Practicing is an ineluctable component in the pursuit of achieving musical goals. This is particularly true in the Western model of music education that is, for the most part, characterized by private lessons or ensemble rehearsals that typically occur only once each week. How dependent is the motivation to learn music on effective practicing? Novices often abandon music education simply because “it’s too hard.” Is the frustration the result of a lack of success due to ineffective practicing? Effective practicing evolves naturally with increased musical knowledge and expertise. Overall, a musician’s development towards effective practicing may be described as the acquisition of a metacognitive awareness of one’s own learning and hence a more active participation in that learning that is characterized by self-regulatory behaviours. This research asks if guided practice at an early age might prove a catalyst in the development of effective practicing which naturally occurs with musical expertise. Over the course of an academic school year, 13 novice musicians engaged in guided practice sessions with the researcher. The participants were private piano students and young band members. Data gathered through interviews, questionnaires and video recordings of lessons and practice sessions at the musicians’ homes were analyzed within the theoretical framework of self-regulation. Data were also analyzed according to a self-system theoretical framework of expectancy-value theory, self-determination theory, attribution theory, and goal orientation. Evidence from the data suggests an increase in cognitive and metacognitive processes that characterize self-regulated learning. Musicians also indicate an increase in motivation to engage in practicing as well as greater self-efficacy in addressing musical challenges. Effective pedagogical approaches for guided practice are discussed as are implications for music education. Suggestions are made for further research.

The research presented here focused primarily on an attempt to bridge the two literatures of source memory and metameory on the topic of 'monitoring'. The contributions were two-fold: an investigation of the viability of a metacognitive judgment for SM: the judgment of source learning (JOSL), and a simultaneous investigation of the relationship of age and 'monitoring' in source memory and metacognition. In the first experiment, young participants (18-25 years of age) were asked to predict (using JOSLs) whether they would be able to discriminate between pictures that were presented to them during study, images of words they generated during study, or words they never studied in a later memory test. Participants made either immediate or delayed JOSLs (on a 0-100 scale) for each item presented during the study phase. Experiment 2 was a cross-sectional study comparing young and old adults (60-80 years of age) using a modified version of the previous task. In both experiments, intraindividual correlations of JOSLs with SM (gammas) indicated that delayed JOSLs were accurate predictors of future SM performance. There were no effects of age on gamma correlations of JOSLs with SM. Based on these results, although SM showed an age-related deficit, metacognitive predictions of SM did not show this same effect.

The ability to understand what one reads is fundamental to much school learning and is part of the school curriculum. The processes used by expert readers to comprehend text can be analysed and used as a basis for comprehension instruction. Such expert readers use particular mental strategies such as rereading, paraphrasing, and predicting, and adapt these to assist them in understanding various texts. This study investigated whether the implementation of reading comprehension strategy instruction to classes of Year 4 students would result in significant gains in metacognitive abilities, standardised reading comprehension, and reading self-efficacy. The quasi-experiment involved a treatment group of 48 students in two classes who were taught by one teacher, a treatment control group of 61 students in three classes taught by three teachers, and a non-treatment control group of 41 students taught in three composite Year 3 and Year 4 classes taught by three teachers. In total, 150 Year 4 students from eight classrooms in three suburban primary schools were involved in the study. Results from 2 x 3 analyses of variance (ANOVA) with repeated measures revealed differences between the treatment group and control groups in several aspects of reading comprehension ability. The treatment group performed significantly better than either control group on the Jacobs and Paris (1987) measure of metacognitive awareness of strategies (Index of Reading Awareness). Treatment group students were also more confident about their ability to perform tasks related to reading comprehension than one of the control groups. Though they also made greater gains in confidence than the other control group, these gains were not statistically significant. Gains in reading comprehension as measured by a standardised reading comprehension measure (Progressive Achievement Test of Reading Comprehension) were marginal in comparison to one of the control groups, and not significant in comparison to the other. Secondly, this study also investigated whether intensive teacher training would result in successful implementation of reading comprehension strategies. Teachers need to know how to model their own mental processes for students so that students can see the strategies being applied. They then need to demonstrate for students when and how to adapt the strategies to various texts. In addition, teachers need to know whether to target instruction to only the struggling readers in their classrooms, or to students of varying abilities. A two-year professional development programme was developed and implemented to assist primary school teachers with the implementation of reading comprehension strategy instruction in their classrooms. During the first year a group of 14 teachers participated, and during the second year one teacher remained to implement the programme. This teacher, who taught at the Year 4 level, was provided with additional professional development in the explicit teaching of reading comprehension strategies to her entire class of mixed ability students. Results from analysis of qualitative data indicated that the teacher had made significant progress in becoming competent in the teaching techniques needed for teaching reading comprehension strategies. These results suggested that the teacher moved from modelling process into content to being creative and inventive. By the end of the intervention, interviews conducted with the teacher and the students, as well as lesson observations and field notes, suggested that she had a good knowledge of the components of strategy instruction and was incorporating these in her classroom practice. Her students became increasingly aware of the teacher's central lesson aims regarding what she was teaching, why she was teaching it, and how it could be applied to the students' learning. The findings of the present study indicate that students of varying ability may improve their reading comprehension through instruction in reading comprehension strategies, though the marginal gains in standardised reading comprehension do not support this conclusively. Findings also indicate that a teacher can successfully be trained to implement reading comprehension strategy instruction in an entire class of mixed-ability students. Such findings have important implications for teacher and student education.

Interdisciplinary Project Work (PW) was introduced as an educational initiative in Singapore schools from primary to pre-university levels in 2000. PW was posited to (a) enhance perceptions and use of inter-subject connections in real-world problems, (b) promote knowledge application, and (c) provide a platform for the use of thinking skills. The main goal of this thesis is to explore how these objectives are inter-related with factors influencing the quality of group collaborative mathematical thinking processes and mathematical outcomes during a mathematically-based interdisciplinary project. In this study, high quality mathematical thinking processes occur when the flow of group interactions is purposefully directed towards the enhancement of mathematically accurate, logical, and reasonable outcomes. / A Sequential Explanatory Mixed Methods Design consisting of consecutive quantitative and qualitative data collection and analysis procedures was used to answer the seven research questions in the study. A researcher-designed mathematically-based interdisciplinary project was implemented over 14-15 weeks with 16 classes of students (aged 13-14) belonging to two educational streams (higher and average-ability) in three Singapore government secondary schools. No teaching intervention was administered. Six scales were developed for pre- and post-project measurements of students’ mathematical confidence, perception of the value of mathematics, and perception of the interconnectedness of mathematics (N = 398). Ten student-group cases (n = 38) were selected for further in-depth qualitative data collection procedures pertaining to the nature of mathematical knowledge application, use of metacognitive monitoring and regulatory strategies, and core thinking skills application during three tasks in the interdisciplinary project. / The findings of this study clearly demonstrate the complexities of using PW to promote holistic and connected use of knowledge. Five substantial contributions to research on interdisciplinary learning arise from the thesis:1. An empirical framework synthesising factors influencing the quality of group collaborative mathematical knowledge application processes and outcomes was developed.2. The social influence of the group member activating applications of core thinking skills and metacognitive monitoring and regulatory strategies is a mediating factor influencing the flow of cognitive-metacognitive group interactions, and therefore, the quality of collaborative mathematical knowledge application processes and outcomes.3. Leaders of high-stream groups who were socially non-dominant but mathematically active were more likely to apply a higher frequency of core thinking skills than group members in other roles (i.e., questioner, recorder, and encourager) during a mathematically-based interdisciplinary project.4. The types and complexities of mathematical knowledge and skills applied during a mathematically-based interdisciplinary project did not correspond with stream.5. Whilst students were more able to appreciate the use of mathematics for inter-subject learning after participating in a mathematically-based interdisciplinary project, their beliefs about inter-subject connections and efforts at making these connections only marginally changed.These outcomes enhance our understanding of the challenges involved in the successful use of interdisciplinary tasks with middle school students and provide focuses for future teacher facilitation of mathematical learning during interdisciplinary education.

The introduction of graphing calculators into senior secondary schools and mandating of their use in high stakes assessment makes student expertise in finding a complete graph of a function essential. This thesis investigated the cognitive, metacognitive, mathematical, and technological processes senior secondary students used in seeking a complete graph of a difficult cubic function. A pretest of function knowledge was administered to two mixed ability classes in their final two years of secondary school. Five pairs of experienced users of TI-83 or 82 graphing calculators from these classes were audio and videotaped solving a problem task. Protocols were constructed and subjected to intensive qualitative macroanalysis and microanalysis using tools developed by the researcher from Schoenfeld’s work. / The findings were: (1)all students demonstrated understanding of the local and global nature of functions and the synthesis of these in determining a complete graph; (2) a range of mathematical and graphing calculator knowledge was applied in seeking a global view of the function with their combined application being more efficient and effective; (3) an understanding of automatic range scaling features facilitated efficient finding of a global view; (4) all pairs demonstrated having a clear mental image of the function sought and the possible positions of the calculator output relative to this; (5) students were able to resolve situations involving unexpected views of the graph to determine a global view; (6) students displayed understanding of local linearity of a function; (7) when working in the graphical representation, students used the algebraic but not the numerical representation to facilitate and support their solution; (8) scale marks were used to produce more elegant solutions and facilitate identification of key function features to produce a sketch but some students misunderstood the effect of altering these; (9) pairs differed in the proportion of cognitive and metacognitive behaviours demonstrated with question asking during evaluation supporting decision making; (10) correct selection of xxi an extensive range of graphing calculator features and use of dedicated features facilitated efficient and accurate identification of coordinates of key function features.

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.

Thesis (Ph. D.)--University of Wyoming, 2006. / Title from PDF title page (viewed on Jan. 2, 2008). Includes bibliographical references (p. 115-128).

Thesis (Ph.D.)--University of Western Sydney, Nepean, 1997. / Includes appendices. Bibliography: leaves 362-391.

Thesis (M.A.)--University of Texas at El Paso, 2008. / Title from title screen. Vita. CD-ROM. Includes bibliographical references. Also available online.