“I am Out of My Comfort Zone”: Self-study of the Struggle of Adapting to the Professional Identity of a Teacher Educator

It is often assumed that graduate students will develop as teacher educators simply by participating in a doctoral program. However, research has shown that doctoral students find the shift from teaching K-12 to preparing teachers to be a difficult transition. Within the context of a doctoral program community of practice established specifically for the purpose of examining this transition through self-study research, we sought to understand the shift in identity of a novice teacher educator working as an early field experience instructor with elementary science and mathematics preservice teachers. Our findings indicate that the process of self-study research, when supported within a community of practice, offered Jared the opportunity to recognize different aspects of his shifting professional identity, the dominance of particular aspects of his identity in certain situations, and the impact this was having on his students’ development as teachers. Developing this awareness of his adapting professional teaching identity from a classroom teacher to a teacher educator should help as he continues to develop his knowledge and skills working with teachers in different contexts and at different grade levels. Implications for how teacher education programs could better support the professional identity development of novice teacher educators through the use of a self-study focused community of practice are discussed.     

Liminality,disruption, and change: A prismatic look at pandemic education

PROSPECTS - Using prismatic inquiry, a team of researchers documented a variety of personal experiences that spanned elementary through higher education, with the goal of determining what helped...     

ORIENTATIONS TO PROFESSIONAL DEVELOPMENT DESIGN AND IMPLEMENTATION: UNDERSTANDING THEIR RELATIONSHIP TO PD OUTCOMES ACROSS MULTIPLE PROJECTS

Given the large investment in teacher professional development (PD), further understanding of the factors that impact PD success is needed. In a previous study, the authors established a framework for categorizing PD projects using the notion of orientations. A PD orientation is comprised of project characteristics that drive the PD design and implementation for that project. In this study, we applied this orientation framework to 14 science and mathematics PD projects and examined the relationship between projects of differing orientations and PD outcomes (e.g. perceived improvement in teaching practices). The results provide support for the value of the framework and demonstrate that PD projects with different orientations exhibit differing participant outcomes. This study also provides evidence of the value of this research framework for understanding how PD implementation characteristics are related to PD outcomes, as well as points to the value of a “balanced” orientation where both content and pedagogy are addressed in equal parts.     

Somatic changes during human prenatal life.

A twofold synopsis is presented on human developmental anatomy prior to birth. The first portion of the paper focuses on conceptual perspective and the second part on factual understanding. Section 1 gives an overview of the wide assortment of somatic changes manifested in the prenatal segment of human ontogeny; it illustrates alterations occurring in number, kind, location, size, and shape of body components. Section 2 presents a chronological panorama of human anatomical modifications during prenatal life; it traces somatic changes from "zygote to embryo", from "embryo to fetus", and during "the fetal period".     

Terry's Learning: some limitations of Shulman's pedagogical content knowledge

This exploratory article seeks to map out some possible practical limitations of Shulman's notion of pedagogical content knowledge and the associated concept of pedagogical reasoning. Interview extracts are used to illustrate the argument that the views and prior knowledge of a trainee teacher of mathematics may subtly shape what is learned in the context of training. It is suggested that representations of mathematics and mathematics teaching, originating in the trainee's own learning, might be concomitant with the development of a particular style of pedagogical reasoning which then determines the type of pedagogical content knowledge that is acquired. Shulman's framework is useful for understanding the trainee's learning, but insufficient to cover a broader range of pedagogical knowledge that might be deemed desirable in the trained teacher. It is suggested that a wider framework, extending pedagogical content knowledge to incorporate alternative forms of teaching, is needed.     

Transforming Perceptions of Urban Education: Lessons From Rowan University's Urban Teacher Academy

To be an effective urban educator requires teachers to understand the contextual factors of students, the school, and the community, and their cumulative effects on learning. Urban teacher academies support a better understanding of urban classrooms and challenge stereotypes of the urban context. The focus of this study was to compare participants' perceptions of urban settings before and after 2 weeks spent at an urban teacher academy for high school students.     

Using Personal Narratives for Curriculum Development about Substance Abuse and Older Adults

This article reports on a project to sensitize graduate social work students taking courses in substance abuse to the needs of older adults. Graduate social work students at a major urban school of social work in the Northeast were recruited and trained to interview older adults with a history of substance abuse problems regarding their life experiences. The authors developed educational vignettes based on the interviews and curriculum units based on these vignettes to be incorporated into the substance abuse curriculum. The challenges and rewards of engaging students in the process of developing educational vignettes based on older adults lived experiences are also discussed.     

Factors of Professional Learning Community Implementation and Effect on Student Achievement

ABSTRACT

Professional learning communities (PLCs) promote collaboration among school personnel in an effort to stimulate student learning. Using data obtained from a larger statewide initiative in Missouri, the current study examined data from 181 schools (102 elementary schools, 32 middle schools, 41 high schools, and 6 other schools, average of 428.76 students) to determine (a) the factors that can be used to assess the effects of PLCs, (b) how well PLCs relate to student achievement, and (c) the extent to which teams differentially implement the factors. An exploratory factor analysis and confirmatory factor analyses resulted in two broader constructs that represented PLC attributes, collaborative leadership process and data-driven systems for learning, both of which correlated with student achievement and together provided unique variance in mathematics beyond school variables and achievement scores from before the PLC began. Directions for future research and implications for practice are discussed.     

Tools for Reflection: Video-Based Reflection Within a Preservice Community of Practice

Current reform in science education calls for teachers to understand student thinking within a lesson to effectively address students’ needs (NRC in A framework for K-12 science education: practices, crosscutting concepts, and core ideas. National Academy Press, Washington, DC, 2012; NRC in Guide to implementing the Next Generation Science Standards. The National Academies Press, Washington, DC, 2015). This study investigates how to scaffold preservice teachers with learning to attend to students’ thinking for the purpose of guiding curricular decisions. The study focuses on one team teaching a science unit during their early field experience. We sought to understand how participants’ thoughts and abilities changed through participation in a moderated community of practice using video of their own teaching as a reflective tool. We examined how these changes affected both their classroom practice and their decision-making for future lessons. Evidence shows growth in participants’ ability to identify opportunities to elicit, assess, and use students’ thinking to guide instructional decisions. Implications for use of the approach used in this study to begin developing novice teachers’ pedagogical content knowledge for teaching science are discussed.     

The role of feedback from phonology to orthography in orthographic learning: an extension of item‐based accounts

Skilled readers were trained to recognise either the oral (n=44) or visual form (n=40) of a set of 32 novel words (oral and visual instantiation, respectively). Training involved learning the ‘meanings’ for the instantiated words and was followed by a visual lexical decision task in which the instantiated words were mixed with real English words and untrained pseudowords, and the instantiated words were to be considered as words. The phonology‐to‐orthography consistency (feedback consistency) of the instantiated words was manipulated to investigate the role of feedback from phonology in orthographic learning. Masked consonant and vowel‐preserving form primes were used in the lexical decision task as probes of orthographic learning. Feedback‐consistent instantiated words were recognised significantly faster in lexical decision than feedback‐inconsistent instantiated words, and facilitation was significantly greater from consonant‐preserving than vowel‐preserving primes for orally but not visually instantiated words. The results support the hypothesis that orthographic representations based on a consonant frame can be generated from the speech signal before encountering the printed forms, and that feedback from phonology is involved in the early stages of orthographic learning.