)。研究结果表明,教师在实施 MEA 学习过程中所做的准备包括:(1)准备教案;(2)根 据核心能力、基本能力和学习目标准备学习材料;(3)根据 MEA 学习模式,以交互式 Powerpoint 和学习材料的形式准备学习媒体;(4)制定学习策略和步骤;(5)编制评估工具,并附有答卷和评估标准。实施 MEA 模式学习的阶段包括(1) 初步活动,(2) 核心活动,(3) 结束活动,(4) 评估学习成果。MEA 学习的内部障碍是(1) 学生难以完成和解决数学问题;(2) 学生对学习材料缺乏乐趣;(3) 数学掌握程度较低的学生往往处于被动地位;(4) 编制数学解题题的过程需要成熟的思维和漫长的过程;(5) 难以向学生表达数学问题。外部制约因素:(1)由于 COVID-19 的流行,师生互动的时间和空间有限,学习效果较差;(2)抽象性的数学学习模式没有具体的学习媒体支持,导致学习者对解题思路的完成理解能力较差。
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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