Abstract
While measures of research quality are widely accepted in the education research
community, there may be less agreement on what constitutes evidence of impact and on
where to look for it. The aims of this symposium are to consider some key issues in
undertaking the Australian government’s national assessment of research engagement and
impact, and to propose some approaches to evidencing engagement and impact in the
context of mathematics education research. Each of the four symposium papers draws on
our Numeracy Across the Curriculum (NAC) research program in order to ground our
discussion in specific cases of research that have been reported at previous MERGA
conferences.
In the first paper, Evidencing research engagement and impact, Merrilyn Goos
establishes the theoretical and policy context for the symposium in terms of the apparent
lack of connection between educational research and practice. She analyses aspects of the
NAC research program to trace rich connections between her own teaching, research and
service roles that led to beneficial knowledge exchanges (engagement), and intricate links
between research activities, outputs and outcomes across multiple projects (impact). Such
an analysis can suggest “where to look†for evidence of engagement and impact.
In the second paper, The convoluted nature of a research impact pathway, Vince
Geiger develops a case study of an aspect of his own research within the NAC program to
illustrate the complexity of the journey from research origin through to potential impact.
The documentation of this research progress allows for reflection on how future impact can
be “read†while research is taking place.
In the third paper, Engagement and impact through research participation and
resource development, Anne Bennison and Shelley Dole illustrate how knowledge
exchange and uptake of resources developed through research can provide evidence of
research engagement and impact, respectively. The analysis suggests ways in which
collaborative research (an ARC Linkage Project on proportional reasoning and numeracy)
and contract research (funded by the Queensland College of Teachers) can be translated for
economic and social benefits.
In the fourth paper, “Numeracy for learners and teachersâ€: Impact on MTeach
students, Helen Forgasz evaluates the impact of a compulsory unit taken by all primary and
secondary pre-service teachers in the Monash University Master of Teaching. The unit
design incorporates elements of the Numeracy Across the Curriculum model to address
AITSL standards for knowledge and understanding of literacy and numeracy teaching
strategies, and interpreting student data. The evaluation reveals substantial impact on
students’ understanding of numeracy and confidence in incorporating numeracy in their
teaching, thus highlighting the contribution of research to improving teacher education.
Merrilyn Goos, Vince Geiger, Anne Bennison, Shelley Dole, & Helen Forgasz
Research Engagement And Impact In Mathematics Education