Lack of confidence towards science is a major factor in the avoidance of teaching science at elementary school. This paper reports the results of a survey that asked 28 pre-service elementary teachers what they believed contributed to their confidence towards science and the teaching of science during a second year science unit where an holistic teaching/learning approach was taken. The holistic nature of the unit was based on a model that considered six major factors to be important influences on the confidence of the pre-service teacher. Using median values, and ranking from the most to least important factor influencing their confidence, the pre-service teachers identified practicum, teacher educator, pedagogical content knowledge, learning environment, assessment and reflection. Factors within pedagogical content knowledge, ranked from most to least important, were science pedagogy, science activities, children's views of science, science content knowledge and investigating scientifically. The wide variability in responses highlighted that no single factor was perceived to be a major contributor to the pre-service teachers' confidence, but rather a balanced mix was necessary. Implications for pre-service elementary science education units are discussed.

Mobile handheld devices are spreading rapidly in education. iPads, especially, are increasingly being adopted by different educational sectors, but there is currently little empirical evidence on whether, or how, they facilitate student learning. This paper reports on how iPads contributed to pre-service teachers' learning, including their learning about teaching. Case studies of eight pre-service teachers were developed based on semistructured interviews and non-participant observations to determine how they used the iPad 2 in their learning. Focus group interviews of the larger cohort were also used to support findings. It was found that iPads supported pre-service teachers' learning in four ways: developing understanding of content, developing understanding of pedagogy, staying connected, and staying organised. More broadly, iPads helped them develop a new sense of learning spaces and learning networks. Three types of obstacles to using iPads as learning tools were also identified: device limitations, time limitations, and attitudinal limitations. Based on these findings, recommendations are made for developing pedagogical best practice for the use of iPads. These recommendations are relevant to pre-service teacher education in particular but also to higher education in general.

The case for integrating generic skills in university accounting programmes is well documented in the literature, but the implementation of strategies designed to teach generic skills in the context of accounting courses has posed ongoing challenges for academics and course administrators. The imperative for generic skills in accounting programmes derives from an economic view of the role of universities, reflecting the views of government and employers who perceive graduates as economic assets to business and the economy. It is argued that the role of universities extends beyond the economic imperative to encompass a greater social and cultural role. This paper traces the historical evolution of the generic skills discourse with an emphasis on accounting and places it in the broader context of the social and economic roles of universities in an era of transformation in the sector. The generic skills discourse, however, transcends disciplinary boundaries and international borders. The new knowledge economy, emerging as a result of technological advancement, needs graduates across disciplines with flexible mindsets and transferable skill sets, capable of innovating and adapting to a dynamic work environment. Consequently, universities must develop the transferable, generic skills required by graduates to advance their careers and contribute to economic innovation and social development. The generic skills debate must, therefore, be addressed from a systemic perspective, reaching beyond national and disciplinary borders. The lessons learned from the generic skills debate in accounting have wider interdisciplinary application for university policy-makers and educators facing the challenges of a new era in higher education

<p>This paper describes the implementation of a flipped approach by two lecturers teaching different postgraduate education courses at an Australian university. Case studies, written as chronological stories, were developed with data collected from email correspondence between the two lecturers as critical friends, as well as from student feedback in the form of face-to-face discussions, online discussions, emails, mind maps, multimodal discussion boards and end-of-semester university surveys. Over a period of 2 years, both lecturers moved from an initial focus on technology and organisation to a focus on pedagogy, while coming to see themselves as (re-)designers of learning. Technologically, the need for time to select and learn to work with appropriate software emerged as a key theme. Organisationally, the need for time to plan and to identify lecturer expectations of students emerged as key themes. Pedagogically, a shift occurred towards a <em>listening pedagogy</em> on the part of the lecturers, and towards more active and engaged learning on the part of the students. It was found necessary to ensure a close fit between what to present in flipped mode, what to do in class time, and how to assess students formatively and summatively.</p>

In 2015 and 2017, we observed four pre-school centres, researching science, maths and technology pedagogy and how opportunities presented themselves for learning in outdoor settings. The purpose of this paper is to interrogate STEM practises in the early years, practices that are informed by play-based education pedagogies, to understand approaches to STEM education. The research adopted a mixed methods approach which, in addition to our observations, included a pilot survey and educator interviews. These data are brought together to examine practices of STEM education in pre-schools. We were able to view pre-school centres as places that provide varied, rich experiences for children to develop understandings of STEM. Importantly, we observed that children's STEM experiences enhance their self-belief in their ability to learn STEM, and these early years' opportunities trigger STEM appreciation and its value to everyday life. We were able to conclude from the research results that integrated STEM, particularly science and mathematics, arise through children's play and themes arising from their interests. The findings importantly highlight how different practices and pedagogies are used to support STEM learning.

THIS PAPER SUMMARISES THE reporting of early childhood (EC) research practices through a meta-analysis of 10 scholarly international EC education journals. The analysis included 506 peer-reviewed primary research articles published between 2009 and 2012 (inclusive) involving young children between the ages of birth and eight years. These were reviewed for child status within research, researcher perspective of children involved in research and respectful research culture within EC research. This review provides a broad picture of how young children are currently being involved in research and whether an ideological shift towards more participatory approaches is filtering through to EC research practice. The results indicated that for child status, 96.6 per cent of articles positioned young children in traditional roles as non-participant objects of research (64.6 per cent) and semi-participant subjects (32.0 per cent). Only 3.4 per cent of studies positioned children in inclusive, participatory roles as social actors (3.0 per cent) and co-researchers (0.4 per cent). Similarly, for researcher perspective, 70.2 per cent of articles were identified as research conducted on children, with the remaining 29.8 per cent as research with or by children. In terms of research culture, 89.7 per cent of articles were non-respectful by focusing on what children could do for the research, rather than valuing the children themselves. These results highlight a gap between rights-based EC research literature and the way in which research is being reported with young children. A new Rights-based Research Accountability Framework is presented to assist researchers in understanding how well their research upholds children's rights principles and what areas need to be addressed to transition towards more inclusive approaches.

Ideas about ethical research with young children are evolving at a rapid rate. Not only can young children participate in the informed consent process, but researchers now also recognize that the process must be meaningful for them. As part of a larger study, this article reviews children's rights and informed consent literature as the foundation for the development of a new conceptual model of meaningful early childhood informed consent. Based on this model, an 'interactive narrative' approach is presented as a means to inform 3-8 year old children about what their participation might involve, and assist them to understand and respond as research participants. For use with small groups, this narrative approach involves a storybook based on factual images related to the research project that is delivered via (re)telling. The narrative approach to informed consent is unique in its holistic design which addresses the specific needs of young children.

CHILDrEN HAVE ImmENSE CUrIoSItY, a thirst for knowledge and a questioning attitude. They are innate scientists. The challenge for early childhood educators is to fuel this curiosity through the provision of appropriate learning experiences and an engaging environment within early learning centres. This paper presents a detailed case study of how a pre-service teacher implemented forensic science as a form of scientific inquiry, in a preschool classroom for four-year-old children. Using the theme of We're going on a (forensic) bear hunt!, a series of integrated and engaging experiences was delivered that allowed the children to solve the class mystery of who left behind the (bear) footprints. This paper describes the concept, process and skills of scientific inquiry, outlines the basic principle of forensic science, provides a detailed description of the children's learning experiences, and interprets these experiences in relation to developing children's scientific inquiry skills: exploring and predicting, observing and recording, using equipment, using observation as evidence, and representing and communicating. It also illustrates how young children can readily engage in inquiry-based learning; educators, however, must provide the opportunities and support to stimulate this learning. In summary, the paper argues that a complex topic such as forensic science can be successfully implemented with young children, highlighting the competence of these children.