Abstract
There is growing evidence that students learn best when they are presented with
academically challenging tasks that focus on problem solving and reasoning (Kilpatrick,
Swafford, & Findell, 2001). Guided by this evidence, the Australian Curriculum:
Mathematics (Australian Curriculum, Assessment and Reporting Authority, 2010) provides
a new framework for teaching mathematics in an attempt to enhance student learning
outcomes and address concerns regarding the “syndrome of shallow teaching†(Stacey,
2003, p. 119). Not only does the curriculum provide a new definition for problem solving
as one of four proficiency strands (Understanding, Problem Solving, Reasoning, and
Fluency) but it also provides a clear rationale for the teaching of problem solving.
However despite the amount of policy advice and resources to support problem-solving
practices, there are growing concerns that many Australian students are given limited
opportunities to engage in problems other than those of low procedural complexity. Stacey
(2003) contends that students are often asked to follow procedures without reason, solve
low complexity problems with excessive repetition and given limited opportunities for
reasoning or classroom discourse. The following report investigates this phenomenon
through research undertaken as part of the Encouraging Persistence, Maintaining
Challenge (EPMC) project. This study aims to explore how primary teachers describe their
efforts to engage students in complex problem solving through their choice of task. In
particular the features of problem solving tasks and the likely level of cognitive demand
are examined.