Examining primary schools' physical education coordinators' pedagogical content knowledge of games: are we just playing as this?

A detailed insight into how the current educational climate influences the pedagogical decisions made by primary school teachers when teaching games is limited. Studies examining the pedagogical content knowledge (PCK) of teachers within physical education have revealed its close relationship with specific forms of subject knowledge. In recognition of this, Veal and MaKinster's framework of general, domain and topic-specific PCK was employed to examine 12 primary school teachers' PCK of games. It was concluded that when personal experiences of pedagogy and content knowledge are unchallenged and reinforced by teachers' training and continuing professional development (CPD) programmes, very narrow topic-specific PCK results. This PCK was characterised bythe inseparable paring of constricted pedagogical strategies and limited content knowledge. When teachers do not integrate this very narrow topic-specific PCK with other types of PCK, it has significant repercussions upon the planned curriculum and learning experiences offered to pupils.     

Content knowledge and pedagogical content knowledge in Taiwanese and German mathematics teachers

In comparing content knowledge (CK) and pedagogical content knowledge (PCK) of Taiwanese and German inservice mathematics teachers, the present study examines whether the two-dimensional structure of teachers' subject matter knowledge is cross-culturally invariant and whether differences in teacher education and in teacher selection are reflected in teachers' subject matter knowledge. The results confirm that CK and PCK represent two distinct, but correlated dimensions, even in teachers from completely different backgrounds. Taiwanese inservice teachers showed considerably higher CK and also higher PCK scores than German teachers. Teacher education and teacher selection should be considered important levers for reform in mathematics education.     

高中数学教师专业知识研究--基于吉林省数学教师的调查

教师专业发展必然需要教师专业知识的有力支撑。对高中数学教师专业知识进行的问卷调查和访谈发现：目前高中数学教师基本上较好地掌握了常用的教师专业知识,但也存在一些问题：对数学学科知识的关注范围过于狭窄;运用数学教学知识进行教学时偏向于被动;对数学课程标准的理解存在偏差。另外,研究还发现：数学教学知识的增长并非是持续的;不同层级的教师之间、不同类别学校中的教师之间,其差异主要体现在数学学科知识与数学教学知识。进而对数学教师教育提出相应建议：数学教师应适当拓展数学学科知识的关注范围;应依据调查数据加强数学教师教育培养计划的针对性;关于教师一般教育学知识的评价方式亟需改进等。     

Unacknowledged knowledge growth: A re-examination of the effects of teacher education

Researchers on teacher education have faced two dilemmas. The first concerns the knowledge base for teachers. Although education coursework provides the potential to transmit formally the knowledge base of the profession, the knowledge base required for teaching has never been systematically defined. The second dilemma concerns the distinction between the coursework and fieldwork in teacher preparation and how experiences in each contribute to knowledge acquisition and growth. Using the model of the components of the knowledge base in teaching emerging from the “Knowledge Growth in a Profession” project at Stanford University, this research looks at the self-reports of knowledge acquisition of six novice teachers during their teacher preparation year. The results suggest that coursework and fieldwork offer distinct opportunities for learning. From the field experiences teachers reported they acquire general pedagogical knowledge including classroom management and organization. They also learn about students' understanding and misunderstanding of their subject matter. From their coursework the novices reported acquiring their conceptions of their subject matter for teaching as well as their sense of pedagogical ideals.     

学科知识和学科教学知识在课堂教学中的有机融合

教师不仅要拥有深刻的学科知识而且还要拥有宽广的学科教学知识。有效的课堂教学是两者的有机融合。通过从学习者的视角剖析一堂数学课的教学,具体分析了学科知识和学科教学知识在课堂教学中是怎样有机融合的,在经验层面证实了上述观点。该课例是青浦经验新行动的产物。青浦经验从本质上说是学科知识和学科教学知识有机融合的产物,是指导有效教学的本土经验。学科知识和学科教学知识的有机融合是数学和教育在课堂教学中的诉求,也可更好地解读本土经验。     

Primary Student Teachers' Ideas about Teaching a Physics Topic

This study examines Finnish and English primary student teachers' ideas when planning to teach a physics topic during their science education studies. Many primary student teachers lack sufficient subject knowledge, which prevents them from constructing the scientific pedagogical content knowledge that enables them to concentrate on pupils' thinking and process skills needed in a physics topic. Therefore they will have problems constructing learning environments that encourage pupils to take active control of their learning. In order to develop effective pedagogical content knowledge it is of the utmost importance that the science educators responsible for physics courses pay special attention to the promotion of favourable attitudes towards the teaching of physics topics. This can be done by focusing on how to teach some basic familiar topics. Quality, not quantity, is important in focusing on both subject knowledge and pedagogical content knowledge. The construction of pedagogical content knowledge is a complex interrelationship of attitudes, subject, and pedagogical knowledge. All three of them need to be developed to enable students to confidently and effectively teach young children.     

Teacher pedagogical constructions: a reconfiguration of pedagogical content knowledge

A brief review of the history of pedagogical content knowledge reveals various definitions and conceptualizations of the construct, as well as some conceptual problems. A new conceptualization—teacher pedagogical constructions—is offered to address some of the problems associated with PCK. Seven assertions that comprise the new conceptualization are presented, explained and defended. These are: (1) PCK represents personal and private knowledge; (2) PCK is a collection of basic units called teacher pedagogical constructions; (3) teacher pedagogical constructions result mainly from planning, but also from the interactive and post‐active phases of teaching; (4) pedagogical constructions result from an inventive process that is influenced by the interaction of knowledge and beliefs from different categories; (5) pedagogical constructions constitute both a generalized event‐based and a story‐based kind of memory; (6) pedagogical constructions are topic specific; and (7) pedagogical constructions are (or should ideally be) labeled in multiple interesting ways that connect them to other categories and subcategories of teacher knowledge and beliefs. The proposed definition results from a reconceptualization of the nature of PCK as originally proposed, taking the results of major later studies and conceptualizations of PCK into consideration, appropriating new ideas about the structure of memory, and undertaking a reanalysis and presentation of data from a previous study. The article calls for viewing PCK as neither a subcategory of subject matter (subject matter knowledge for teaching) nor as a general generic form of knowledge. It presents a view of PCK as a collection of teacher professional constructions, as a form of knowledge that preserves the planning and wisdom of practice that the teacher acquires when repeatedly teaching a certain topic. Viewing PCK as a collection of TPCs, more precisely defining it, clarifying its relations to other knowledge and beliefs entities, and speculating about its development should facilitate future investigations of PCK.     

Forms of Knowing Mathematics: What Preservice Teachers Should Learn

What important ideas about forms of knowing mathematics should be included in mathematics methods courses for preservice teachers? Ideas are proposed that are related to categories in Shulman's (1986) framework of teacher knowledge. There is a brief discussion of the implications each idea holds for teaching mathematics, and some suggestions are given about experiences that may help preservice teachers appreciate these notions. One portion of Shulman's pedagogical content knowledge construct is knowing what makes a subject difficult and what preconceptions students are apt to bring. Three of the ideas offered for inclusion in a methods course are related to this aspect of pedagogical content knowledge: (1) Understanding students' understanding is important, (2) Students knowing in one way do not necessarily know in the other(s), and (3) intuitive understanding is both an asset and a liability. The last two ideas, are related to the other portion of pedagogical content knowledge, knowing how to make the subject comprehensible to learners. These ideas are (4) certain characteristics of instruction appear to promote retention, and (5) providing alternative representations and recognizing and analyzing alternative methods are important. Readers are asked to consider if the suggestions offered are appropriate and how they might best be taught.     

Who is the ideal teacher? Am I? Similarity and difference in perception of students of education regarding the qualities of a good teacher and of their own qualities as teachers

This research examines two images of teachers as seen by students of education: the ideal teacher and their own self‐image as teachers. The research compares the students’ perceptions of these two images using two sub‐groups of students of education: students at an academic teachers’ college who will be referred to as student teachers and beginning teachers, who, while teaching, are completing their academic degrees at teachers’ colleges or regional academic colleges. Data were collected from 89 students at the two colleges by means of a questionnaire that included open‐ended questions which were analyzed qualitatively. The findings of the research indicate that there are two major categories that comprise perceptions of the ideal teacher: first, personal qualities; and second, knowledge of the subject taught as well as didactic knowledge. Both groups of students similarly attributed great importance to the personal qualities of the ideal teacher, but there is a difference in their perception of the importance of knowledge: the beginning teachers attributed great importance to knowledge and perceived it as a quality similar in importance to personal characteristics, while the student teachers, who had not begun their teaching careers, attributed less importance to knowledge as a characteristic of the ideal teacher. A quality which was less prominent when profiling the ideal teacher is general education and wide perspectives. The teacher as a socializing agent, a person who promotes social goals, was not mentioned at all. Students maintained that, during their studies, they had improved their qualities as ‘empathetic and attentive’ teachers, ‘knowledgeable in teaching methods’, and in ‘leadership’. But they had hardly improved their knowledge of the subject they taught or their level of general knowledge. The discussion of knowledge and the desirable personal qualities of a teacher is relevant to the current debate regarding the relative merits of disciplinary education in contrast to pedagogical education in preparation for teaching as a profession. The clear preference for disciplinary education by policy makers in Israel and elsewhere in the field of teacher education is contradictory to the emphasis placed on the personal development of future teachers and their pedagogical education by the students of education who participated in this research.     

Elementary student teachers' science content representations

This purpose of this study was to examine the ways in which three prospective teachers who had early opportunities to teach science would approach representing science content within the context of their student teaching experiences. The study is framed in the literature on pedagogical content knowledge and learning to teach. A situated perspective on cognition is applied to better understand the influence of context and the role of the cooperating teacher. The three participants were enrolled in an experimental teacher preparation program designed to enhance the teaching of science at the elementary level. Qualitative case study design guided the collection, organization, and analysis of data. Multiple forms of data associated with student teachers' content representations were collected, including audiotaped planning and reflection interviews, written lesson plans and reflections, and videotaped teaching experiences. Broad analysis categories were developed and refined around the subconstructs of content representation (i.e., knowledge of instructional strategies that promote learning and knowledge of students and their requirements for meaningful science learning). Findings suggest that when prospective teachers are provided with opportunities to apply and reflect substantively on their developing considerations for supporting children's science learning, they are able to maintain a subject matter emphasis. However, in the absence of such opportunities, student teachers abandon their subject matter emphasis, even when they have had extensive background and experiences addressing subject‐specific considerations for teaching and learning. © 2002 Wiley Periodicals, Inc. J Res Sci Teach 39: 443–463, 2002     

教师变量对小学生数学学习成绩影响的多水平分析

32名小学数学教师与这些教师所教班级的1691名学生参与了本研究。两个测量工具评价了教师的数学学科知识与学科教学知识,对教师的55节数学课进行了录像,并按照学习任务的认知水平与课堂对话的特点进行了编码,同时测查了学生的期末数学学习成绩。多水平分析结果表明:教师的学科教学知识、课堂学习任务的认知水平、课堂对话中教师提问问题的类型与对话的权威来源对学生的数学成绩具有显著的预测作用;而教师的学科知识对学生数学成绩的影响未达到显著性水平。     

Content knowledge transformation: An examination of the relationship between content knowledge and curricula

Theories associated with teacher knowledge suggest that teachers transform subject content knowledge into pedagogical content knowledge in teaching to enhance the content comprehensibility. It is assumed that the connection between teacher content knowledge and curriculum is characterized by the content knowledge transformation. This study, using an interpretive research method combined with cognitive knowledge elicitation and mapping approaches, examined the subject-pedagogical content knowledge transformation process that was associated with the teachers' curricular decision-making in secondary physical education. Findings indicated that the teachers shared a common subject content knowledge base but demonstrated a personalized pedagogical content knowledge repertoire, suggesting that the teachers' pedagogical content knowledge was personally constructed even though they shared a subject content knowledge base. The classroom curriculum was closely connected to the pedagogical content knowledge base. In addition, the teachers' curricular decisions regarding content inclusion/exclusion were primarily based on their perceptions of student learning abilities. The findings may imply that enhancement of prospective teachers' pedagogical content knowledge should be emphasized in teacher preparation programs because it serves as a bridge linking the subject content knowledge with the curriculum delivered in classrooms.     

The generic nature of pedagogical content knowledge among college professors

There is a growing body of research on teachers' pedagogical content knowledge (PCK), yet most of it has focused on subject-matter-bounded (specific) PCK and involves teachers in the general classroom (elementary and secondary grades). This study explorers the kinds of interpretative frameworks that university professors use in constructing and implementing PCK. The basic purpose of this study was to better understand the “generic” nature of PCK among exceptional university-level teachers. It analyzes generic PCK in professors across several fields (biology, business, education, kinesiology, music, nursing, special education, and speech communication). Data were obtained from phenomenological interviews with 10 university professors, all of them experienced teachers and recognized by their peers and administrators as eminent. The results emerged from qualitative analysis of the data, and indicate that these professors not only construct and use generic PCK in very similar ways but also that they apply generic PCK in ways that reflect Rubin's (1989) notion of “pedagogical intelligence” and Porter and Brophy's (1988) insights on good teaching. Five generic PCK components emerged: knowledge about (a) the subject matter, (b) the students, (c) numerous instructional strategies, (d) the teaching context, and (e) one's teaching purposes. In addition, the results problematize the traditional “scholar-teacher” dichotomy in higher education.     

Pedagogical Content Knowledge Development and Pre-Service Physics Teacher Education: A Case Study

This paper addresses the question of how to develop prospective teachers' pedagogical content knowledge (PCK) in science teacher education. The main focus is on the knowledge transformation process and on the cognitive strategies used to shift prospective teachers' explanations within the domain of modelling thermal physical phenomena. This study investigates the development of PCK within a group of 28 pre-service physics teachers during the first semester of their two-year post-graduate teacher education program. It focuses on the central issue of the relationships between observable phenomena, like macroscopic thermal properties of matter and their interpretation and/or explanation in terms of corpuscular characteristics and/or thermodynamics theory. The strategy is based on the consideration that knowledge transformation is not a one-way process from subject matter knowledge to pedagogical content knowledge, as literature suggests, but a bidirectional process involving deepening of subject matter knowledge and increasing awareness of pedagogical issues.     

The ability to understand and use conceptual change pedagogy as a function of prior content learning experience

This research examined the relationship between content instruction and the development of elementary teacher candidates' understanding of conceptual change pedagogy. Undergraduate students (n = 27) enrolled in two sections of a science methods course received content instruction through either traditional or conceptual change methods, followed by instruction about conceptual change pedagogy. Candidates were interviewed pre- and postinstruction about their content and pedagogical knowledge and also wrote conceptual change lessons. Twelve of the 27 subjects were videotaped teaching in the field. Results indicate that prior to instruction, most candidates had weak content knowledge and held traditional pedagogical conceptions. After instruction, students in the conceptual change group had significantly larger gains in their content knowledge than those in the traditional group, gave qualitatively stronger pedagogical responses, and used conceptual change strategies more consistently in practice. These results indicate that personal experience of learning science content through conceptual change methods facilitated the development of understanding and use of conceptual change pedagogy in teaching practice. Thus if conceptual change methods are to be incorporated into teacher candidates' repertoire, science content courses that students take prior to teacher education should be taught using conceptual change pedagogy. In addition, courses in science education should use pedagogy more in line with that taught in methods courses.     

Effective Practices in Distance Education

Summary

Distance education is changing the landscape of higher education and many faculty are now developing Web-based courses. This paper describes the lessons learned by the authors' experiences and research and offers a specific set of pedagogical and assessment strategies that they have found to be successful in online settings. The authors have found that classes delivered on the Web provide a viable option for professional development of K-12 teachers, and that the learning that occurs is of equal quality to those university courses taught on campus. Web-based courses offer students an opportunity to take courses anytime, anyplace.     

The synthesis of subject and pedagogy for effective learning and teaching in primary science education

The issue of science subject knowledge, and how to address the demands of this for both practising and trainee primary teachers, has constituted a core research enterprise in recent decades. The Professional Standards for Qualified Teacher Status entail considerable conceptual demands for many primary trainees. Generating meaningful causal explanations of scientific phenomena lies at the heart of both the scientific endeavour itself, and of effective classroom teaching. To focus on knowledge acquisition per se in teacher education, however, obscures the critical issue of subject‐related pedagogical knowledge that ultimately influences classroom practice. This article explores the development of both subject knowledge and subject‐related pedagogical knowledge in science education. It is informed by science education literature, as well as by a substantial body of empirical research into trainees' learning of aspects of physical science accumulated over a five‐year period. Learners' perspectives of the synthesis of subject and pedagogy raise important questions concerning the nature of teacher education.     

A New Disciplinarity: Communities of knowledge,learning and practice

The welcome new attention paid to subject teaching should have bridged the old divide between pedagogical and disciplinary research. But this paper argues that the focus on subject, rather than disciplinary communities is part of the commodification of higher education; that what is needed to re-energise both teachers and students is an inclusive new model of disciplinary education based on an engaged community's processes and practices. Each discipline, it is proposed, will model differently its practices, knowledge creation and dissemination, its writing, its community. The model may change received ideas about the focus and central concerns of the discipline, and in modelling disciplinary learning will change teaching and assessment. The model will be discipline specific and, as such, will resist generic and imposed 'skills and outcomes' frameworks. Evolving out of practice, rather than an external agenda, it should link disciplinary and pedagogical research so that they are mutually informing and transforming.     

Contextualising Craft: Pedagogical Models for Craft Education

Craft education in Finland is, in many aspects, in a state of change. This concerns the independent position of craft as a school subject, the content of the compulsory craft courses containing textiles and technical work, the implementation of the new concept of a holistic craft process in the National Core Curriculum and so on. This bears relevance to the question of how craft should be taught at school. This article explores the ways in which teachers can strengthen the relevance and meaningfulness of craft education at school. Teachers are challenged to provide more authentic instructional contexts and activities beyond the traditional curriculum in order to address successful living in today's society. One solution is to contextualise this teaching with the help of pedagogical models that realise the concept of holistic craft. The pedagogical models discussed in this article are based on curriculum publications, materials in print and research by other scholars.