Abstract
In this symposium, we discuss our project Mathematical Progress and Value for Everyone (MProVE) which is about doing this hard research on helping low achievers at the Secondary levels improve in their learning of mathematics. We start with the recognition that a complex confluence of factors contribute to students’ low achievement. It is not restricted to their difficulties with the traditional ‘content’ domain – the subject matter of mathematics is viewed as difficult to grasp and they lack good foundations in mathematical knowledge. Other factors that contribute towards/hinder their learning include metacognitive dispositions, learning habits, threshold for frustration, feelings of confidence etc. It is our stance that efforts that can result in sustainable improvements in their achievement should take into consideration all these interacting factors that influence their learning of mathematics.
In the third paper on “Helping low achievers develop a problem solving dispositionâ€, we discuss another study with the same project school on helping students engage productively in mathematical problem solving. To this end, we envisage that such a graduating student when confronted with an unfamiliar mathematics question, instead of giving up early, he or she will try ways to tackle the problem productively, even independently of the teacher. We term such an approach towards mathematics problems as having a “Problem Solving Disposition†(PSD). This paper reports on our initial attempt to develop PSD in two classes of low-achieving students.
Quek, Khiok Seng, Yap, Sook Fwe, & Tong, Cherng Luen