基于数学的RME模型研究,以促进学生批判性思维能力

Singgih Utomo Aji
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引用次数: 0

摘要

数学是一门几乎可以在各个方面支持和促进人类生活的科学。因此,数学是一门具有重要作用的科学。学习数学的问题在于它具有抽象的性质,因此它不太可取,并且被学生认为很难在学校学习。这导致印尼儿童的数学能力被国际学生评估项目(PISA)列为低水平。有了这种批判性思维能力,希望印尼儿童的数学技能能够得到提高。当然,教师的任务是设计能够提高学生批判性思维能力的学习,以提高印尼儿童的数学能力,学习设计必须克服数学的抽象性,使学生能够轻松理解和学习数学。RME(现实数学教育)学习模式被认为能够促进学生的批判性思维能力,从而提高学生的数学能力。此外,RME可以与提升学生周围的文化相结合,以吸引学生的兴趣,同时能够克服数学的抽象性,因为学习是在现实生活中进行的。通过这样的设计,希望学生能够轻松地学习数学,并提高学生的批判性思维能力。这样数学技能就会提高。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Kajian Model RME Berbasis Ethnomatematika untuk Memfasilitasi Kemampuan Berpikir Kritis Siswa
Mathematics is one of the sciences that can support and facilitate human life in almost all aspects. Therefore mathematics is a science that has an important role. The problem for studying mathematics is that it has an abstract nature so it is less desirable and is considered difficult to learn by students at school. This resulted in the results of Indonesian children's math ability being classified as low which were published by PISA. With this critical thinking ability, it is hoped that the math skills of Indonesian children can increase. Of course, this is the task of a teacher to design learning that can improve students' critical thinking skills to improve the mathematical abilities of Indonesian children and the learning design must overcome the abstractness of mathematics so that students can easily understand and learn mathematics. The RME (Realistic Mathematics Education) learning model is believed to be able to facilitate students' critical thinking skills thereby increasing students' mathematical abilities. In addition, RME can be combined with elevating the culture around students to attract students' interest while at the same time being able to overcome the abstractness of mathematics because learning is carried out in a real-life context. With a design like this it is expected that students can easily learn mathematics and can improve students' critical thinking skills. So that math skills can increase.
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