Abstract
Problem solving is described in Australian Curriculum as one of four proficiency
strands (understanding, fluency, problem solving, and reasoning), and an integral
component of mathematics teaching and learning. In this presentation, I discuss the
preliminary stages of a study in which I am exploring teacher knowledge and dispositions
of primary educators who effectively integrate problem solving to improve student
mathematics learning, as well as identify any constraints and opportunities including the
Australian Curriculum and professional learning experiences. Using a mixed methods
approach, in this study, I am examining past survey data from the Encouraging Persistence
Maintaining Challenge (EPMC) project to identify participants for subsequent case studies.
Influential Factors for Effective Problem Solving Practice in Primary Mathematics Teachers
Melody McCormickProblem solving is described in Australian Curriculum as one of four proficiency strands (understanding, fluency, problem solving, and reasoning), and an integral component of mathematics teaching and learning. In this presentation, I discuss the preliminary stages of a study in which I am exploring teacher knowledge and dispositions of primary educators who effectively integrate problem solving to improve student mathematics learning, as well as identify any constraints and opportunities including the Australian Curriculum and professional learning experiences. Using a mixed methods approach, in this study, I am examining past survey data from the Encouraging Persistence Maintaining Challenge (EPMC) project to identify participants for subsequent case studies.