Issues and Trends of Information-Communication Technology Incorporation in Mathematics Education

D. Országhová
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Abstract

University education is significantly affected by the global pandemic caused by Covid-19. Opportunities for maintaining or improving the quality of current mathematics education are associated with the implementation of information and communication technologies (ICT) in university studies. Methods and forms of e-learning have impact on the content and the course of key phases of the educational process: motivation, curriculum exposure, fixation, and knowledge diagnosis. In the paper, we focused on selected issues and trends of incorporation of ICT in the mathematics teaching. Analysis of pedagogical aspects and measuring the outcomes of education in the context of ICT support belong to the basis of changes for improving the quality of mathematics education. Research material and data were obtained from teaching process at the Faculty of Economics and Management of the Slovak University of Agriculture in Nitra. We concentrated on methodology of teaching with the support of ICT during the distance education introduced because of the pandemic. Obtained results showed that both students and teachers have successfully mastered the new technologies needed for distance learning, especially tools of the platform MS Teams for the face-to-face-learning. Comparison of the level of mathematical knowledge was realized in the sample of selected tasks of linear algebra and exam grades of two compulsory mathematical study subjects.
信息通信技术融入数学教育的问题与趋势
大学教育受到新冠肺炎全球大流行的严重影响。保持或提高当前数学教育质量的机会与在大学学习中实施信息和通信技术(ICT)有关。电子学习的方法和形式对教育过程的关键阶段的内容和过程产生了影响:动机、课程暴露、固定和知识诊断。在本文中,我们重点讨论了信息通信技术在数学教学中应用的问题和趋势。在信息通信技术支持的背景下,分析教学方面和衡量教育成果是提高数学教育质量的基础。研究资料和数据是从尼特拉斯洛伐克农业大学经济和管理学院的教学过程中获得的。在因疫情而引入的远程教育中,我们重点关注在信息通信技术支持下的教学方法。获得的结果表明,学生和教师都成功地掌握了远程学习所需的新技术,特别是MS Teams平台的面对面学习工具。以线性代数选题和两门数学必修科目考试成绩为样本,对学生的数学知识水平进行比较。
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