When developing mathematical understanding, learners’ interactions with mathematical errors can promote conceptual understanding and enhanced reasoning skills (Borasi, 1994). Studies have found that learners’ level of engagement with their own mathematical errors is heavily influenced by their views of mathematical error-making (Tulis et al., 2018), and that teacher handling of student errors can positively predict student views of mathematical errors, as well as predict improvement of reasoning skills (Heinz & Reiss, 2007). Research into teacher interactions with students’ mathematical errors has found that various factors influence teacher error-responses; in addition to teachers’ pedagogical content knowledge and constraints imposed by their working environment, their beliefs about mathematics learning and teaching play a significant role in how they respond to student errors, with beliefs that align with constructivist approaches to teaching mathematics tending to lead to error handling behaviours that promote conceptual understanding (Bray, 2011).
How, then, do we support teachers to develop positive error-response strategies? Initial teacher education programs already aim to promote strong pedagogical content knowledge, but do they, or can they, also promote positive views and concept-focused beliefs about mathematical teaching and learning in a way that would translate to positive error-response practices? This research aims to explore the factors that influence pre-service teachers’ espoused error-response practices in mathematics classrooms in an attempt to better understand the role ITE plays in promoting positive error-response practices in new-career teachers.
In this study, data was collected from ITE students who were studying degrees that included K-6 teaching across several NSW universities. In an online mixed-methods survey, participants rated the likelihood of using specific error-response strategies in mathematics classrooms, as well as providing contextual information relevant to their mathematics teaching journey. Analysis of variance techniques were used to determine whether factors such as year of degree, beliefs about mathematics, and prior mathematics learning or teaching experiences significantly influence pre-service teachers’ views of mathematical errors and error-responses in the primary classroom. The results provide a foundation for further discussion of how ITE can better prepare pre-service teachers to respond to student errors in mathematics classrooms.