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Self-regulated math instructions for pupils with learning disabilities

机译:针对学习障碍学生的自我调节数学指令

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In this research, we considered the different impact two methods of teaching had on pupils’ ability to solve complex math problems. The methods considered were: self-regulated study and traditional teaching. We also examined the pedagogical consequences the differences made among the population of pupils with learning disabilities in special education classes within the standard elementary school system. In addition, we examined gender difference and its influence on the ability to solve complex math problems. The research assumption was that self-regulated learning will promote pupils’ achievements more than the traditional approach because it presents pupils with word problems, research tasks, concept presentation using illustrations and mathematical representations; comprehension of math properties, terms and the conceptual connections between them. The self-regulated approach to learning consists of a process that puts an emphasis on pupils’ active engagement with the study material wherein the traditional method of teaching, the emphasis is on the teacher and her frontal teaching time leaving pupils passive. There were forty (40) participants in the study, ranging in age from 9 to 10; all with learning disabilities and attending four different classes (grades 3 to 4). Two of these classes studied math using the self-regulated method, and the other two, the traditional method. The ability to solve challenging math problems was examined using a test that included four challenge questions from a collection of math skills evaluation tests. In addition, teachers were required to fill out a questionnaire that characterized the teaching method they used. The findings revealed that the ability to solve challenge problems in math among pupils that were taught using the self-regulated method was significantly higher than the ability of the pupils that were taught using the traditional method. No significant difference in the ability to solve challenge problems in math was observed based on gender influence. In addition, the differences in this ability did not vary based on gender influence while using either method of teaching. The research concluded with a recommendation to use the self-regulated learning approach in teaching math because it may contribute to the improvement of math strategic thinking and thus impact a variety of phenomena related to this pedagogical field such as reducing school dropout rates, promoting pupils’ achievements, and improving social interaction.
机译:在这项研究中,我们考虑了两种教学方法对学生解决复杂数学问题的能力的不同影响。所考虑的方法是:自我调节学习和传统教学。我们还研究了在标准小学系统内特殊教育课程中学习障碍学生群体之间的差异所产生的教学结果。此外,我们研究了性别差异及其对解决复杂数学问题的能力的影响。研究假设是,自我调节学习将比传统方法更多地促进学生的学习成绩,因为它会向学生展示单词问题,研究任务,使用插图和数学表示法进行概念表达;理解数学属性,术语及其之间的概念联系。自我调节的学习方法包括一个过程,该过程着重于学生对学习材料的积极参与,其中传统的教学方法着重于教师及其正面的教学时间,使学生处于被动状态。该研究有四十(40)名参与者,年龄从9岁到10岁不等;所有人都有学习障碍,并参加四个不同的班级(3至4年级)。其中两节课使用自律方法学习数学,另外两节课使用传统方法。使用一项包括一组数学技能评估测试中的四个挑战性问题的测试来检验解决挑战性数学问题的能力。此外,还要求教师填写一份调查表,以说明他们使用的教学方法。研究结果表明,使用自我调节方法教学的小学生解决数学难题的能力明显高于使用传统方法教学的小学生的能力。根据性别影响,解决数学难题的能力没有显着差异。此外,在使用两种教学方法时,这种能力的差异不会因性别影响而变化。该研究最后建议在数学教学中使用自律式学习方法,因为它可能有助于改善数学战略思维,从而影响与此教学领域相关的多种现象,例如降低辍学率,促进学生的学习能力。成就,并改善社会互动。

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