Education literature is replete with articles on critical thinking in secondary and post secondary education. However, the bulk of this literature focuses on the process from the educators perspective of student performance and understanding of critical thinking. Very little research seems to have been done to uncover what the students themselves may think. <p>This thesis attempts to address this lack of enquiry into student perceptions by illuminating how a group of pre-service teachers (and one long service master teacher) have experienced critical thinking in their education, and how they define and understand it. The thesis consists of a literature review that briefly examines the history of critical thinking in education, and how student understandings of critical thinking are perceived by professors and others at the post secondary level.<p>Then, through a series of semi-structured interviews, the thesis examines the perspectives of eleven participants in comparison to those commonly held by writers and educators in the field. The data indicate that most of the participants did not acknowledge encountering critical thinking methodologies or structures during their K-12 education in any significant way, and that K-12 did not prepare them for critical thinking at the University level- and in fact often did not meet the criteria laid out in Saskatchewan Curricula. This finding is in general agreement with the literature. However, in addition, most of the students asserted that their experience indicated that high level critical thinking was not actually required for success at the undergraduate level.<p>The data from this thesis suggest that further study may be useful in understanding how critical thinking may be better taught and encouraged at all levels of education.

This dissertation investigates Korean pre-service kindergarten teachers’ practical knowledge regarding teaching circle time developed through both teaching practices and contextual factors during their field experience. To investigate this, a qualitative case study examining four pre-service kindergarten teachers working their field experience was conducted. Data collected through observation, stimulated recall interviews and semi-structured interviews of four participants during field experience was analyzed in order to answer the research questions. Data analysis revealed two major types of practical knowledge for teaching circle time: 1) practical knowledge about classroom management strategies; 2) practical knowledge about the teacher’s role in teacher-children interaction. The findings of the study were organized for presentation in Chapter 4 by combining the types of practical knowledge with separation of pre-existing and developed practical knowledge: the first section covers both pre-existing and developed classroom management strategies; the second section covers both pre-existing and developed practical knowledge regarding the teacher’s role in teacher-children interaction. The third section covers contextual factors which influence that development. While the pre-service teachers may have had sudden moments of inspiration where things coalesced for them, in general practical knowledge was not an instant acquisition. Indeed, this study witnessed what developed though successive teaching practices during their field experience. The use of (stimulated recall) interviews allowed for candid and timely revelations from the pre-service teachers, giving important insight into some specifics on the acquisition of practical knowledge, such as facing challenges as a vehicle for change, and the need for critical reflection. In this study, the primary contextual factor recognized as influencing pre-service teachers’ practical knowledge is the classroom teacher, through modeling and post-lesson conferences. Chapter 5 addresses the significance of the findings of this research and compares it to other research in the field, focusing on three aspects: 1) the specific types of practical knowledge developed through circle time teaching practice; 2) the process of the development of practical knowledge; and; 3) the influence of classroom teachers on that development. This dissertation concludes with a discussion of implications for: 1) pre-service kindergarten teachers at the same stage of their education, 2) teacher educators who are responsible for designing and reforming teacher education programs for pre-service kindergarten teachers, and 3) administrators of teacher education programs who can establish systemized regulations for field experience and recommendations for future research. / text

The purpose of the present study is to investigate what research show about the use of manipulative materials in the mathematics education and what factors have an impact on this approach. A definition of the problem<img src="https://cdncache-a.akamaihd.net/items/it/img/arrow-10x10.png" /> was formed when considering the decrease of Swedish pupils mathematical abilities presented in PISA. The intention with the present study was to assemble further knowledge in whether or not the use of manipulative materials could be a teaching method that could help improve this. The method used in this study was a systematic review based on an analysis of 8 studies. The results of the studies were thoroughly examined and presented in a result chapter. When comparing the results categories were found. These categories structured the result chapter as following: the beliefs of pre- and in- service teachers, the situations in which manipulative materials are used / not used, the use of manipulative materials in relation to grades and duration and pupils’ beliefs and achievements. Results show a positive meaning to the use of manipulatives, however it is the question of how they are used that is discussed.

Abstract The purpose of this case study was to determine the value orientations of health and physical education students (HPE) in an Australian physical education teacher education (PETE) program. Additionally, I was interested in the sympathy or otherwise in the relationship between the explicit Queensland HPE curriculum values and the value profiles of a cohort of pre-service teachers. Values were measured with the Value Orientation Inventory-2 (VOI-2) developed by Ennis and Chen, (1993). The culture and the curriculum goals of HPE and health and physical education teacher education (HPETE), contribute to the socialisation and construction of value orientations (Solmon & Ashy, 1995). Descriptive statistics were compiled for all five-value orientations, along with t-tests and ANOVA’s. Participants (N=33) were recruited from the 3rd year HPE cohort at a large Australian University and were tested pre and post semester 2, 2007. Initial and final testing demonstrated a diverse range of value orientation profiles. This cohort of HPETE students emphasizes certain value priorities over others. 26 students within this study demonstrated a ‘Neutral’ or ‘High’ priority towards learning process (LP), additionally 22 students also have a ‘Neutral’ or ‘High’ disciplinary mastery (DM) priority. The students’ priorities towards social responsibility (SR) were very low, with two students in the ‘High’ category and eighteen in the ‘Low’ priority. Initial ‘High’ dispositions towards LP and DM are consistent with the findings of Solmon and Ashy, (1995). The SR results suggest that many PETE students’ values are unsympathetic with the values underpinning the Queensland HPE curriculum. This may be cause for concern to those interested in curricula orientated around the principles of social justice, equity, diversity, inclusiveness, and supportive contexts.

So many students enter college without the conceptual knowledge of mathematical principles needed in order to succeed in higher education. Pre-service teachers entering teacher education programs are not exempt from this dilemma. While training to be educators, many pre-service teachers struggle to understand the concepts behind elementary level mathematics. These pre-service teachers will then continue in the education field and teach mathematics to the future generation. Will they teach their students the way they were taught? The purpose of this study is to investigate how pre-service teachers view their past experiences with math during their K-12 education and to compare those views with their perceptions of how they will teach math in the future. Using both quantitative and qualitative methods through surveys, short answer responses, and interviews, this study examines 38 pre-service teachers currently taking math methods courses at Southern Illinois University Carbondale in order to find out (1) how pre-service teachers view their past experiences with mathematics during their K-12 education, (2) what pre-service teachers' visions of how they will teach mathematics to their students in the future are, (3) which appears to have more influence on pre-service teachers' perceptions of their own future math teaching practices: their past learning experiences or their current teacher preparation program, and (4) what pre-service teachers perceive as effective ways of mathematics teaching and learning. Findings revealed that pre-service teachers tend to view their past K-12 math education experiences as mostly consisting of steps and procedures they were taught to memorize, but they have strong feelings about teaching mathematics for conceptual understanding instead of focusing on memorization like they were taught during their math classes in K-12 education. The results from this study also revealed that pre-service teachers feel it will be difficult not to fall back on the way they were taught mathematics when encountering unfamiliar concepts they have to teach. The need for more field experiences and learning how to incorporate project-based learning and presenting diverse ways of problem solving also came out as ways to improve teacher education programs.

Philosophiae Doctor - PhD / In this study a mixed methods approach was employed to investigate how exposure to a teaching strategy based on spiral revision, productive practice and a mainly direct expository instructional method would influence the mathematical competencies of procedural fluency and conceptual understanding of pre-service mathematics teachers at a South African university. A secondary concern of the study was how retention and transfer abilities of participants would be influenced if they experience mathematics through a teaching strategy underpinned by spiral revision and productive practice. A revised version of the taxonomy table of Anderson et al (2001) was utilized to classify learning and instructional activities in the study in terms of mathematical reasoning and knowledge requirements. In this revised taxonomy the cognitive processes are understood to operate on knowledge structures during the process of cognition (i.e. reasoning categories based on knowledge categories.). The categories of the revised taxonomy table were the main measuring instrument for the study. The findings of the study indicate that the competencies of procedural fluency and conceptual understanding were positively enhanced by the teaching strategy. Some categories however did not show the same level of positive enhancement. Arguments are presented as to why this might be the case and possible solutions are mooted. Findings also indicate that retention and near transfer abilities of participants were positively enhanced. Far transfer abilities were unchanged post intervention. Explanations are offered for this finding and possible resolutions are suggested.

It has been argued that teachers do not always teach in the ways their teacher education programs promoted. One cause of this problem has to do with teachers' conceptions about mathematics and ability being incompatible with the visions of mathematics that teacher educators promote. For example, teacher educators may emphasize the need for conceptual understanding but a teacher who equates understanding with being correct and fast will enact this goal differently from someone who expects students to be able to explain and communicate their understanding. The way a teacher understands what it means to do mathematics and be good at mathematics will influence their future teaching. Furthermore, the messages teachers send to their students about who they are as mathematical learners are full of messages about what it means to do and be good at mathematics. Additionally, these messages can have a long-term impact on how those students view themselves and the decisions they make for their future. This study uses qualitative methods to better understand pre-service teacher (PST) talk, how their talk relates, and how their talk changes over time. I describe PST talk as it relates to mathematics (M), ability (A), and themselves as mathematical learners (P) (the three components of the MAP framework). This study took place with the PSTs in two sections of a mathematical content course for elementary school teachers taught by the researcher. First, using grounded theory, I developed codes to understand how these PSTs talked in regards to the three components and applied these codes to written reflections at the beginning and end of our course. After analyzing the data I selected and interviewed 14 PSTs one year after our course. Again, I applied the same codes to their talk in the interview to see how their talk continued to change. Select interview PSTs were then chosen to represent common and uncommon examples of PST talk. Findings from this study show that talk across the MAP framework was related and that this talk became more standards-aligned by the end of the content course. However, the findings also provide a much more nuanced insight into different relationships and changes in talk. One finding shows that when variations in PST talk existed between framework components it was most commonly due to PSTs talking about mathematics in a more traditional way than when they talked about ability or themselves as mathematical learners. Another finding shows that during the interviews (one year after our course) PSTs continued to talk about themselves and abilities in mostly standards-aligned ways but reverted towards more traditional talk when discussing mathematics and how someone demonstrates their mathematical understanding. These findings have important implications for future research and for teacher educators. First, the relationships between the components of the MAP framework suggest that addressing PSTs conceptions of mathematics and their conceptions of ability may affect how they talk about individuals as mathematical learners. Second, the findings show which aspects in the MAP framework PSTs more readily talk about in standards-aligned ways. This provides insights into which areas teacher educators may want to emphasize more in trying to promote changes in PST talk. Lastly, these findings also show which aspects of PST talk maintain over a longer time frame and which aspects need a greater sustained emphasis. All of this is necessary as we support PSTs to think and talk about mathematics and mathematical abilities in standards-aligned ways that are truly supportive of all students.

Magister Educationis - MEd / This study involves a group of pre-service teachers who are specialising in Science and Mathematics education at a university in the Western Cape province of South Africa. The aim of the study was to investigate perceptions about the earth in space held by the pre-service natural science teachers. A related aim was to create awareness among the prospective teachers about various views that people hold about the earth as against the scientifically valid view (Govender, 2009, Plummer & Zahm, 2010, Schneps & Sadler, 1989). To determine and improve the prospective teachers’ perceptions and awareness about the significance of the earth in space the study adopted the dialogical argumentation model (DAIM) and spatial modelling as a theoretical framework (Ogunniyi, 2013).Further, the study used pre- and post-test data based on the responses of the pre-service teachers to questionnaires, focus group interviews and reflective diaries. The data set was analysed using a mixed methods approach (qualitative and quantitative).Results from the study show that most the pre-service teachers involved in the study hold both scientific and alternative conceptions about the earth in space. However, they seem to suppress the latter because they believe them to be unscientific. In addition they believe that their role is to impart scientific knowledge to learners. As has been revealed in a number of studies, some of the prospective teachers did not have much background in geography.

The purpose of this study was two-fold: 1) to compare the effects of three different composition tasks with varying degrees of structure on pre-service music teachers’ creative self-efficacy as composers and their instructional self-efficacy as pedagogues of composition; and 2) to describe through pre-service music teachers’ talk perceptions of composition and their experiences completing the three composition tasks. Participants (N = 29) were music education majors from three different sized universities in the northern-central region of the United States. At the beginning of the study, the participants answered a researcher-design self-efficacy questionnaire that measured (a) their self-efficacy as composers and (b) their self-efficacy as teachers of composition. Next, they composed three compositions of various task structures (unstructured, poem, and rhythm). Immediately after completing each task they again completed the self-efficacy questionnaire. Statistically significant mean differences between the pre-task administration of the measuring instrument and all three composition tasks were found for the pre-service teachers’ compositional self-efficacy. Statistically significant mean differences were also found between the unstructured task and the rhythm task, but not between the rhythm and poem tasks or the unstructured and poem tasks. For the pre-service teachers’ self-efficacy as pedagogues of composition question, the results were also statistically significant between the pre-task administration of the measuring instrument and all three composition tasks. Statistically significant mean differences were also found between the unstructured task and the rhythm task as well as the poem and rhythm tasks, but not between the unstructured and poem tasks. Additional data were gathered through semi-structured one-on-one interviews. Through their talk the pre-service music teachers commented that they enjoyed the overall composition process. This experience also seemed to challenge the participants’ assumptions about composition and appeared to make creative experiences more tenable and relevant to their future classroom experiences. The results of this study suggest that incorporating composition activities regardless of structure within a music teacher’s pre-service training might impact their self-efficacy beliefs not only as composers, but also as pedagogues of composition. This study suggested that teacher educators might want to consider using a rhythmic structure as the first task to help provide an initial framework to guide and initiate their composition. Pre-service teachers engaged in similar compositional activities might also gain further insights about what it means to be a composer and into the pedagogy of composition.

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