A framework for teachers’ knowledge of mathematical reasoning

Exploring and developing primary teachers’ understanding of mathematical reasoning was the focus of the Mathematical Reasoning Professional Learning Research Program. Twenty-four primary teachers were interviewed after engagement in the first stage of the program incorporating demonstration lessons focused on reasoning conducted in their schools. Phenomenographic analysis of interview transcripts exploring variations in primary teachers’ perceptions of mathematical reasoning revealed seven categories of description based on four dimensions of variation, establishing a framework to evaluate development in understanding of reasoning.

Primary Science Specialist Learning Program – Report of Delivery

The purpose of this report is to describe the 8 day Deakin professional learning program and to examine the outcomes of the program based on feedback from participants, using a variety of data sources within the program. This evaluation of the Deakin professional learning program for primary science specialists is conducted for formative purposes, using mainly teachers' perceptions of the 5 day Professional development with science content and pedagogy focus (day 2-4, day 6-7) and the 3 day leading change focus (day 11-13). Feedback was acted on over the period of the professional development program.

Science teacher educator partnerships with schools (STEPS): developing an interpretive framework for primary science teacher education

The STEPS Project responds to international concern about primary teachers’ lack of science knowledge and confidence to teach science, and recent questioning of the effectiveness of traditional approaches to teacher education. The project reviews and builds on established, innovative and successful practices at five universities, to develop and promote a framework supporting school‐based approaches to pre‐service teacher education. This paper will outline the processes involved in developing an Interpretive Framework, which will be a key outcome of the project. The Interpretive Framework identifies key elements to assist teacher educators in planning, implementing and sustaining school-based approaches to teacher education.

Developing effective school and university partnerships for teacher education

The use of school-university partnerships to address the theory-practice divide in teacher education has recently come to attention in international teacher education studies (e.g. Darling-Hammond, 2005; Jones & Ryan, in press). School-university partnerships are particularly important in primary science teacher education as a means to overcome limited opportunities primary pre-service teachers have to observe and practice science teaching during their Practicum. Their opportunities are limited due to a lack of practising teachers who include science in their classroom teaching or who do not feel sufficiently competent to act as science mentors. This is generally attributable to low teacher confidence and knowledge of how to teach science (Jones & Carter, 2007).

This workshop will report on a study which is exploring existing approaches to school-university partnerships in science teacher education at 5 Australian universities. Utilising a multiple case study methodology (Yin, 2009), the project has examined the experiences of establishing, maintaining and developing these partnership and explored the benefits of the partnerships for pre-service teachers, practising teachers and schools.

A key outcome of the project is the development of an “Interpretive Framework” in which partnership practices were exemplified, contextualized and summarized, documenting key phases in the development of partnership arrangements. The Framework is currently undergoing validation with Australian universities. In this paper, the authors present the Framework to an braoder audience for comment and seek to explore its relevance and transferability to school-university partnerships in an international context.

Process evaluation design and tools used in a kindergarten-based, family-involved intervention to prevent obesity in early childhood. The ToyBox-study

Process evaluation (PE) is used for the in-depth evaluation of the implementation process of health promotion programmes. The aim of the current paper was to present the PE design and tools used in the ToyBox-intervention. The PE design was based on a three-step approach, including the identification of ToyBox-specific PE elements (step 1), the development of PE tools and harmonization of procedures (step 2), and the implementation of PE using standardized protocol and tools across the intervention countries (step 3). Specifically, to evaluate the implementation of the intervention, teachers' monthly logbooks were recorded (dose delivered, fidelity, dose received); post-intervention questionnaires were completed by parents/caregivers and teachers (dose received); participation and attrition rates were recorded (recruitment, reach); and audit questionnaires and retrospective information on weather conditions were collected (physical and social environment within which the intervention was implemented). Regarding the teachers' training sessions, the researchers who performed the trainings completed evaluation forms and documented teachers' attendance after each training (dose delivered, fidelity, dose received) and teachers completed evaluation forms after each training (dose received). The PE performed in the ToyBox-intervention may contribute in the evaluation of its effectiveness, guide the revision of the intervention material and provide insights for future health promotion programmes and public health policy.

Revisionist historicism theory and practice: challenging national metanarratives

 This thesis demonstrates the interdependence of theory and practice in re-envisioning Australia’s past: the postmodern methodologies explored in the exegesis inform my fictional reassessment of history. The thesis argues for revisionist historical fiction’s legitimacy in resurrecting lost voices. It looks beyond the colonial archives to reconfigure Australia’s history in more inclusive ways.

Science teacher education partnerships with schools (STEPS): partnerships in science teacher education

This paper reports on the STEPS project which addressed international concerns about primary teachers' lack of confidence to teach science, and on-going questions about the effectiveness of teacher education. The five universities involved had each independently established a science education program incorporating school-based partnerships between the university and local schools to enable primary pre-service teachers (PSTs) to teach science. The diversity of the programs enabled an examination of the relevant literature underpinning the approaches and comparison of data from participants to identify key features and success factors for establishing and maintaining working relationships with schools. This preliminary analysis of learning from STEPS uses case studies and feedback from PSTs who participated. These findings indicate that authentic teaching experiences build the confidence of PSTs to teach science. Ultimately, the project will develop an Interpretive Framework which will articulate the characteristics of partnerships to be validated through feedback from other science educators from Australia and overseas.

Jamie's Ministry of Food: quasi-experimental evaluation of immediate and sustained impacts of a cooking skills program in Australia

To evaluate the immediate and sustained effectiveness of the first Jamie's Ministry of Food Program in Australia on individuals' cooking confidence and positive cooking/eating behaviours.

Wider impacts of a 10-week community cooking skills program - Jamie's Ministry of Food, Australia

Jamie's Ministry of Food (JMoF) Australia is a 10-week community-based cooking skills program which is primarily aimed at increasing cooking skills and confidence and the promotion of eating a more nutritious diet. However, it is likely that the program influences many pathways to behaviour change. This paper explores whether JMoF impacted on known precursors to healthy cooking and eating (such as attitudes, knowledge, beliefs, cooking enjoyment and satisfaction and food purchasing behaviour) and whether there are additional social and health benefits which arise from program participation.

Colour, magnets and photosynthesis

THIS STUDY INVESTIGATED THE teaching and learning approaches of three Victorian early childhood kindergarten teachers to science education, and how they used the Victorian Early Years Learning and Development Framework (VEYLDF) to support them in the development of science in their curriculum. A qualitative, collective case study was designed to investigate how the participants introduced and explored science in their curriculum through two face-to-face individual, semi-structured interviews, separated by a week during which they completed a reflective journal focusing on science in their curriculum. The findings revealed teachers’ own negative school experiences of science education and an overall lack of confidence in their current science knowledge impacts on science in their curriculum. Conversely the findings also revealed instances of science learning anddiscovery, as well as a desire by the early childhood teachers to enhance science education in their curriculum

Introducing linear functions: an alternative statistical approach

The introduction of linear functions is the turning point where many students decide if mathematics is useful or not. This means the role of parameters and variables in linear functions could be considered to be ‘threshold concepts’. There is recognition that linear functions can be taught in context through the exploration of linear modelling examples, but this has its limitations. Currently, statistical data is easily attainable, and graphics or computer algebra system (CAS) calculators are common in many classrooms. The use of this technology provides ease of access to different representations of linear functions as well as the ability to fit a least-squares line for real-life data. This means these calculators could support a possible alternative approach to the introduction of linear functions. This study compares the results of an end-oftopic test for two classes of Australian middle secondary students at a regional school to determine if such an alternative approach is feasible. In this study, test questions were grouped by concept and subjected to concept by concept analysis of the means of test results of the two classes. This analysis revealed that the students following the alternative approach demonstrated greater competence with non-standard questions.