This study is a response to shifts in literacy education produced by the new affordances of multimodal texts and changing social dynamics as a consequence of an increasingly digitised, networked communications environment. Acknowledging the powerful influence of the teacher on student outcomes, the study involved intervention in teacher professional learning as a means for influencing print based literacy pedagogy to incorporate multimodality literacy practices. This study is a case study of the professional learning of four teachers of primary school students over the course of eight months in a workplace based research project instigated by the researcher in her role reviewing early years literacy policy, programs and resources within the Department of Education, Victoria. Professional learning interventions deployed within a participatory action research methodology were found to be efficacious in involving case study teachers as researchers of their own practice and in enhancing teachers' professionalism in the operationalisation of multiliteracies. They also had the effect of impacting on professional knowledge, practice and identity. The study indicates that schemas emanating from the New London Group's multiliteracies theory acted as stimuli for expanding teacher repertoires of multimodality pedagogies, thereby addressing disjunctures between digitised multimodal literacy and the existing print based literacy pedagogical knowledge. The deployment of a 'multimodal schema' influenced teachers to expand the modes of meaning taught as literacy meaning-making resources. Deployment of a 'pedagogical knowledge processes schema' influenced teachers' reflective practices resulting in more knowing and purposeful pedagogical practices. Used as an analytical tool, a 'dimensions of meaning schema' also illustrated patterns in teachers' choices, revealing an arbitrary character in the development of a metalanguage for different modes of meaning making. Recommendations arising from the study addressed the areas of educational consultancy; educational filming; literacy policy development; multimodality; pedagogical knowledge processes; and participatory action research methodology. Future research agendas indicated by the findings were presented.

Thesis advisor: Laura M. O'Dwyer / Youth civic participation is at alarmingly low levels. In 2014, nearly 80% of eligible 18-29 year-olds did not vote in the midterm election (CIRCLE, 2014). Other forms of civic engagement are also at starkly low levels: less than one in ten 18-29 year-olds report contacting a public official, boycotting a product, or frequently expressing political opinions on the internet (U.S. Census Bureau, 2014). Historically, schools have been tasked with preparing students with the knowledge and skills to be active democratic citizens. However, few studies have examined the role of teachers in fostering students' civic knowledge and skills. This study used data from the 2010 National Assessment of Educational Progress (NAEP) 8th grade civics assessment to analyze the relationships between teacher participation in professional learning, use of interactive instructional practices, and student achievement in civics. Participation in professional learning significantly predicted both interactive instruction and student achievement: a one standard deviation increase in professional learning was associated with a predicted .32 standard deviation increase in interactive instructional practices, and a predicted .045 standard deviation increase in student achievement. There was no significant difference between more traditional and communities of practice based forms of professional development in their relationships with interactive instructional practices and student civic achievement. Interactive instructional practices were also significantly associated with increases in student achievement on NAEP civics, but the effect size was small: a one standard deviation increase in interactive instruction was related to a predicted .03 standard deviation increase in student achievement. Moreover, the relationship between interactive instruction and student achievement was curvilinear; high levels of interactive instruction were associated with decreases in student achievement. The study did not find any evidence that teacher participation in professional learning increased the effectiveness of interactive instructional practices. / Thesis (PhD) — Boston College, 2015. / Submitted to: Boston College. Lynch School of Education. / Discipline: Educational Research, Measurement and Evaluation.

Literacy educators hold different beliefs about the best approaches to teach students how to read and about the reading process including a skills view of reading and learning to read versus a transactional, sociopsycholinguistic view of reading and learning to read (Weaver, 2002). Reading for understanding is an important skill to develop in students to promote overall success (Keene, 2008). When orally reading, readers occasionally say something differently than what is printed—which is called a miscue. Goodman, Martens, and Flurkey (2014) defined a miscue as “any response during oral reading that differs from what a listener would expect to hear” (p. 5). The purpose of this study was to teach a small group of fourth grade readers a process called Collaborative Retrospective Miscue Analysis, or CRMA (Costello, 1996), to help readers learn how to notice and analyze miscues during oral reading through small group collaborative discussions about their miscues and understanding during reading. In this CRMA study, the students’ teachers viewed video recorded student small group reading sessions to understand how students changed over the course of 14 weeks. A reading survey called the BIMOR, or Burke Interview Modified for Older Readers (Goodman, Watson, & Burke, 2005) was used before and after the study and student and teacher CRMA sessions were video-recorded to study what students thought about themselves as readers and keep track of changing views about reading. In addition, students orally read two different texts to determine if there were any changes in readers’ miscues over time through the use of the Miscue Analysis In-Depth Procedure Coding Form (Goodman et al., 2005). This analysis allowed a deeper understanding of the readers’ usage of the three cueing systems during reading including the syntactic (grammar) system; the semantic (meaning) system; and the graphophonic (letters and sounds) system (Goodman & Marek, 1996). As a result of the CRMA process, three themes emerged from the analysis of the data collected. Readers moved to a more meaning-based orientation to reading although the CRMA study students still employed the use of other less emphasized reading strategies such as sounding it out, using a dictionary, and asking for help. Students developed more self-efficacy as readers as they became more confident and aware of their reading process as they participated in the CRMA student sessions. Finally, teachers revalued readers through observing their students as readers with strengths, effectively using problem-solving strategies during reading, and by noticing, “what the reader’s smart brain does during the reading process” (Goodman, Martens, & Flurkey, 2014, p. 29). Implications for both classroom instruction and teacher professional learning are explored as useful applications of Collaborative Retrospective Miscue Analysis in schools and classrooms to help readers move to a more meaning-based orientation to reading and to help readers become more self-efficacious and aware of their own reading process, as well as revaluing readers.

For future generations to maximise their capability to operate within technologically driven economies, it is critical to foster computer abilities at every level of the schooling process. Teachers are central to this process. Yet, for many teachers, the need to integrate computer use in their teaching is threatening and overwhelming. This thesis argues that, given the rapid rate of technological change, skills-based approaches to computer education inadequately prepare teachers for a career of continued technological change. Effective computer education for teachers requires more than skills training. It involves changes in attitudes, values and beliefs that provide confidence for ongoing learning. Furthermore, it involves learning to adapt to change, to be flexible, intuitive and above all persistent. It requires the fostering of teachers who know how to be self-directed and independent in their computer learning, rather than those dependent on structured routines or guidelines. This thesis is the ‘story’ of an action research initiative underpinned by a belief in the importance of approaches to computer education which foster lifelong computer learning. It traces the journey of a reflexive process of change and iterative development in the teaching of an educational information technology (computer) unit to pre-service teacher education students. Over a period of three years (1999-2001) I pursued a central research question, namely: How can I develop my teaching practice to better facilitate the development of capable computer users? The research explores the distinction between a ‘competent’ and a ‘capable’ computer user and trials a range of teaching and learning approaches that aim to facilitate the development of capable computer users.From this constructivist research and teaching process a multidimensional approach to computer education emerged, founded on metacognition and reflection. This approach is demonstrated to offer many advantages over a skills-focused approach. This thesis maps the complexity of the computer learning and teaching context, arguing that simplistic approaches to teaching will produce narrow and limited learning outcomes. Rather, a holistic approach is proposed, one that moves beyond the development of computer competency toward a longer term vision of facilitating computer capability. It is argued that the role of the computer ‘teacher’ is to foster reflective awareness and develop a learning environment that can assist computer learners to become comfortable existing on the ‘edge of chaos’.This research supports previous studies which indicate the important role of computer self efficacy and the influence of factors such as perceived usefulness, anxiety, support and frequency and duration of use. However, the research also documents the unpredictable influence of these factors on individuals’ resultant approach to computers and challenges dichotomous interpretations of such factors. Appropriate attribution is also shown to be a major influence on computer capability, as are factors such as help-seeking, motivation and goal-setting, although again, these influences are non-linear. It is argued that computer capability cannot be ‘taught’ but, rather, computer educators should look to creating environments where its emergence can be facilitated. The metacognitive computer learning context developed and explored through this research is one such approach.

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In many jurisdictions, policies aimed at improving educational processes and outcomes have focused on teacher professional learning. Yet, there is a gap in research concerning teachers’ understandings of their own professional learning as it is influenced by school improvement policies. Using an interpretivist approach, this case study of two schools in Alberta and England explored teachers’ understandings of their professional learning and the ways in which policy context interacted with these understandings. The findings suggested there is significant variability in the ways that teachers construct: 1) the notion of collaboration in working with others; 2) conceptualizations of teacher knowledge; and 3) the relationship of student learning to teacher professional learning. Additionally, findings indicated that teachers actively meditated their understandings of policy in their teaching practice, suggesting that policy context is one factor needing consideration in teacher professional learning research and policy development. / Educational Administration and Leadership

For future generations to maximise their capability to operate within technologically driven economies, it is critical to foster computer abilities at every level of the schooling process. Teachers are central to this process. Yet, for many teachers, the need to integrate computer use in their teaching is threatening and overwhelming. This thesis argues that, given the rapid rate of technological change, skills-based approaches to computer education inadequately prepare teachers for a career of continued technological change. Effective computer education for teachers requires more than skills training. It involves changes in attitudes, values and beliefs that provide confidence for ongoing learning. Furthermore, it involves learning to adapt to change, to be flexible, intuitive and above all persistent. It requires the fostering of teachers who know how to be self-directed and independent in their computer learning, rather than those dependent on structured routines or guidelines. This thesis is the ‘story’ of an action research initiative underpinned by a belief in the importance of approaches to computer education which foster lifelong computer learning. It traces the journey of a reflexive process of change and iterative development in the teaching of an educational information technology (computer) unit to pre-service teacher education students. Over a period of three years (1999-2001) I pursued a central research question, namely: How can I develop my teaching practice to better facilitate the development of capable computer users? The research explores the distinction between a ‘competent’ and a ‘capable’ computer user and trials a range of teaching and learning approaches that aim to facilitate the development of capable computer users.From this constructivist research and teaching process a multidimensional approach to computer education emerged, founded on metacognition and reflection. This approach is demonstrated to offer many advantages over a skills-focused approach. This thesis maps the complexity of the computer learning and teaching context, arguing that simplistic approaches to teaching will produce narrow and limited learning outcomes. Rather, a holistic approach is proposed, one that moves beyond the development of computer competency toward a longer term vision of facilitating computer capability. It is argued that the role of the computer ‘teacher’ is to foster reflective awareness and develop a learning environment that can assist computer learners to become comfortable existing on the ‘edge of chaos’.This research supports previous studies which indicate the important role of computer self efficacy and the influence of factors such as perceived usefulness, anxiety, support and frequency and duration of use. However, the research also documents the unpredictable influence of these factors on individuals’ resultant approach to computers and challenges dichotomous interpretations of such factors. Appropriate attribution is also shown to be a major influence on computer capability, as are factors such as help-seeking, motivation and goal-setting, although again, these influences are non-linear. It is argued that computer capability cannot be ‘taught’ but, rather, computer educators should look to creating environments where its emergence can be facilitated. The metacognitive computer learning context developed and explored through this research is one such approach.

For future generations to maximise their capability to operate within technologically driven economies, it is critical to foster computer abilities at every level of the schooling process. Teachers are central to this process. Yet, for many teachers, the need to integrate computer use in their teaching is threatening and overwhelming. This thesis argues that, given the rapid rate of technological change, skills-based approaches to computer education inadequately prepare teachers for a career of continued technological change. Effective computer education for teachers requires more than skills training. It involves changes in attitudes, values and beliefs that provide confidence for ongoing learning. Furthermore, it involves learning to adapt to change, to be flexible, intuitive and above all persistent. It requires the fostering of teachers who know how to be self-directed and independent in their computer learning, rather than those dependent on structured routines or guidelines. This thesis is the ‘story’ of an action research initiative underpinned by a belief in the importance of approaches to computer education which foster lifelong computer learning. It traces the journey of a reflexive process of change and iterative development in the teaching of an educational information technology (computer) unit to pre-service teacher education students. Over a period of three years (1999-2001) I pursued a central research question, namely: How can I develop my teaching practice to better facilitate the development of capable computer users? The research explores the distinction between a ‘competent’ and a ‘capable’ computer user and trials a range of teaching and learning approaches that aim to facilitate the development of capable computer users.From this constructivist research and teaching process a multidimensional approach to computer education emerged, founded on metacognition and reflection. This approach is demonstrated to offer many advantages over a skills-focused approach. This thesis maps the complexity of the computer learning and teaching context, arguing that simplistic approaches to teaching will produce narrow and limited learning outcomes. Rather, a holistic approach is proposed, one that moves beyond the development of computer competency toward a longer term vision of facilitating computer capability. It is argued that the role of the computer ‘teacher’ is to foster reflective awareness and develop a learning environment that can assist computer learners to become comfortable existing on the ‘edge of chaos’.This research supports previous studies which indicate the important role of computer self efficacy and the influence of factors such as perceived usefulness, anxiety, support and frequency and duration of use. However, the research also documents the unpredictable influence of these factors on individuals’ resultant approach to computers and challenges dichotomous interpretations of such factors. Appropriate attribution is also shown to be a major influence on computer capability, as are factors such as help-seeking, motivation and goal-setting, although again, these influences are non-linear. It is argued that computer capability cannot be ‘taught’ but, rather, computer educators should look to creating environments where its emergence can be facilitated. The metacognitive computer learning context developed and explored through this research is one such approach.

D.Ed. / The research study focused on how teachers respond to policy demands given the challenges of rural education and dominating policy discourses and how their professional learning is shaped by these conditions and limitations. In particular I wanted to learn and document what and how teachers learn as they engage in Integrated Quality Management Systems. This study was conducted because there is an outcry of poor examinations results in some rural schools, which could be linked to poor implementation of policies. To respond to this outcry the Teacher Learning Framework which could be used by teachers was developed. The investigation into teacher learning processes when they engage in policy implementation was designed as an interpretive ethnographic study and was conducted in a disadvantaged rural primary school in Ladysmith, in KwaZulu Natal, in South Africa. The study involved five teachers and it was undertaken as an action research study in two cycles. The purpose of cycle one was to verify how teachers presented lessons in terms of policy requirements and guidelines, and authenticate how they learn in the process about their teaching, learners, themselves, and policy requirements. Lessons conducted by teachers were observed and the reflections were also made by two teachers. This was done also as a strategy to gather data. In cycle one, data revealed that teachers were not in a position to implement what they planned to implement. Teachers gave themselves time to plan for cycle two in order to improve on the shortcomings in cycle one. Teachers appeared to have prepared their lessons well, involving learners. Some teachers indicated clear lessons steps which were followed in the classroom. Even before they went to teach in class, they discussed their lessons plans which contributed to the improvement in cycle two. As a process of data gathering, five teachers were interviewed. Interviews were transcribed and analyzed. As a second level of data analysis which was towards developing the Teacher Professional Learning Framework, all the data types were visited with the aim of extracting and discovering codes and categories across data types. These codes and categories were used in a more thorough grounded analysis to formulate a Teacher Professional Learning Framework.