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1.
Teaching in urban schools, with their problems of violence, lack of resources, and inadequate funding, is difficult. It is even more difficult to learn to teach in urban schools. Yet learning in those locations where one will subsequently be working has been shown to be the best preparation for teaching. In this article we propose coteaching as a viable model for teacher preparation and the professional development of urban science teachers. Coteaching—working at the elbow of someone else—allows new teachers to experience appropriate and timely action by providing them with shared experiences that become the topic of their professional conversations with other coteachers (including peers, the cooperating teacher, university supervisors, and high school students). This article also includes an ethnography describing the experiences of a new teacher who had been assigned to an urban high school as field experience, during which she enacted a curriculum that was culturally relevant to her African American students, acknowledged their minority status with respect to science, and enabled them to pursue the school district standards. Even though coteaching enables learning to teach and curricula reform, we raise doubts about whether our approaches to teacher education and enacting science curricula are hegemonic and oppressive to the students we seek to emancipate through education. © 2001 John Wiley & Sons, Inc. J Res Sci Teach 38: 941–964, 2001 相似文献
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Roger C. Schank 《Interactive Learning Environments》2013,21(4):231-253
Abstract Good teaching is good story telling. Case‐based teaching exploits the basic capacity for students to learn from stories and the basic desire of teachers to tell stories that are indicative of their experiences. The premise of software that used case‐based teaching would be to place a student in a situation that the student found interesting and where the telling of a story would be appreciated. First, case‐based teachers teach the student what he or she needs to know at precisely the point of becoming interested in knowing the information. This information should be presented in the form of stories. Law schools and business schools have been teaching this way for years. They teach cases rather than rules because, by and large, they don't have rules to teach. The second critical part of learning in a case‐based environment is teaching a student to abstract from what the student has been told, and adapting it to situations for which the student was not specifically trained. At the Institute, we have, to date, built four examples of case‐based teaching software. The programs are:
VICTOR — a voice and image courtesy tutor — built for Ameritech DUSTIN — a language experience — built for Andersen Consulting CREANIMATE — a biology experience‐built for schools and supported by IBM TAXOPS — a tax opportunity advisor and cross seller — built for the Tax division of Arthur Andersen 相似文献
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Is it possible that a meeting of mathematicians and primary school teachers will be productive? This question became intriguing when one professor of mathematics initiated a professional development course for practicing primary school teachers, which he taught alongside a group of mathematics Ph.D. students. This report scrutinizes the uncommon meeting of these two communities, who have very different perspectives on mathematics and its teaching. The instructors had no experience in primary school teaching, and their professed goal was to deepen the teachers’ understanding of the mathematics they teach, while teachers were expecting the course to be pedagogically relevant for their teaching. Surprisingly, despite this mismatch in expectations, the course was considered a success by teachers and instructors alike. In our study, we analyzed a lesson on division with remainder for teachers of grades 3–6, taught by the professor. The framework used for the data analysis was mathematical discourse for teaching, a discursive adaptation of the well-known mathematical knowledge for teaching framework. Our analysis focuses on the nature of the interactions between the parties and the learning opportunities they afforded. We show how different concerns, which might have hindered communication, in fact fueled discussions, leading to understandings of the topic and its teaching that were new to all the parties involved. The findings point to a feasible model for professional development where mathematicians may contribute to the education of practicing teachers, while they are gaining new insights themselves. 相似文献
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Andrew M. Tyminski V. Serbay Zambak Corey Drake Tonia J. Land 《Journal of Mathematics Teacher Education》2014,17(5):463-487
This paper examines a series of instructional activities that provide prospective elementary teachers with an opportunity to engage in one of the more difficult practices to learn within mathematics teaching—organizing a mathematical discussion. Within a mathematics methods course, representations and decomposition of practice built from the Five Practices framework (Smith and Stein in Five practices for orchestrating productive mathematics discussions. Corwin Press, Thousand Oaks, CA, 2011) were implemented and studied to examine how prospective elementary teachers set goals, selected and sequenced available student work, and planned questions within a mathematical discussion. We examined prospective elementary teachers’ strengths and weaknesses in these facets through an approximation of practice set in a lesson context familiar to the prospective elementary teachers. Our results demonstrated that although prospective elementary teachers set varying goals for a discussion, their pedagogical choices in planning their discussion tended to be consistent with the goals they have set. These results support the focused development of prospective elementary teachers’ goal setting as an implication for mathematics teacher educators. 相似文献
6.
Maria Liakopoulou 《European Journal of Education》2011,46(4):474-488
Since 1980, the recruitment of teachers in many countries has followed a systematic certification procedure, i.e. a selection procedure according to criteria set by the State which are considered the minimum qualification for entrance into the profession. The term used in the last few years to define the desired level of qualification of teachers is competence. The purpose of this article is two-fold: a) to review the relevant literature and research in order to record those qualifications that ensure teachers' pedagogical competence at international level, and b) to present the Greek case — a State that evaluates teachers' pedagogical competence before they become a part of the teaching profession — in order to reveal the strengths and limitations of this evaluation process. In brief, assessing teachers' pedagogical competence is a difficult and complex procedure, as competence is ensured through the acquisition of multiple — in terms of amplitude and content — qualifications. Assessing the acquisition of these qualifications is based, to a great extent, on the procedures followed and the practices of evaluation adopted. Given that contemporary research has triggered a relevant discussion in a context of pedagogical knowledge that secures pedagogical competence, assessing the acquisition of this knowledge is, to a certain degree, possible. The evaluation of pedagogical and teaching skills and opinions is more difficult, and the monitoring of viewpoints, attitudes and beliefs, as well as capabilities, is even more difficult. 相似文献
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Panagiotis Piliouras Katerina Plakitsi Fanny Seroglou Georgia Papantoniou 《Research in Science Education》2018,48(6):1221-1246
The nature of science (NOS) has become a central goal of science education in many countries. This study refers to a developmental work research program, in which four fifth-grade elementary in-service teachers participated. It aimed to improve their understandings of NOS and their abilities to teach it effectively to their students. The 1-year-long, 2012–2013, program consisted of a series of activities to support teachers to develop their pedagogical content knowledge of NOS. In order to accomplish our goal, we enabled teacher-researchers to analyze their own discourse practices and to trace evidence of effective NOS teaching. Many studies indicate the importance of examining teachers’ discussions about science in the classroom, since it is teachers’ understanding of NOS reflected in these discussions that will have a vital impact on students’ learning. Our proposal is based on the assumption that reflecting on the ways people form meanings enables us to examine and seek alternative ways to communicate aspects of NOS during science lessons. The analysis of discourse data, which has been carried out with the teacher-researchers’ active participation, indicated that initially only a few aspects of NOS were implicitly incorporated in teacher-researchers’ instruction. As the program evolved, all teacher-researchers presented more informed views on targeted NOS aspects. On the whole, our discourse-focused professional development program with its participatory, explicit, and reflective character indicated the importance of involving teacher-researchers in analyzing their own talk. It is this involvement that results in obtaining a valuable awareness of aspects concerning pedagogical content knowledge of NOS teaching. 相似文献
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While educators in many parts of the world grapple with what creativity means in practice, discussions about creative pedagogy usually include the elements of creative teaching, teaching for creativity and creative learning. This article stems from a research project that occurred at a Preparatory to Year 9 school in Australia where we worked with staff to explore their understandings of creativity and creative learning in the Arts. We found that while students’ creative learning is a fundamental element in a creative pedagogy framework, the notion of creative learning of teachers is largely overlooked in discourses of teachers’ professional learning. Given the important role teachers play in student learning, we argue that teachers need to be informed not only about how to teach creatively and for creativity, but also how to consider possibilities and understand things in new ways, thereby making a case that a teacher’s own creative learning is crucial. 相似文献
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Ora W. Y. Kwo 《Teachers and Teaching》2013,19(2):273-298
Abstract This paper addresses the nature of reflective classroom practice in a setting where action research has been undertaken by both the student teachers and the teaching practice supervisor. It is based on a cross‐case study of the processes through which student teachers learn to teach. Specifically, the analysis focuses on how student teachers reflect on their experiences in learning to teach. The data are based on student teachers’ reported thoughts about their learning over a period of one year. The results contribute to the understanding of reflective classroom practice by highlighting first student teachers’ perceptions about learning to teach and second their reviews on classroom practice. The discussion also adds to the literature on teacher development taken from the novice‐expert research tradition. Accordingly, implications for curriculum development in teacher education are drawn. 相似文献
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《Teaching and Teacher Education》2005,21(4):403-414
“Sometimes the teacher will say, ‘Read to the bottom of the page,’ and I try but I fall behind. Then she asks questions and a whole bunch of kids can answer the questions but I can’t. I try to keep up with everything but it's really hard. Sarah; 6th grade social studies student”.This paper presents the results of a review of the research into content area teachers’ attitudes and beliefs about the teaching of reading within their subject area(s). As exemplified in the quote above, the ability to read and learn from text written to provide information can be difficult and frustrating for students who lack the skills. Content area teachers have been encouraged for decades to incorporate reading into their area of instruction, but have often chosen not to do this for a variety of reasons. In addition, teacher educators have attempted to work with content area teachers to help them consider how to incorporate reading instruction into their classroom.This paper takes a closer look at the reasons that motivate pre- and in-service content area teachers in grades 6–12 to either teach or not teach reading. It also examines the ways in which teacher educators have worked to help content area teachers learn how to teach reading and the degree to which these interventions have been successful. In doing so I argue that (a) our approaches to working with content area teachers on this topic have been limited and (b) simply creating positive attitudes towards teaching reading is not necessarily enough.This paper begins with a brief discussion of what it means to teach reading in the content areas. Next I present a general introduction to teacher beliefs and how they may influence the instructional decisions teachers make. Then I discuss the methodology for my review. This is followed by the results of my review with implications for how teacher educators might consider addressing this issue in the future. 相似文献
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In this paper we describe the efforts of foreign university teachers in graduate schools in Thailand as they incorporate cultural knowledge into their classroom teaching styles and methodology. Through in-depth semi-structured interviews we have gathered qualitative data on the teachers’ concerns, mindsets and their proposed solutions. We build up our discussion in several stages. We set the scene by discussing the importance of cultural sensitivity in settings where teacher and learners have different cultural backgrounds. We then introduce the concept of cultural intelligence and use this to help us examine the literature on cultural sensitivity in teaching from a new perspective. We then describe the cultural context of teaching in Thailand and offer empirical data from our respondents’ experiences. From our research data we identified five main aspects of Thai culture where teachers felt the need to expand/adapt their existing teaching repertoires. These aspects are: fun/sanuk; hierarchy/kreng jai; authority with a kind heart/jai dee; collectivist group activities; and localized class content. We discuss our findings in relation to cultural adjustments that the teachers sought to make and, in conclusion, link this discussion to our earlier examination of cultural intelligence. 相似文献
12.
In this research project, we investigated two beginning secondary science teachers' efforts to learn to teach science in ways that build from and celebrate the ethnic, gender, linguistic, and academic diversity of their students. To do so, we followed Troy and Brian from their preservice teacher education experiences through their first year of teaching 8th grade physical science at local junior high schools. We also conducted a follow‐up observation and interview with each participant after he had moved past the beginning stage of survival in the teaching profession—once in his fourth year of public school science teaching. Through qualitative analysis of interviews, classroom observations, and teachers' written work, we identified patterns and explored commonalities and differences in Troy and Brian's views and practices tied to equity over time. In particular, we examined successes and challenges they encountered in learning to teach science for all (a) from their students, (b) from inquiry into practice, and (c) from participation in professional communities. In our implications, we suggest ways teacher educators and induction professionals can better support beginning teachers in learning to teach science to all students. In particular, we highlight the central roles both individual colleagues and collective school cultures play in aiding or impeding beginning teachers' efforts to learn from students, from practice, and from professional communities. © 2006 Wiley Periodicals, Inc. J Res Sci Teach 44: 586–612, 2007. 相似文献
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We analyse the effectiveness of our 'Get Electronics' project, where our aim was to support 60 science teachers and 60 technology teachers in their efforts to co-operate and arrange courses in basics of electricity and electronics. The research problems consider the importance of the study of the basics of electricity and electronics at the comprehensive school and how we succeeded in promoting elective courses in this field by producing new learning materials and by organizing in-service training. Our survey had an ex post facto design with a study group and a non-equivalent control group. The results showed that the study group teachers had been more active in developing and improving their teaching, they had organized more courses, and they had co-operated more actively than had teachers in the control group. We also analyse the features that made our project successful. 相似文献
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以学生为中心推进地方高校一流课程教学,在教育教学思想上,要着力解决相互关联的三个问题:首先是“为谁教”与“为谁学”的问题,协同育人,是课程教学的定位原则;育人渗透,是课程教学的难点之处;师范示范,是课程教学的主体特征。其次在“教什么”与“学什么”的问题上,注重内外兼修,解决学习的广度问题;注重学以致用,解决学习精度问题;注重因材施教,解决学习难度问题。最后需处理“怎么教”与“怎么学”的问题,以培育学生学习主动性、学习个性化、学习的创造性为目的,构建师生学习共同体,有效运用现代教育技术,切实改进教学评价方式。 相似文献
16.
《Studying Teacher Education》2013,9(1):25-41
This paper reports a study of preservice teachers who investigated their own teaching during a field-based component of a mathematics education methods course. The course was designed to engage the preservice teachers in both mathematical and pedagogical inquiry. Analysis of video recordings of course discussions, audiotaped interviews with preservice teachers, audiotaped discussions of instructor's planning meetings, and copies of the instructor's and preservice teachers' journals identified two critical incidents that depict students' resistance to the course directions. Analysis of these critical incidents suggests that prospective teachers' interactions with their students can become the mirror through which we can investigate their interactions with us, as teacher educators, and with our course activities. In this way we might reframe the problem of resistance to one of listening—listening to the students, to each other, and to ourselves. 相似文献
17.
David F. Treagust 《科学教学研究杂志》1991,28(4):329-342
Research has indicated that most science classrooms are not intellectually demanding and place little emphasis on small group discussions and laboratory activities. However, successful science programs and competent science teaching that can provide models for other science teachers do exist. This study sought to document the teaching practices of two exemplary biology teachers of grades 11 and 12 by means of an interpretive research methodology. Both teachers had a thorough and comprehensive knowledge of the content they were to teach and had a range of teaching strategies that could be used without a great deal of thought. Their expectations for student performance were high, consistent, and firm. Students were expected to complete a high level of academic work in discussions, in problem work, and in laboratory activities, and were encouraged to take responsibility for their own learning. A distinctive feature of these biology classes was the high level of managerial efficiency, where lessons were busy occasions for both teacher and students; students had little opportunity for off-task behavior. Both teachers actively monitored the behavior of both high- and low-ability students by moving around the room and speaking with individuals, while still maintaining control of the entire class. By manipulating questioning and the social environment, both teachers encouraged students to engage in work, gave effective praise to the whole class and to individuals, encouraged student input by referring to it, helped students to effectively use their time, and gave marks for completion of set work. Compared to research with less-successful teachers, these teaching behaviors contributed to exemplary practice. 相似文献
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Abstract This article is set within the context of a school‐based change initiative, where we studied a number of teachers and students in order to understand the ways in which they understood and experienced the complexities of the change process, and to add their voices to the ongoing discussions around restructuring and school‐based change. We found that although there were some commonalties between how teachers and students experienced the changes being implemented, there were also some profound differences between the curriculum as planned by teachers and the curriculum as experienced by students. For the teachers, the themes of caring for students’ lives, recasting themselves as classroom practitioners and of working as collaborative colleagues were identified; for students, the themes were those of getting used to the place, and of re‐establishing their preferred way of working in this new setting. In our discussion and analysis of these themes we look at the implications for future school‐based change initiatives, and at some of the complexities and difficulties which present themselves as schools take on increased authority and responsibility for self‐management and for the creation of improved learning environments for students and teachers. We suggest that future change efforts should give more importance to the perspectives of teachers and students, and to the interactive and programmatic exchanges of teachers and students. We suggest also that changed school structures should originate in a focus on the improvement of teaching and learning, and on the facilitation of teachers’ and students’ collaborative efforts to create a curriculum for the classroom and a learning community which is both enabling and transformative for both. 相似文献
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Puneet Gill 《American journal of sexuality education》2016,11(1):18-26
Science classrooms—and science textbooks—are proving to be challenging spaces for education that contradicts abstinence-only-until-marriage (AOUM) sex education. However, science educators can teach against this knowledge in a way that is critical of oppressive language. In fact, having explicit dialogue about gender identities and sexual orientation can help uncover oppressive cultural attitudes and help science educators challenge universal views of the human body. This article examines two narratives that use a pedagogic practice to help them teach in AOUM environments. The first narrative discusses personal experiences of the author as a science teacher and the dilemmas faced by including what I call a “sex box” in a life science class. The second narrative discusses an excerpt from a research study conducted with life science teachers in which a participant uses this same method. The purpose of this discussion is to help expose the science classroom as a place to have meaningful discussions, even with policies and cultures that do not support the discussion of safe sex for minority human sexualities.1 This article suggests future science teachers and present teachers alike can advocate for the incorporation of national standards that counteract overtly discriminatory policies. 相似文献
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Rebecca Mitchell Charalambos Y. Charalambous Heather C. Hill 《Journal of Mathematics Teacher Education》2014,17(1):37-60
Representations are often used in instruction to highlight key mathematical ideas and support student learning. Despite their centrality in scaffolding teaching and learning, most of our understanding about the tasks involved with using representations in instruction and the knowledge requirements imposed on teachers when using these aids is theoretical. In this study, we examine the task and knowledge demands for teaching integer operations with representations by analyzing teaching practice. Teaching integer operations is used as an intensity case, as integer operations are challenging for students, and teachers are often required to employ several representations to teach this topic. Following a practice-based approach while also taking prior literature into consideration, we first generate a list of tasks entailed in teaching with representations and then discuss the knowledge demands imposed on teachers to successfully undertake this work. We highlight these tasks and knowledge demands by analyzing and discussing an integer addition and an integer subtraction episode for each of two teachers, Bonita and Karen. Based on our analysis, we organize the generated knowledge components using the Mathematical Knowledge for Teaching framework. We conclude by drawing implications for teacher educators and curriculum developers. 相似文献