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Empoderamiento digital y desarrollo de competencias Matemáticas en la formación del docente de Matemáticas

机译:数学老师培训数学能力的数字赋权与发展

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The present work was oriented to reveal the level of digital empowerment and the development of mathematical competences in the initial formation of the mathematics teacher at the Hermilio Valdizán University. The objective of the study was to evaluate the implications of the use of digital resources: mathematical software and interactive pages in the teaching-learning process of the topics of mathematics and the development of reasoning, problem solving and argumentation skills, communication and argumentation. The research was framed in the qualitative methodology based on the techniques of participant observation, in-depth interview and evaluation rubric. The data collected through the interview was subjected to a process of codification, categorization and construction of semantic networks with the help of the Atlas.ti, while the data from the observation process and the rubric are presented and interpreted statistically in (frequencies and percentages). From the most significant findings it can be seen that most of the teachers in initial training have a considerable digital empowerment, expressed in the use of free software, collaboration resources, social networks and interactive pages for the solution of mathematical problems in algebraic form and graph. On the other hand, more than 85% state that their mathematical competences were developed optimally with the use of technology. It is concluded that digital empowerment is fundamental for the learning of mathematics and the development of reasoning skills, problem solving, modeling and mathematical communication during the initial training of the mathematics teacher.
机译:目前的工作旨在揭示数字赋权和数学竞争程度,在赫尔迪扎恩大学的数学老师初始形成中的数学竞争程度。该研究的目的是评估利用数字资源的影响:数学的教学过程中的数学软件和互动页面以及推理,问题解决和论证技能,沟通和论证的发展。该研究基于参与者观察技术,深入访谈和评估标题的基于定性方法。通过接受采访收集的数据在ATLAS.TI的帮助下进行语义网络的编纂,分类和构建过程,而来自观察过程和标题的数据在统计上呈现和解释(频率和百分比) 。从最重要的发现,可以看出,初始培训中的大多数教师都有相当大的数字赋权,在使用自由软件,协作资源,社交网络和互动页面,以解决代数形式和图形的数学问题的解决方案。另一方面,超过85%的国家,他们的数学竞争力通过使用技术而最佳地开发出来。结论是,数字赋权是数学学习的基础以及在数学老师的初步培训期间的推理技能,问题解决,建模和数学通信的发展。

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