This dissertation explores the concept and development of metacognitive social justice through three manuscripts. The first manuscript defines metacognitive social justice through an extensive literature review from prominent social justice scholars and theorists to find common themes that either explicitly or subtly permeate social justice content. Drawing from theory and empirical data, the first manuscript provides a foundation of this cognitive process that is relatable to all social justice scholarship, defining cognitive common ground. The themes found across the literature can be distilled to four metacognitive attributes found in "social justice thinking": (1) self-awareness through consciousness-raising, (2) value in the narratives of others, (3) awareness of unseen forces, and (4) questioning historical origins or intents. The second manuscript is a qualitative analysis of the perception of self- proclaimed social justice thinkers, exploring how they define 'social justice thinking' and the role it plays in their daily choices and decision-making. Through thoroughly coded and analyzed transcripts of one-on-one, semi-structured interviews, this manuscript explores three other emergent themes of action, discomfort and community, as a well as the need for developing social justice thinkers, and highlights significant connections to the attributes in the first manuscript. The third manuscript is a detailed description of the development of the metacognitive social justice survey for college undergraduates, a psychometric instrument designed to measure the metacognitive social justice attributes in individuals described in the theoretical manuscript. The instrument was found to be increasing in quantitative validity through two exploratory factor analyzes (EFA) with still room for improvement. Drawing on the questions developed so far, a final version of this psychometric instrument will provide a snapshot of what metacognitive social justice attributes are found in undergraduate classes and potentially to what extent. This is the first edition of the instrument, with the idea that the instrument should be ever evolving, becoming more accurate and valid, and carefully reworded for different audiences beyond college undergraduates. / Ph. D.

There is a perception among faculty at the University of Technology, Jamaica (UTech) that Industrial Technology students in the Faculty of Education and Liberal Studies (FELS-IT) have difficulty learning non-technical content due to their weak reading-comprehension skills. Reciprocal Teaching strategies have been shown to improve students reading-comprehension and learning, especially across the United States and Europe (Palincsar and Brown, 1984; Rosenshine and Meister, 1993, 1994). By means of a researcher-developed Cloze-type assessment instrument, this study investigated reciprocal teaching (Palincsar and Brown, 1984) as a possible means of addressing this perceived problem in Jamaica. A total of 133 participants were involved in the study. Specifically, the study explored empirically the existence of a reading-comprehension problem among the first-year Industrial Technology teacher-education majors at UTech, and the self-perceptions of the participants with respect to their reading-comprehension skills. The study primarily investigated the effect of the reciprocal teaching strategy on improving reading-comprehension scores at the tertiary level, and its perceived efficacy by the participants. An evaluation of the evidence-based findings was used to determine whether to recommend implementing reciprocal teaching into the UTech teaching methodologies, with the overarching aim of improving student achievement. The findings of this quasi-experimental study suggest that the FELS-IT first-year teacher- education majors are not significantly different from other first-year students enrolled at UTech. Also, the reciprocal teaching intervention significantly improved the group-mean and individual post-test scores of the Treatment group over those of the Control group, and was favorably perceived. The investigation recommends that reciprocal teaching should be implemented across all faculties at UTech, preferably among the first-year students. / Ph. D.

The purpose of this study was to determine if students who participated in language arts remediation which was infused with critical thinking activities and metacognition would make greater gains in skills and achievement than those students who were remediated with a regular language arts curriculum. The population for this study was a group of at risk students who were fourteen to sixteen years old and who were participants in the 1987 summer Youth Opportunities Unlimited project at the University of North Texas. Their progress was measured with California Achievement Test and Iowa Test of Basic Skills pretests and posttests. The organization of the study includes a statement of the problem, a review of the literature, the methods and procedures used to collect the data, the analysis of data, and a summary of the findings, conclusions, educational implications, and recommendations tor additional research. Data from the eight hypotheses were treated with an analysis of covariance. The analysis of data revealed the following: 1. The infusion of critical thinking activities and metacognition did not improve students' skills or achievement in the following areas: spelling, capitalization, and punctuation. 2. The infusion of critical thinking activities and metacognition did not improve students' skills in usage and expression as tested with items focusing on subject/verb agreement, verb tense, pronoun case, and pronoun degree. 3. The critical thinking activities and metacognition made a significant difference in students' achievement in language expression. The education implications are that lessons designed with mechanics objectives such as capitalization and punctuation should include independent practice. However, lessons designed with objectives focusing on usage, subject/verb agreement, double negatives, verb tense, and pronoun case and degree should include critical thinking activities and metacognition.

published_or_final_version / Education / Master / Master of Education

The current study investigated whether there were age-related differences in episodic feeling-of-knowing (FOK) accuracy and whether accuracy was influenced by when the FOK judgments were made. Younger and older participants were randomly assigned to 1 of 4 conditions that manipulated the timing of the FOK in relation to cued-recall and recognition. Age-related differences in FOK accuracy were not reliable either when the FOK was immediate or when it was delayed. Moreover, FOK accuracy was above chance for both age groups. Remember/Know (RK) judgments correlated reliably with FOKs for unrecalled words for both age groups and did not vary by FOK timing. Verbal ability, but not education, health, or perceptual speed, correlated with FOK accuracy. These results suggest that rather than a general age-related deficit in episodic FOK accuracy, the presence of age-related differences in resolution might be influenced by individual differences in such factors as verbal ability and frontal functioning.

Thesis (Ph. D.)--University of Hawaii at Manoa, 1991. / Includes bibliographical references (leaves 244-257). / Microfiche. / xii, 257 leaves, bound ill. 29 cm

Master of Science / Communications and Agricultural Education / Shannon G. Washburn / This qualitative study investigated four rural Kansas high school agriculture teachers’ comprehension and implementation of self-regulation strategies in their own professional growth and in their instructional practice. Each participant was interviewed three times, using symbolic interactionism as the methodological framework and the Seidman technique of interviewing. The participants included two males and two females, each one having between five and 20 years of teaching experience. Three questions guided this study: (1) how do rural Kansas high school agriculture teachers make meaning of self-regulation and the processes needed to facilitate self-regulation, (2) in what ways do teachers self-regulate for their own professional growth purposes, and (3) what strategies do teachers use to foster self-regulation in their students? Findings suggest while participants described utilizing strategies that are associated with self-regulated learning, they have an incomplete understanding of self-regulated learning and they most closely associated it with effort and motivation. The perceived incomplete understanding may be attributable in part to a lack of formal training in metacognitive processes. Nevertheless, when participants perceived value in professional development, they described consciously using self-regulated learning strategies such as seeking assistance, self-evaluation, and self-monitoring, which all indicate participants utilize components of self-regulation to grow professionally. However, even though participants described utilizing all three phases of self-regulation processes to affect growth in their own careers, there was a disconnect when participants described how they try to facilitate these processes within their students. Participants often described attempting to foster growth in self-regulation among students by targeting motivation-oriented behaviors, instead of targeting the underlying cognitive ability to utilize self-regulation processes. Implications for practice are presented, including the possible need for further education concerning self-regulated learning in order to produce pedagogical content knowledge in self-regulation processes. Instruction connecting the three phases of the self-regulation model could assist agricultural educators with forming a more complete understanding of self-regulated learning. Recommendations for future research are discussed including investigating effective teaching strategies for delivering self-regulation instruction to teachers, as well as investigating the possible impact self-regulation instruction has on various attributes of teachers and students, such as self-efficacy and career orientation.

First-year chemistry was identified by the North West University Potchefstroom Campus as one of the modules with a low pass rate. It is clear that students often memorise definitions and formulae, without understanding the underlying concepts which are necessary for problem solving. It is important that these and other related problems are addressed, before any significant change in the through-put rate for first-year students is reached. Conventional forms of lectures as teaching approach had little impact on the performance of students’ exam results. Much research has already been done on students’ misconceptions of stoichiometry, as well as problem solving strategies regarding stoichiometric problems. In addition, several alternative approaches concerning the teaching of chemistry have already been developed. Students still see this subject as very difficult and challenging. This study handles the systematic integration of visualization during lectures and the development of critical thinking and metacognition in assignments in stoichiometry teaching of first-year students at a South African University with the purpose of improving conceptual understanding. A quantitative research approach was followed. A one-group pre-test-post-test design was initiated to determine if there were practical significant differences in the conceptualisation of students at the beginning and at the end of the study. The intervention consisted of the implementation of specific teaching techniques, which included visualization and the development of critical thinking. Slideshows, a document camera, assessment tasks, a mini-project as well as thinking skills tasks were used. The study indicated that visualization, metacognition and critical thinking had a positive influence on the learning and conceptualisation of stoichiometry in students. The promotion of the learning of by the implementation of visualization, metacognition and critical thinking techniques, was successfully applied to help first-year students of this university realise stoichiometric-conceptualisation. / MSc (Natural Science Education), North-West University, Potchefstroom Campus, 2015

First-year chemistry was identified by the North West University Potchefstroom Campus as one of the modules with a low pass rate. It is clear that students often memorise definitions and formulae, without understanding the underlying concepts which are necessary for problem solving. It is important that these and other related problems are addressed, before any significant change in the through-put rate for first-year students is reached. Conventional forms of lectures as teaching approach had little impact on the performance of students’ exam results. Much research has already been done on students’ misconceptions of stoichiometry, as well as problem solving strategies regarding stoichiometric problems. In addition, several alternative approaches concerning the teaching of chemistry have already been developed. Students still see this subject as very difficult and challenging. This study handles the systematic integration of visualization during lectures and the development of critical thinking and metacognition in assignments in stoichiometry teaching of first-year students at a South African University with the purpose of improving conceptual understanding. A quantitative research approach was followed. A one-group pre-test-post-test design was initiated to determine if there were practical significant differences in the conceptualisation of students at the beginning and at the end of the study. The intervention consisted of the implementation of specific teaching techniques, which included visualization and the development of critical thinking. Slideshows, a document camera, assessment tasks, a mini-project as well as thinking skills tasks were used. The study indicated that visualization, metacognition and critical thinking had a positive influence on the learning and conceptualisation of stoichiometry in students. The promotion of the learning of by the implementation of visualization, metacognition and critical thinking techniques, was successfully applied to help first-year students of this university realise stoichiometric-conceptualisation. / MSc (Natural Science Education), North-West University, Potchefstroom Campus, 2015

<p>During my time as a student of education I have learnt that it is my responsibility, as a teacher, to adjust the ways in which I teach to the needs, abilities, experiences, and thoughts of each individual child. What I have not yet gained much knowledge on is how to go about finding the children’s thoughts.</p><p>In this thesis I investigate the interview as a method of finding out how sixth graders think about their mathematics education. Four children were interviewed. In addition to these inter-views, as a means of giving a broader perspective to and a greater understanding of the chil-dren’s answers, one math lesson was filmed and the math teacher was interview on two sepa-rate occasions.</p><p>What I found was that a number of factors seemed to influence the children’s thoughts and answers, and that their answers were most likely not always a mirror of their thoughts. From this follows that we, as teachers, must be careful and not assume that we know about a child’s thoughts when, in fact, what we know is what the child chooses to communicate about his or her thoughts. I also found that the children seemed unaccustomed to speaking about mathe-matics in the way that I wanted them to. One reason for this seemed to be the way in which their teacher organized the lessons.</p>