Indiana University-Purdue University Indianapolis (IUPUI) / Formal thought disorder (FTD) is a debilitating symptom of psychosis. It is linked to functional deficits and generally demonstrates poor response to interventions. Metacognition has emerged as a potential therapeutic target that may be effective in reducing FTD, as metacognitive deficits and FTD both arise from disruptions in associative thought processes. This study’s primary aim was to determine whether FTD could be reduced with metacognitive therapy. Pre-post changes in FTD severity were assessed using clinician-rated and automated measures in 20 individuals with psychotic disorders who received 12 sessions of evidence-based metacognitive therapy. We also examined whether reductions in FTD were larger when assessed with automated instruments versus clinician-rated measures. Aim two compared associations between FTD and three outcome variables (social functioning, role functioning, metacognition) across FTD-measurement approach. Results indicated that automated FTD, but not clinician-rated FTD, was significantly reduced post-intervention. This effect was more robust within a subsample exhibiting greater levels of FTD. Strength of associations between FTD and outcome variables did not differ across FTD measurement approach. These findings provide initial evidence that a targeted metacognitive intervention can reduce FTD. Effects were strongest for automated instruments, which may be more sensitive to detecting change; however, differences in measurement type did not extend to associations with selected outcome variables. This study provides preliminary support for future efforts to reduce FTD. Large-scale studies with longer intervention periods may further our understanding of the effectiveness of metacognitive intervention on FTD.

Vocabulary instructional tools can be used in the science classroom to increase students' understanding of course terminology. This thesis used a case study approach to explore the Etymological Approach to Learning Biological Terminology [EALBT] used by an instructor to ease access to university-level terms. The results indicate the existence of five unique approaches to the EALBT and that a number of metacognitive elements can also be integrated into this instructional method. The conclusions include that university science courses can require more self-guided learning when compared to high school science. Likewise, metacognition can develop skills in thinking and learning control processes that could lead students to become increasingly apt at accessing course material, including terminology.

In order for students to become good self-directed learners, an awareness of one’s own learning process and studying strategies is essential. The aim of this paper is to describe a project –and the results of it - where a modified model of a problem-based learning (PBL) tutorial is used, a project launched to develop students’ metacognitive awareness and improve the quality of their tutorials. Dental hygiene students and their tutors at the faculty of Odontology, Malmö University participated in the project which meant that the students worked independently during the first PBL-session with the tutor only paying a few short visits to the group. At these visits, the students presented their problems, hypotheses and objectives with the purpose to create an opportunity of primarily reviewing and reflecting but also getting feed-back from the tutor. The tutor was present throughout the second PBL-session. This model was alternated with and compared to the traditional “Malmö model” in which the tutor participates throughout both PBL-sessions. The project was evaluated through interviews. A Metacognitive Awareness Inventory (MAI) was filled in before and after the project. Results for the MAI show a significant increase in metacognitive awareness. In the interviews, students state that they participated in the PBL-session to a greater extent and had more spontaneous discussions without the tutor, but also that they felt a lack of security and sometimes interrupted by the visits from the tutor.

Based on the results of numerous studies, researchers have found that metacognition, or the ability to "think about thinking," plays a significant role in students' design education. Educators are increasingly focused on metacognition in design education, not only with the subject matter, but also with the development of metacognitive skills for self-regulated and lifelong learning. Since the early 2000s, there have been an increasing number of studies on the role of metacognition in education. However, there is a lack of research on the nature of metacognitive processing in design education and how metacognitive strategies develop in design students. This study focuses on the process of learning, in terms of design thinking, and specifically on the role of metacognitive learning. The purpose of the inquiry is to extend metacognitive theory to design learning and uncover the factors and influences of metacognitive thinking and learning during a student's first year in the Design Lab. In this study, the researcher probed the students' metacognitive ability in different design learning-tasks. The research frames metacognitive aspects of students' learning based on evidence obtained from students while they were working in the Design Lab. The evidence is as follows: verbal description (oral or written), experiential (videos or notes about people in action) and artifactual objects of the learning process (sketches and models). The field studies utilized a constructivist paradigm to examine the various forms of thinking in action, and the actions that occur during a learning-task. Verbal protocol analysis of video recordings of students engaged in selected learning design tasks was used to uncover the metacognitive thinking that develops during the execution of the learning-task. The researcher used a thematic data analysis process to develop an understanding of the data and identify common themes that arose from the investigation. Themes were generated through the interpretation of the data in light of the literature reviewed, the research questions, and the researcher's personal knowledge and intuition. The cyclical process of metacognitive thinking for design students was examined based on three main categories: Reflective process knowledge, reflective process monitoring, and reflective process control. The research reveals that metacognitive thinking plays an important role in design idea generation and development, and is an important part of the creative process in design. As one would expect, based on metacognitive theory, the differences between high-performing and low-performing students are well explained. High-performing students focused more on metacognitive thinking, especially monitoring their design process, while low-performance students were more concerned with cognition, or doing the task. The findings have added new knowledge to the fields of metacognition and self-regulated learning by identifying the conscious thinking process that occurs when students engage in design learning in the first year Design Lab. This knowledge will be helpful to design educators in formulating design learning-tasks for students in their labs in tandem with fully utilizing the environment of their school. / Ph. D.

The promise of increased student achievement through educational reform is delivered still-born if teachers do not know how to implement complex instructional practices and sophisticated analysis of student performance. Metacognitive awareness is crucial to the adoption and application of proven educational initiatives. Teachers who successfully implement criterion-referenced assessment instruction, scoring rubrics, transfer to their students the metacognitive knowledge and skills of how to learn. This study is predicated on the research assumptions that metacognition and its attendant skills are critical to the successful implementation of scoring rubrics. A researcher-developed instrument, the Scoring Rubrics Inventory (SRI) and the Metacognitive Awareness Inventory (MAI) were distributed to core-subject teachers from three large public schools in Southwest Louisiana. From a population of sixty-eight (N=68) voluntary participants, eighteen teacher-participants self-reported as high implementers of scoring rubrics, thirty-nine as mid-level implementers and eleven as low-level implementers. From this population, twelve subjects were randomly selected (four high, four mid-level, and four lowlevel implementers) by an outside rater for double-blind observations and interviews. Pearson Product Moment correlations of the SRI and the MAI revealed five significant pairings using an alpha level of .05. The statistical results, coupled with the observation and interview findings from the sample-subjects established the consistency and stability of the Scoring Rubrics Inventory. Further, the totality of the results reported here support the research hypothesis of the study: H1: There is a significant correlation between the metacognitive awareness of secondary school core-subject teachers and the successful implementation of scoring rubrics. The results of the study indicated that secondary school core-subject teachers who successfully implement scoring rubrics possess a metacognitive awareness that transcends professional development training. The findings also suggested that teacher-participants who do not implement scoring rubrics either cannot or lack commitment to the innovation. Implications for teacher educators and school leaders indicated the need to: identify those persons who require additional professional development training; include operational strategies and modeling of successful implementation during training; and maintain a consistent training program in scoring rubrics. Recommendations for future research were offered.

Calibrated Judgments of Learning (CJOL) represent the degree to which students' judgments of learning (JOL) relate to their actual learning. Although a substantial amount of research has been conducted on calibration and JOL in various domains of psychology, only a growing number of studies have begun to address the use of CJOL in applied educational settings. This study investigated the use of CJOL in university developmental math courses. Study participants included 185 men and 100 women with ages ranging from 18 to 61 years (M = 23.48, SD = 5.95). Study results indicate that these developmental math students were fairly accurate in their perceptions of their math performance. When inaccurate, students most commonly under estimated their performance. Students' accuracy was also greatly influenced by the difficulty of math questions on the tests. High performing students were consistently more accurate than lower performing students. Over the course of the study, students received feedback on their accuracy in an attempt to facilitate improved accuracy. Results indicated that students' accuracy decreased with time; likely this was due to the increase in the difficulty of math questions on each test.

The first part of this thesis explores the potential role of metacognitive beliefs and strategies in functional somatic symptoms. Current models (for example, Brown, 2004; Deary, Chalder and Sharpe, 2007) and treatments of functional somatic symptoms focus on cognitive models and cognitive behavioural treatments which show modest treatment effects. A metacognitive account is discussed based upon supervisory regulatory executive function theory (SREF; Wells and Matthews, 1994) and research is systematically reviewed which may support such an account. Current research offers limited indirect support for metacognitive factors playing a role in the difficulties of people suffering from functional somatic symptoms. This paper concludes that further research is needed in this promising area. The second part of the thesis describes a cross-sectional correlational study which examines the relationship of somatic symptom reporting in primary care with metacognitive beliefs, finding a significant association for the first time. Fifty patients were recruited from general practice surgeries took part in the study. Support for the novel Metacognitive Health Questionnaire measure was also found. This measure showed significant associations between health specific metacognitive beliefs and body focussed attention, health preoccupation and distress. This measure also showed significant associations with illness behaviours and thought control strategies. Each of these findings is in line with SREF theory. This study provides preliminary support for the role of metacognition in symptom reporting. The third part of the thesis critically evaluated issues salient to the study including methodologically, supervisory, ethical and clinical issues. The interpretations of the literature review and findings of the research paper are limited by the lack of direct findings to support a metacognitive account, and the cross sectional nature of this study. It is hoped that the prospective study which the research study reported forms part, will offer more robust insights into the role of metacognition in symptom reporting, and that future studies will examine this area further.

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Metacognitive awareness plays an important role in students’ learning as well as in teaching and tutoring. The goal of this thesis research is to investigate the relationship between academic tutors’ metacognitive awareness, their student athlete tutees metacognitive awareness and academic performance (by cumulative GPA). Metacognitive awareness in tutors may have a significant influence on tutoring methods and students’ success. The population of tutors and students in the study is represented by 40 pairs of academic tutors and athlete students at one southern U.S. university. Metacognitive Awareness Inventory (MAI) was utilized and adapted for this study. Simple regression analysis results revealed that metacognitive awareness in students can predict their academic performance. Yet, tutors’ metacognitive awareness did not predict students’ metacognitive awareness and their cumulative GPA scores. Additional research with larger samples and via alternative methods as well as implications about potential of tutors’ metacognitive strategies for learners are discussed.

Metacognitive self-knowledge has been identified as a crucial component of effective learning. It entails students recognizing their learning strengths and weaknesses, styles and preferences, and motivational beliefs. The present study explored a method for the development of metacognitive self-knowledge and in doing so, was also a means for discovering what academic experiences students perceive as influential in their development as learners. Twenty-seven college students, all senior psychology majors, produced written narratives in response to a guided reflection activity. A qualitative research approach employing analytic induction was used. Themes of academic experiences as described by participants provided support for neuroscientific findings on learning and active learning pedagogy. In addition, guided reflection was found to be effective for developing metacognitive self-knowledge. However, familiarity with the process of reflection was a crucial factor. This study suggests that educators provide increased opportunities for students to build competency in this regard, referred to as metacognitive literacy.