Towards a theory and practice of policy engagement : higher education research policy in the making

Academic engagement with higher education research policy in Australia, and with education policy more generally, is in crisis. This time around, it is not just that our theoretical tools are blunt and irrelevant (Ball 1990), so are our politics. It seems our attention has been so consumed by ‘what is policy’ (Ball 1994a) and with challenging its claims to authority, that we have missed or ignored imperatives to engage with its production. Even though some have attempted contributions, for the most part we have been ‘coerced into an era of cooperation’. Getting ourselves out of this mess will take more than just better theories and new politics. It will require a degree of cooperation, to advance a theory and practice of policy engagement and to re-establish a field of education that resists the tendency to fragment and/or the temptation to defend itself ‘against’ policy. In this paper I attempt an assessment of where we are theoretically and politically with regard to education policy and where we need to look to find new forms of policy engagement. By way of illustration, I draw on examples from AARE (the Australian Association for Research in Education) and the Australian RQF (Research Quality Framework) although the analysis is by no means restricted to these.

Chemical education research

Every field of knowledge has two aspects: a practice component, and research into the advancement of the discipline. Chemical education is the same. Chemical education research (CER) aims to evaluate improvements and innovation in practice and also investigate how students learn chemistry. Examples illustrate the scope of CER, with analogies to better well-known examples of research in chemistry.

One recurring theme in chemical education is the improvement of existing laboratory exercises, the development of new laboratory exercises, and the testing of the activities to ensure their scientific validity and robustness, and finally evaluation and feedback to assess the effectiveness of the experiment by students and teaching staff.

Another active area of research is the analysis of curriculum in terms of logical versus psychological progressions of topics order, and trials on better sequences of topics for better outcomes.

have lead to advances in chemistry, with microwave-assisted synthesis, microfluidic devices, and better spectrometers to name just a few. So too, advances in technology have changed the practice of chemical education.

Other CER has examined new uses for mobile phones, using podcasts to enhance lectures, as flashcards, or to access chemistry resources, student-created videos and photo blogs, and other advances in technology.

Yet another area of CER is in the development and validation of these survey instruments.

Research is about collecting proof to support or refute a hypothesis. Chemical education research is no different. Chemical education seeks to improve the learning of chemical science. Chemical education research collects data to evaluate whether a particular course of action is good or bad for learning.

Presidential address : culture and the future of education research

Recent changes in higher education have confronted education research with a conundrum: how our traditionally multidisciplinary field can refine itself as a unified discipline. In this address I sketch out what this conundrum may mean for education research, both substantively and methodologically, in the future. I propose that one starting point is for education researchers to consider what unites rather than divides us. One common, unifying conceptual concern is with the operation of culture/s in educational settings. I use the narratives of two teachers from different places and times to illustrate how culture analysis can be a fruitful tool for understanding the experience and practice of Education. In my conclusion, I extend the theme of culture to education research itself. I suggest that the challenge of disciplinary identity confronting education research requires a culture change in the modus operandi of our practice, and that this will involve an articulated focus on methodological pluralism, interdisciplinarity, and the use of new modes of communication as key unifying elements of the discipline of education research.

Graduate students lend their voices : reflections on the 10th seminar in health and environmental education research

Graduate students were invited by their faculty advisors to attend the 10
th Seminar in Health and Environmental Education Research. Afterward, they were encouraged to comment on their experiences, involvement, and positioning. Two main authors developed survey questions and retrieved, analyzed, and synthesized the responses of four other graduate students. The overall experience of attending an invitational research seminar evoked various ideas about graduate students’ present and future roles in research communities.

Within/against: feminist theory as praxis in higher education research

This chapter will explore how different feminist theories and theorists have informed what counts as research, what is defined as a research issue, and methodological approaches to research in higher education. It will consider the theoretical and methodological tools feminist academics have mobilized in order to develop more powerful explanations of how gender and other forms of difference work in the relation to the positioning of the individual, higher education and the nation state within globalized economies. It pays particular regard to the feminist political project of social justice.

Autoethnography: introducing 'I' into medical education research

Context: Autoethnography is a methodology that allows clinician-educators to research their own cultures, sharing insights about their own teaching and learning journeys in ways that will resonate with others. There are few examples of autoethnographic research in medical education, and many areas would benefit from this methodology to help improve understanding of, for example, teacher-learner interactions, transitions and interprofessional development. Objectives: We wish to share this methodology so that others may consider it in their own education environments as a viable qualitative research approach to gain new insights and understandings. Methods: This paper introduces autoethnography, discusses important considerations in terms of data collection and analysis, explores ethical aspects of writing about others and considers the benefits and limitations of conducting research that includes self. Results: Autoethnography allows medical educators to increasingly engage in self-reflective narration while analysing their own cultural biographies. It moves beyond simple autobiography through the inclusion of other voices and the analytical examination of the relationships between self and others. Autoethnography has achieved its goal if it results in new insights and improvements in personal teaching practices, and if it promotes broader reflection amongst readers about their own teaching and learning environments. Conclusions: Researchers should consider autoethnography as an important methodology to help advance our understanding of the culture and practices of medical education. Discuss ideas arising from the article at www.mededuc.com discuss. © 2015 John Wiley

The Development of Science Education Research in Brazil and Contributions from the History and Philosophy of Science

Over the last 50 years a new research area, science education research, has arisen and undergone singular development worldwide. In the specific case of Brazil, research in science education first appeared systematically 40 years ago, as a consequence of an overall renovation in the field of science education. This evolution was also related to the political events taking place in the country. We will use the theoretical work of Rene Kaes on the development of groups and institutions as a basis for our discussion of the most important aspects that have helped the area of science education research develop into an institution and kept it operating as such. The growth of this area of research can be divided into three phases: The first was related to its beginning and early configurations; the second consisted of a process of consolidation of this institution; and the third consists of more recent developments, characterised by a multiplicity of research lines and corresponding challenges to be faced. In particular, we will analyse the special contributions to this study gleaned from the field known as the history and philosophy of science.

Capacity Building through education, research and collaboration: AFRICA BUILD, an eHealth Case Study

AFRICA BUILD (AB) is a Coordination Action project under the 7th European Framework Programme having the aim of improving the capacities for health research and education in Africa through Information and Communication Technologies (ICT). This project, started in 2012, has promoted health research, education and evidence-based practice in Africa through the creation of centers of excellence, by using ICT,?know-how?, eLearning and knowledge sharing, through Web-enabled virtual communities.

Development of procedures for assessing the impact of vocational education research and development on vocational education (Project IMPACT).

Funding agreement no.: R-31-20-X-0141-166.

Education Research Library.

Mode of access: Internet.