Primary science education : reality or myth

Amidst an international call for a re-formed and re-envisaged science education agenda, the actual state of teaching science in primary schools is still much the same as it was 15 years or more ago. Whilst much research has provided insights into possible approaches for primary science education, we still find ‘blockers’ to a fully implemented science curriculum in schools. Pre-service teachers, as part of their assessment in a science education unit, interviewed primary teachers and asked the reason behind the approach to science in schools. The responses were varied, with some schools and teachers paying lip service to science education, whereas, in schools where science is a critical element of the curriculum, it is still mainly through the driving force of one enthusiastic teacher. This research will report on the aggregated responses from the surveys and attempt to identify possible ways forward, as suggested by data analysis.

Early childhood educators : some identified issues in professional learning in science

In a small research project, four case studies were developed around the science education of pre-school centres. Mixed quantitative and qualitative approaches were used as the pre-school teachers were asked information about their qualifications and those of other staff; science experiences within their Early Childhood (EC) setting and the opportunities they had for science education professional development. As part of the research, educators were questioned about the science they provided and their comfort in teaching science. The interviews revealed that EC educators indicated that they provide a large number of varied experiences, although often they were unsure of the science content or the science understanding. They felt that this limited their abilities to develop the science activities further. Early Childhood Educators also indicated that whilst there was access to some science professional development, more would be welcome. The types of professional development which they felt would be most beneficial were “hands-on” play experiences – a “quick fix” approach. This paper will discuss the findings of the research through a socio-cultural framework, noting some of the issues identified during our discussions with the educators.

Early childhood science education : do Australian publishing trends represent world publishing trends?

A literature search of both Australian early childhood journals and Australian science education journals provides a compelling picture of science education in Australian early childhood in the recent past and the previous 40 years. Whilst a previous review of the literature found that there were concerns over the early childhood educators' confidence in teaching science, particularly physical sciences, current research indicates that this problem is still prevalent. The historical perspective also found that there was a distinctive approach evolving in early childhood science education, however further research into the place of science in the cognitive domain of early childhood was required. The more recent literature search found that as an area of investigation, early childhood science is still a neglected research area and there is still much scope for the development of theories and analysis of early childhood science education. The literature search was undertaken scanning for titles which included science education and early childhood in several Australian early childhood journals and Australian science education journals, although it is acknowledged that some articles may have been sent to international journals.

The “new” science specialists

A Victorian government initiative called The Primary Science Specialists Professional Learning Program is designed to tackle students' falling interest in science by investing in the building of teacher capacity. The aims of the initiative are: to improve the science knowledge base of all teachers and therefore increase teachers' capacity to engage students in their learning of science; to increase student interest, aspirations and participation in science and to raise the level of science achievement. The role of the "new" science specialist is not necessarily to teach science to all students, rather to promote science, organise the teaching programs and resources for teaching science and support other teachers in teaching science in their school. The results, to date, show that by creating the role of science specialists in primary schools, and investing in science as a specialised knowledge area, science can be promoted, science teaching resources better managed, and teachers who are not confident in science, mentored. In this way, the impact of promoting and improving the teaching of science can extend from the science specialists to other teachers, to students, the school and the wider community.

Can science education help to build a sustainable society?

In this article we present a critical description regarding some of the guidelines that we consider are needed within education at university level to guide and transform the educative system towards an education for sustainability. To speak about sustainability we need to consider restructuring the teaching programs at all educative levels. For this, we discuss the relevance in adapting the six dimensions of the content-based knowledge towards sustainability issues, as well as the implications that the concept of sustainability has for our views, attitudes and actions. Transformative learning theories and pedagogical strategies for teaching science which could be useful for educating for sustainability and which could encourage changes in the attitudes of those who will become future teachers, such as the 5 "E" model which promotes critical and reflexive thinking are also discussed. We propose an educative model for teaching about sustainability with four basic epistemological elements: a multicultural education, an education for the future, a holistic education, and, a participatory education.

Establishing school university partnerships to teach science – Does what worked for us work for you?

Concerns over the quality and amount of science teaching in Australian primary schools has led to a concentration of research on the methods of delivery of science education. There is a growing interest in both Australian and International contexts on building teacher knowledge and confidence to teach science, how science is taught at the primary school level and also how pre-service teachers are prepared to teach science. The Science Teacher Education Partnerships with Schools (STEPS) project is one response to these concerns. The STEPS project is a collaboration of five Australian universities that each independently set-up their own school-based partnership approaches with schools to deliver their science education programs. Each university aimed to provide pre-service teachers with the genuine experience of teaching science while being supported by university teaching staff. The project has drawn on feedback from pre-service teachers, teachers, principals and teacher educators involved at the five universities to examine the prevailing practices and led to the development of a set of tools and process, referred to as the Interpretive Framework (IF)(Hobbs et al. 2015). The IF describes how to create and maintain effective partnerships with schools, based on this research. This current paper reports on a survey conducted in 2014 which aimed to feedback from teacher educators across Australia to explore the extent to which school-based teaching opportunities in science for PSTs were in use across the country and to identify the range of approaches and theories driving their practices. Some respondents were followed up for interview and key factors were analysed and reported here. These data will be used to further refine the IF.

Making use of IT: web page

The use of the Web has become an essential part of teaching and learning in Australian schools. Nevertheless, many students lack knowledge of how to properly evaluate and cite Web-sourced information. This paper presents criteria, by which students can judge the reliability of Web resources, and guidelines on the citation of Web information. These strategies have been implemented successfully by the authors in their classes.

How do teachers investigate scientific concepts in an Early Childhood Environment?

Early Childhood Educators have an important role to fulfil in aiding children's development and understandings in the science curriculum. There are many different views and opinions on how science can be taught in an Early Childhood environment, it is therefore our aim to investigate how teachers feel about teaching science concepts and promoting science in the early childhood centre. We aim to discover how everyday activities relate to the nature of science within our everyday lives. The science curriculum is important in Early Childhood settings as it provides children with various opportunities to explore the natural world. We are hoping to gain a deeper understanding of how teachers are guiding and encouraging children to make sense of their experiences. It is also important that we explore how Early Childhood Educators understand their own practice in teaching science concepts in their curriculum.

Description of project: We will be completing a small inquiry based task which will require us to compile data collected from interviews, recordings from teachers in long day and kindergarten settings around the Geelong region.

Methodology: ln order to undertake this research we will be using a socio cultural framework, focusing on language in the social environment and play (basing our ideas on the theories of Vygotsky). We will be undertaking narrative accounts to obtain data which will be collated from three different sources.

Ethical implications of projects: We do not foresee any significant risks to any participant in this study. The topic of the research is uncontroversial, and we will be taking measures to ensure anonymity or confidentiality where appropriate.

Schools and teachers supporting student open investigations

This paper draws on a study of the BHP Billiton Science Awards to explore the ways in which open investigation work occurs in schools. The research used interviews with teachers and students and state organisers to develop a picture of what happens on the ground in running student open investigations, and to trace how schools have built a culture of investigation. The paper explores how schools develop and maintain practices that effectively support students' engagement in open investigation work in Science.

Australian pre-service secondary teacher education courses : challenges and Dilemmas

Effectiveness of patient feedback as an educational intervention to improve medical student consultation (PTA Feedback Study): study protocol for a randomized controlled trial.

Oral feedback from clinical educators is the traditional teaching method for improving clinical consultation skills in medical students. New approaches are needed to enhance this teaching model. Multisource feedback is a commonly used assessment method for learning among practising clinicians, but this assessment has not been explored rigorously in medical student education. This study seeks to evaluate if additional feedback on patient satisfaction improves medical student performance.

Making use of students’ research journals as instruments for detecting students’ reasoning in co-constructing scientific concepts in a German and Australian primary school

This chapter describes two cases, one from Germany and the other from Australia in which science journals were used in classrooms that adopted an inquiry-based approach to teaching science. We are interested in the following research questions:1. In what ways do teachers use journals to promote student learning of science?2. What evidence of reasoning is present in the cases in respect of the use of learning journals?3. When and in which form is feedback given in journals?