The experiments described in this thesis tested whether encouraging the use of self-regulatory learning strategies enhances the effectiveness of autonomous study for novices in a learning domain. Previous research and theory have suggested that high-achieving students are proficient at self-regulating their learning, and they do so using a range of learning strategies for planning their study, monitoring the effectiveness of their efforts and elaborating their knowledge. Information processing theories of instructional design suggest that learning is optimal when working memory load is managed effectively. Accordingly, methods have been devised for reducing load associated with unnecessary task requirements, as well as dedicating additional capacity to the construction and automation of knowledge schemas. Less is known, however, about instructional methods for encouraging self-regulatory learning strategies. Experiments 1, 2 and 4 examined the effect of encouraging participants to reflect on their understanding of topics they had been taught previously. Although these participants were able to accurately estimate their level of understanding in some situations, they failed to consistently use this knowledge to guide their study of topics they had previously understood poorly. In light of this finding, Experiments 3 and 5 examined the effect of encouraging participants to plan a free study period, with the direction to prioritise the topics that they had understood the least well. This intervention had a modest positive effect on post-test performance. Experiment 6 examined the effect of encouraging two elaborative strategies, namely explanation generation and summarisation. The former benefited performance, whereas the effectiveness of the latter depended on the comprehensiveness of the summaries produced by the participants. Finally, Experiment 7 examined the effect of providing broad-spectrum instruction in learning strategies, with minimal requirements to engage in specific strategies. This intervention resulted in an overall benefit to performance. Overall, the results of this dissertation suggest that certain instructional aids for self-regulation yield benefits to the autonomous study by domain novices without overburdening working memory.

Pourquoi tant d'élèves fréquentant l'enseignement primaire éprouvent-ils des difficultés à résoudre des problèmes mathématiques ? Même lorsqu'ils maîtrisent l'ensemble des connaissances disciplinaires requises, ils échouent fréquemment à la résolution. Selon nous, c'est le caractère complexe des résolutions, exprimé par la nécessité de sélectionner et combiner diverses connaissances disciplinaires, qui génère ces difficultés. Nous proposons dès lors que les stratégies d'autorégulation de détermination du but, de planification, de contrôle et de régulation, issues des paradigmes de la métacognition et de l'apprentissage autorégulé, permettent de remédier à ce caractère de complexité. Nous présentons ces diverses stratégies, et les cadres dans lesquels ils ont été développés. Nous argumentons l'action qu'ils opèrent en diminuant la charge cognitive de l'activité à tout moment de la résolution, et présentons l'état de la littérature quant à leur développement et à leur lien à la performance scolaire. Nous décrivons ensuite diverses études menées afin d'informer la structure, le fonctionnement, le développement, la méthodologie de récolte de données et les liens à la performance à ce type d'activités.

Pourquoi tant d'élèves fréquentant l'enseignement primaire éprouvent-ils des difficultés à résoudre des problèmes mathématiques ? Même lorsqu'ils maîtrisent l'ensemble des connaissances disciplinaires requises, ils échouent fréquemment à la résolution. Selon nous, c'est le caractère complexe des résolutions, exprimé par la nécessité de sélectionner et combiner diverses connaissances disciplinaires, qui génère ces difficultés. Nous proposons dès lors que les stratégies d'autorégulation de détermination du but, de planification, de contrôle et de régulation, issues des paradigmes de la métacognition et de l'apprentissage autorégulé, permettent de remédier à ce caractère de complexité. Nous présentons ces diverses stratégies, et les cadres dans lesquels ils ont été développés. Nous argumentons l'action qu'ils opèrent en diminuant la charge cognitive de l'activité à tout moment de la résolution, et présentons l'état de la littérature quant à leur développement et à leur lien à la performance scolaire. Nous décrivons ensuite diverses études menées afin d'informer la structure, le fonctionnement, le développement, la méthodologie de récolte de données et les liens à la performance à ce type d'activités.

In einer Längsschnittstudie mit 215 Schülern der achten Klasse wurde der Zusammenhang zwischen selbstgesteuertem Lernen, motivationalen (Zielorientierungen, Selbstwirksamkeit, schulischer Affekt) und kognitiven Variablen (Intelligenz) sowie Leistungsindikatoren (Schulleistung, Noten) erhoben. Selbstgesteuertes Lernen wurde mit Hilfe eines strukturierten Interviews (Zimmerman, 1986) und eines Lernstrategie-Fragebogens erfasst. Zum einen zeigte sich, dass die Lernstrategie-Angaben im Interview und im Fragebogen in keiner bedeutsamen Beziehung zueinander standen. Zum anderen ergaben sich deutliche Unterschiede in der Vorhersage der Leistungsindikatoren. Die per Interview erfassten Lernstrategien besaßen sowohl Vorhersagekraft bezüglich Schulnoten und Schulleistung und zeigten signifikante Zusammenhänge zu den individuellen Zielorientierungen, dem schulischen Affekt und der Selbstwirksamkeit. Darüber hinaus konnten Leistungsveränderungen von der achten zur neunten Klasse vorhergesagt werden. Der parallel eingesetzte Lernstrategie-Fragebogen leistete im Vergleich dazu keine Erklärung der Leistungsvarianz. Implikationen für die Diagnostik selbstgesteuerten Lernens werden diskutiert. / This longitudinal study examined relationships between self-regulated learning, motivational orientations, self-efficacy and academic performance in a sample of 215 8th-graders. Self-regulated learning was assessed with both a German adaptation of the Self-Regulated Learning Interview (Zimmerman & Martinez-Pons, 1986) and a learning strategy questionnaire. Results indicated that strategies students reported in the interview were nearly 0-correlated with their answers in the questionnaire. Questionnaire scores did not predict changes in grades and achievement test scores over one year, but learning strategies assessed with the interview did. Further deep-processing strategies were positively related with self-efficacy and task-orientation. Implications for the assessment of self-regulated learning are discussed. <br><br> ---- <br>Anmerkung:<br> Die Autorin ist Trägerin des von der Universitätsgesellschaft Potsdam e.V. vergebenen Wissenschaftspreises zur Förderung des wissenschaftlichen Nachwuchses für die beste Dissertation des Jahres 2003/2004 an der Universität Potsdam.

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 aim of this thesis is to explore a brand new learning activity named Mission-based Learning (MBL), which is based on the Complex Problem Learning. Two research objectives are to develop the designing principles for MBL and to analyze the relationship among entrepreneurship, learning strategy and performance while learners participating Mission-based learning activities in groups. According to the concept of ARCS model proposed by Keller, we developed six designing principles for MBL activities; they are (1) Commitment (2) Risk-taking (3) Persistence (4) Positive Self-talk (5) Self-reflection and (6)_ Self-improvement. According to the designing principles we developed, we designed and conducted two real MBL activities, ¡§Searching and Backtracking of Chinese Family Names¡¨ and ¡§Unified Invoice¡¨ using the K12 digital school (http://ds.k12.edu.tw/). We adopted all the student groups that participated MBL activities from the beginning to the end as valid samples. Then we took the whole participated groups as valid samples and analyzed their narratives by content analysis. We explored the relationship among entrepreneurship, learning strategy and performance for groups participating in Mission-based learning activities. Our study has found that the participated groups with competitive aggressiveness would favore adopting action control as learning strategy in doing the two MBL activities. We also found that the participated groups with higher competitive aggressiveness would have a higher performance in two MBL activities. Moreover, we found that the relationship between learning strategy and performance would be affected by different orientations of MBL activities. The participated groups with good adaptation of information-processing strategy will show a higher performance in knowledge-deep oriented MBL activities. And the participated groups with good adaptation of action control strategy will show a higher performance in knowledge-wide oriented MBL activities. To effectively applying MBL activity, some suggestions are provided for teachers. (1) Participating groups should be well-informed the meaning and spirit of MBL activities before their participation. (2) All groups should be working independently and autonomously by minimizing teacher¡¦s intervention. (3) In order to strengthen the action control strategies of participated groups, adequate psychological scaffolding should be provided by teachers during groups participated in MBL.

The purposes of this study are to investigate how mathematics achievement can be explained in terms of motivational beliefs (intrinsic goal orientation, extrinsic goal orientation, task value, control and learning beliefs, self efficacy for learning and performance and test anxiety), self-regulated learning components (cognitive strategy use and self-regulation), gender and school types and to determine the differences between two gender (girls and boys) and two school types (public schools and private schools) with respect to the variables above in the subject domain of mathematics. The study was conducted in Istanbul and Ankara, two largest cities of Turkey, with 577 seventh-grade students (274 boys, 303 girls) from nine private and public schools. Motivated Strategies for Learning Questionnaire (MSLQ) and Mathematics Achievement Test (MAT) were used. By using Linear Stepwise Regression and MANOVA, respectively, the results indicated that (1) The combined effect of three predictor variables (school type, self-efficacy and intrinsic goal orientation) on students&rsquo / mathematics achievement was significant. Boys&rsquo / mathematics achievement at public schools was significantly affected by extrinsic goal orientation and cognitive strategy use whereas self-efficacy and intrinsic goal orientation were two predictors for boys at private schools. Girls&rsquo / mathematics achievement both at public and private schools was significantly affected by self-efficacy. (2) There was no statistically significant mean difference between girls and boys with respect to task value, self-efficacy and test anxiety. Also, there was no statistically significant mean difference between public schools and private schools with respect to extrinsic goal orientation, task value, self efficacy and self-regulation.

This research described and analyzed teachers’ perceptions of technology as a catalyst for stimulating classroom constructivist practices. The teachers were located at multiple schools in one Florida county. The teachers were selected based on participation in the Education through Dynamic Global Experiences (EDGE) program. This One-to- One program provides one laptop for every classroom teacher and student. The most frequent ideas in the literature fell into three sections. First is the need to integrate technology as part of the curricula and use constructivism as a theoretical framework for technology integration. The second relates to the best practices of incorporating classroom technology driven by constructivist theory and Self-Regulated Learning (SRL). The third describes one county’s EDGE program and related literature. Two focus groups gathered information from teachers with various levels of classroom and EDGE experience regarding perceptions of a One-to-One classroom. Teachers were surveyed regarding perceptions of processes of using technology as a catalyst for constructivist practices, changing teaching and learning, teaching style, and curriculum content delivery. Conclusion: Data collected from teacher surveys and focus groups support the premise that “Elementary teacher’s perceptions of technology as a catalyst for constructivist practices in the classroom” is valid. This conclusion was demonstrated by evaluating teacher perceptions, patterns of experiences, and the emergence of constructivist instructional practices when technology is infused in the curriculum. The major recurring themes supported a constructivist culture that was: collaborative and independent, receptive to individuals and valued their relationships, replete with opportunities for distributed leadership, interconnected with integrated technology, populated with highly engaged and motivated individuals, self-sustaining, safe and nonjudgmental, vision driven, built on authentic assessment and curriculum, and evolving at the speed of technology. Implications follow: 1. Technology can be used as a catalyst for classroom constructivist practices 2. Teachers believe that technology supports increasing standardized test scores. 3. Training in constructivism promotes use of technology by teachers and speeds changing teaching pedagogy into constructivist practices. 4. Teachers’ perceptions are important in changing pedagogy toward constructivism. 5. School administration must support classroom technology and constructivist teaching 6. Students and teachers can collaborate in designing, developing, and implementing their learning experiences and students can actually take control of their learning experiences.

This research was undertaken to determine the influence of a video class system on the strategic teaching and learning of school mathematics. A literature investigation served as a frame of reference for the planning, execution and assessment of the empirical investigation. Some of the approaches which have the greatest influence on the learning of school mathematics, namely the behaviourist, cognitive and constructivist approaches, are described and, where necessary, critically assessed. Factors which influence the learning of school mathematics are discussed in an interrelated manner and are used to identify the features of the strategic learning of school mathematics. It is then attempted to determine how teaching should take place to enable the strategic learning of school mathematics. To reach this objective, different approaches to the teaching of mathematics are discussed, based on approaches to the learning of mathematics, and the influence of these on the teaching of school mathematics is determined, based on the literature investigation. Different factors which influence the teaching of mathematics are identified and used to describe the characteristics of the effective teacher, who teaches mathematics for the strategic learning of the subject. The empirical investigation involved a quantitative as well as a qualitative investigation. In the quantitative investigation an actual experimental design with a pre-test and post-tests was used. Video recordings were made with one experimental group (video recording class) and delivered (played back) with another experimental group (video delivery class). The control group received conventional mathematics teaching. A quantitative field investigation was undertaken by means of an adapted LASSI-HS to establish the influence of the video class system used in the investigation on the study and learning strategies of the learners. In this way the influence on the strategic learning of mathematics could be determined. At the same time the influence of the video class system on the mathematics performance of the learners was established, in order to determine the extent of success of the use of the video class system. A qualitative investigation by means of an observation schedule, together with the analysis of video recordings of mathematics lessons, was used to determine the influence of the video class system on the teaching of mathematics. The video class system did not have a negative or a positive influence on the performance of either the video recording classes, the video delivery classes or the control classes of the schools who participated in the research. Neither did the video class system have a positive or a negative influence on the use of learning and study strategies (concerning mathematics) of the different class groups who participated in the research. That means that the video class system did not negatively influence strategic learning in learners who may use it. / Thesis (Ph.D. (Education))--Potchefstroom University for Christian Higher Education, 2003

This research was undertaken to determine the influence of a video class system on the strategic teaching and learning of school mathematics. A literature investigation served as a frame of reference for the planning, execution and assessment of the empirical investigation. Some of the approaches which have the greatest influence on the learning of school mathematics, namely the behaviourist, cognitive and constructivist approaches, are described and, where necessary, critically assessed. Factors which influence the learning of school mathematics are discussed in an interrelated manner and are used to identify the features of the strategic learning of school mathematics. It is then attempted to determine how teaching should take place to enable the strategic learning of school mathematics. To reach this objective, different approaches to the teaching of mathematics are discussed, based on approaches to the learning of mathematics, and the influence of these on the teaching of school mathematics is determined, based on the literature investigation. Different factors which influence the teaching of mathematics are identified and used to describe the characteristics of the effective teacher, who teaches mathematics for the strategic learning of the subject. The empirical investigation involved a quantitative as well as a qualitative investigation. In the quantitative investigation an actual experimental design with a pre-test and post-tests was used. Video recordings were made with one experimental group (video recording class) and delivered (played back) with another experimental group (video delivery class). The control group received conventional mathematics teaching. A quantitative field investigation was undertaken by means of an adapted LASSI-HS to establish the influence of the video class system used in the investigation on the study and learning strategies of the learners. In this way the influence on the strategic learning of mathematics could be determined. At the same time the influence of the video class system on the mathematics performance of the learners was established, in order to determine the extent of success of the use of the video class system. A qualitative investigation by means of an observation schedule, together with the analysis of video recordings of mathematics lessons, was used to determine the influence of the video class system on the teaching of mathematics. The video class system did not have a negative or a positive influence on the performance of either the video recording classes, the video delivery classes or the control classes of the schools who participated in the research. Neither did the video class system have a positive or a negative influence on the use of learning and study strategies (concerning mathematics) of the different class groups who participated in the research. That means that the video class system did not negatively influence strategic learning in learners who may use it. / Thesis (Ph.D. (Education))--Potchefstroom University for Christian Higher Education, 2003