Attard Catherine, Holmes Kathryn
Centre for Educational Research, Western Sydney University, Australia.
Heliyon. 2020 Jan 3;6(1):e02945. doi: 10.1016/j.heliyon.2019.e02945. eCollection 2020 Jan.
Despite the predicted need for a more mathematically capable workforce, the proportion of students undertaking advanced mathematics courses in Australia and other comparable countries has stagnated or fallen, in part due to a lack of student engagement with mathematics in school. In society in general, technology use is commonplace, leading some educators to speculate that technology use for the teaching and learning of mathematics can improve student engagement. In this paper, using multiple case studies, we examine how teachers (n = 10), recognised by their peers as exemplary users of technology, take advantage of technological affordances to optimise student engagement with mathematics. Data was collected from three participant groups: Teachers, Leaders (n = 10), and student focus groups (n = 6). We examine both student and teacher perspectives, through the lens of the to tease out the ways in which exemplary teachers use technology to enhance pedagogical relationships with students and their pedagogical repertoires. We find that the teachers and students reported evidence of all elements of the FEM, but to differing degrees. In particular, we identified that teachers used technological tools to enhance teacher awareness of individual student learning needs and to promote student-centred pedagogies leading to greater student engagement with mathematics. We contend that a greater awareness of the nuanced pedagogical affordances of a range of technological tools could lead teachers toward practices that enhance student engagement with mathematics, leading to an increase in students wishing to extend their mathematical knowledge beyond the compulsory school years.
尽管预计需要一支数学能力更强的劳动力队伍,但在澳大利亚和其他可比国家,修读高等数学课程的学生比例停滞不前或有所下降,部分原因是学生在学校对数学缺乏兴趣。在整个社会中,技术的使用很普遍,这使得一些教育工作者推测,利用技术进行数学教学可以提高学生的兴趣。在本文中,我们通过多个案例研究,考察了被同行认可为技术模范使用者的教师(n = 10)如何利用技术的特性来优化学生对数学的兴趣。数据收集自三个参与群体:教师、领导者(n = 10)和学生焦点小组(n = 6)。我们从[具体理论框架]的角度审视学生和教师的观点,以梳理出模范教师利用技术加强与学生的教学关系及其教学方法的方式。我们发现,教师和学生都报告了支持[该理论框架]所有要素的证据,但程度不同。特别是,我们发现教师使用技术工具来提高教师对个别学生学习需求的认识,并促进以学生为中心的教学方法,从而使学生对数学更感兴趣。我们认为,对一系列技术工具细微的教学特性有更深入的了解,可能会引导教师采用能提高学生对数学兴趣的教学方法,从而使更多学生希望在义务教育阶段之后继续扩展他们的数学知识。