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The teaching practices of English reading in Indonesia provide limited opportunities for students to engage actively with texts to foster comprehension. Teaching reading through the use of self-questioning strategy has been shown to be an effective approach to improve students’ levels of questioning that promotes reading comprehension. However, for this to occur, teachers need a more effective self-questioning strategy to use it with their students. This study investigates the development of teachers’ and students’ self-questioning strategy use, the challenges faced by teachers, and the assistance that they need to implement it. The effects of the implementation of self-questioning strategy on students’ skills in generating questions about English passages are also examined. This study was conducted in Samarinda, the capital of East Kalimantan, Indonesia, where English is a foreign language to Indonesian speakers. Three teachers and their Grade 11 classes from three different secondary schools participated in a multiple-site case study which was employed to generate rich explanatory data across sites. Data were gathered from both teachers and students in the form of observations, field-notes, interviews and reflective journals. Audio and video recordings of classes and teaching of English reading were used to support the data collection. The teachers were subsequently trained in a workshop in the use of self-questioning strategy with guidelines for the use of different levels of questions based on Bloom’s taxonomy. The teachers then implemented the self-questioning strategy with students in their classrooms. Two levels of analysis were applied in this multiple-site case study. Within site study analysis involved organising the data to search for patterns for each site. Across-site study analysis was then applied to generate themes, knowledge, concepts, and connections between variables and across the study sites before triangulation with other sources of data was undertaken to draw conclusions. The findings from this study show that teachers relied on textbooks for pedagogies for teaching reading and for the kinds of questions they asked to assist in reading comprehension. This meant that both teachers and students were exposed mainly to low level questions. Thus, they faced challenges in generating high level questions in these conditions, and required assistance in order to do this. The results reveal that both teachers and students perceived that they gained benefits from the application of the self-questioning strategy. Some factors that contributed to the effectiveness of the implementation of the self-questioning strategy in this EFL context were teachers’ knowledge and confidence, the abilities of students, the nature of the class, the supportive learning environment, and sufficient time for implementation. The implications for future research included the need to examine the self-questioning strategy in a longitudinal study, and the need to focus on students’ understanding and transfer of learning to other contexts. More generally, this study shows that the self-questioning strategy can be implemented effectively in reading lessons in Grade 11 classes in an Indonesian context. The findings of the study reveal that as well as improving teachers’ and students’ abilities to generate questions about English passages, the use of self-questioning also promotes the development of a more learner-centred approach in EFL and assists teachers to ask questions in their classrooms that go beyond those provided in the textbooks. The findings suggest that research in self-questioning strategy needs to be expanded and continued because this study has shown the potential of the strategy to enhance students’ engagement in learning and potentially to foster improvements in reading comprehension.

Students of chemistry encounter difficulties due to its abstract nature and the need to understand and communicate its concepts on macro, submicro, and symbolic levels using a range of representations and representational modes. Research suggests that when students are required to use multiple representations they have difficulties in understanding individual representations and in negotiating meaning through their use. This study sought to address these issues through the application of digital technologies. The main areas of research that provided a theoretical framework for this study were multiple representations in chemistry education and writing-to-learn in science. Other research in these areas has suggested that a better understanding of multiple representations might enhance students’ chemical literacy; however, limited research has investigated the impact of using digital technologies to create multimodal texts on students’ learning in chemistry, particularly the development of students’ skills in generating and integrating multiple representations. Until recently, much of the writing-to-learn research has focused on written composition. The knowledge-transforming model was proposed by Bereiter and Scardamalia (1987) to explain the influence of written composition on knowledge construction. However, having been developed prior to the time when students had ready access to digital technologies and a consequent capacity to create multimedia and digital texts, this model does not account for the production of such multimodal texts. This study examined the effect of learning experiences that utilised digital technologies to support students in using multiple representations and through writing-to-learn activities to create multimodal texts on learning outcomes in chemistry. The study was conducted in a metropolitan public co-educational high school in Queensland, Australia. Two Year 11 chemistry classes participated in the study, which was conducted in the first term of a 2-year course in which students learn chemistry as a separate discipline. The study consisted of a pilot study and an intervention study with two phases. The pilot study was used to trial the learning activities and data collection instruments and to gain an insight into instructional approaches that might be appropriate for the study. Phase 1 of the intervention study employed a pretest–posttest design. In this phase, students learned about chemical bonding and structure and their effects on the properties and behaviours of different materials. They also learned about the multiple representations used to understand and communicate about chemical bonding and structure. Within a modified crossover design, Phase 2 of the study employed mixed methods to compare the effects on learning outcomes when they created two different scientific texts: a digital poster and a laboratory report. Both text types required students to integrate multiple representations to report on their learning during laboratory investigations. These text types were chosen because they are commonly used by scientists to communicate their experimental findings. In Phase 1, students engaged in computer-based inquiries using both molecular modelling and simulation software to investigate phenomena such as intra- and inter-molecular bonding and their effects on properties, the differences between various types of bonds, the multiple representations used to describe and investigate bonding and structure, and to present their understanding to others. In Phase 2, students used a range of scaffolding resources to design and carry out two inquiries about the chemistry of biomaterials. In the first inquiry, students made and compared the properties of two different bioplastic films; in the second, students compared the relative fermentation rates of a range of carbohydrates. In both inquiries, students were required to report their findings and explain them on the submicro level using appropriate representations. Scaffolds included Science Writing Heuristics, which explicitly required students to consider which multiple representations would support their claims and explanations of data; digital resources for selecting, modifying, or creating representations; and genre templates. Pretest–posttest comparisons for both phases showed that the instructional approaches and resources used were effective for enhancing students’ learning outcomes. In all comparisons, the posttest performances were significantly higher. In the first phase, several of the identified alternative or missing conceptions about chemical bonding were effectively addressed, and in both phases, students’ conceptual understanding and their representational competencies were enhanced. The pretest–posttest comparisons for Phase 2 suggested that creating a diversified text – a digital poster – for explaining experimental results is at least as effective for enhancing understanding and representational competencies as creating a more traditional laboratory report. Other data were analysed to gain an insight into how or why the instructional strategies and resources used might have been effective. The student interviews revealed a number of advantages of using digital technologies, including promotion of higher order thinking, enhanced motivation and interest, the capacity of digital technologies to support and enhance visualisation, and the production of multiple representations in multiple modes. Students suggested that the digital resources allowed them to make links between macroscopic, molecular, and symbolic levels and to include a range of representations in their explanations. The evaluation questionnaire revealed similar trends. Analysis of the students’ texts suggested that the approaches used in Phase 2 were effective in supporting students’ content and rhetorical problem solving and the interactions between the two. Students utilised a range of representations, particularly structural diagrams, when making explanations of their macroscopic data on the submicro level. This study has implications for the instructional approaches used by chemistry teachers because it showed that integrating digital technologies into learning environments is effective when introducing students to the multiple representations used in chemistry and in the development of students’ chemical literacies. It also contributes to writing-to-learn research by focusing on multimodal communication and the benefits of creating multimodal texts for presenting, organising, and explaining data, and for representing knowledge. Significant findings of the study relate to the importance of digital technologies in generating multimodal texts and representations for instruction, scaffolding, and in student-centred inquiry-based learning. Further research might focus on the use of such resources for addressing other commonly identified alternative conceptions, the creation of other multimodal text types, the use of other digital technologies or authoring tools, or on the development of teachers’ technological pedagogical content knowledge, which is required for effective classroom implementation of these resources and strategies.

Abstract Ph.D. Thesis School of Education, The University of Queensland Ira Hal Seidenstein What is the nature of embodied practice, creativity and integral learning in Professional Learning for Acting (PLA) in Australia? An overall purpose of the research and thesis is to bring illumination to a lively heterodoxy in PLA. Heterodoxy is Pierre Bourdieu‘s definition of new or alternative influences in a field. The heterodoxy in PLA now has a rich body of techniques, principles, and knowledge to revitalize the field and environment of PLA. The research and thesis encounter the complexity of Professional Learning in Acting to understand the potential of new paradigms. To locate the context of the research, Bourdieu‘s Social Theory of Education related to his definition of culture and fields as dependent on doxa - and legitimacy - have provided the semiotics for the research. The body of the research and data collection was via ethnography and a primary practice of participant-observation. An inter-connected trilogy of topics was selected as priority issues in the field of PLA. The trilogy is: Embodied Practice, Creativity, and Integral Learning. The three areas have been often developed separately, initially stemming from theorist-practitioners Konstantin Stanislavsky and Jacques Copeau in the early twentieth-century. Since that time, biomechanical research and understanding in the scope of creativity to the mind-body continuum has blossomed in other fields. Yet the frameworks for dialogue with issues related to social theory in education are based on utilitarian, industrial, didactic, and Cartesian semiotics, so that little discussion integrates the complexity of, for example, the trilogy focus of the research. Marranca, founder and editor of Performing Arts Journal since 1976, has critiqued performing arts education where PLA is located. A central criticism she offers is this, ―At its core theatre study lacks sustained intellectual rigor and breadth‖ (Marranca, 1995, p. 1). This concern for the intellectual encounter may be engaged through Embodied Practices, Creativity, and Integral Learning. Some recent developments into complex encounters includes research into Vygotsky‘s value for adult education and creativity (John-Steiner & Moran, 2002), and research into consciousness paradigms for PLA reveal new potentialities into PLA (Meyer-Dinkgrafë, 2001; Yarrow 2002). Complexity science can be used to iii create such paradigms in PLA or in Education (Davis, 2004; Davis, Sumara, & Luce-Kapler, 2000; Morowitz, 2002; Wolfram, 2002) There is a body of research, techniques and knowledge that brings together East and West theatre and acting practices. This body of information is generally outside the perimeter of curriculum in Professional Learning for Acting. The knowledge has been gathered by the luminaries of acting, yet it is rarely allowed legitimacy in academia, in practice. The East-West practices may allow for greater embodied learning as they make use of integral body-mind practices. The research had quite physical, active levels of participation-observation components in the three Case Studies that dealt with a nationally accredited course in acting, an independent actor/artist in the process of creating a performance, and an established professional acting company. The participant-observation took place within ten theatre productions, extensive physical, and vocal training, performances, and touring.

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This thesis investigates the ways in which higher education in Africa has been construing its mission for Africa’s development and how such constructions are shaped by particular global regimes of knowledge on development. The thesis unpacks the ways in which such regimes are deployed using specific technologies: neo-liberal precepts on economic development. To that end, I pose a set of questions which can be summarized in these two: How has higher education in Africa discursively construed Africa’s experiences? Second, in which terms such constructions have helped responding to Africa’s problems of development? Taking Mozambican higher education as a unit of analysis, I used postcolonial theory to unsettle neo-liberal regimes of development and to show how contingent they are. Methodologically, a historical critique was carried out to historize neo-liberal globalization as a contingent process and to understand multiple possibilities of construing Africa’s experiences. My data consisted of texts discussing ways in which Africa is discursively understood by both, African and Western scholarship, higher education policy in Mozambique, interviews with senior administrators of some Mozambican higher education institutions and text materials from higher education institutions’ websites in Mozambique. The findings suggest that, on the one hand, constructions of Africa as being in crisis are not new. In fact, for centuries Africa has always been a subject of knowledge from which the West constructs its differences. It is from such differences that the West assumed a civilizing mission in order to integrate African peoples in the world order. On the other hand, African scholars’ responses to Western constructions of Africa’s experiences end up building another crisis at the theoretical level: the difficulties of thinking effectively on Africa so as to solve its problems. The second finding is that Mozambican higher education’s responses to the crisis have been marked by a development agenda within the broader context of Mozambique’s history from late the 1970s onwards: first, within the socialist model of central planning economy and, second, within the international agenda of global neo-liberal market economy. My analysis suggests that both development practices reflect, to some extent, continuities of colonial regimes of development which did not take into account the contextualities of the colonized. Finally, my investigation found that higher education institutions in Mozambique are responding to development challenges based on very technological conceptions of development following global trends. The thesis contends that an engagement with the ethics of knowledge and development would lead to a development model more preoccupied with the social contexts beyond market rationalities.

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