Education Commons^™

The Development Of Self-Efficacy For Trade And Industrial Career And Technical Education Teachers, Corey Mccray

Educational Leadership & Workforce Development Theses & Dissertations

The purpose of this study was to review the development of self-efficacy for trade and industrial (T&I) teachers. Specifically, this study investigated how T&I teachers develop self-efficacy in classroom management, pedagogical practices, and content knowledge. Finally, the study reviewed key performance measures that indicate T&I teacher development of efficacious practices. Each performance measure was considered as it related to the aforementioned focus areas.

This qualitative study was informed by phenomenology. Twelve T&I teachers were interviewed in an effort to capture the essence of their experience as T&I teachers. The study was conducted at two career technical schools in Southeastern Virginia. …

Enhancing Content Knowledge Of In-Service Science Teachers Through Model And Modeling, Naheed Perveen, Sadia Muzzafar Bhutta

Institute for Educational Development, Karachi

The guiding question for this paper is; how does model and modeling enable student-teachers to develop a conceptual understanding of the cell as a structural and functional unit of living things? A teaching unit ‘The Cell’ was designed in view that models are a major teaching and learning tool for developing scientific thinking, whereas modeling means a process of forming representation. The teaching and learning strategies reported here encapsulated four modeling phases. Firstly, student-teachers modeled historical development of cell through a time line and role play and discussed the evolutionary and tentative nature of science. Secondly, the candy factory analogy …

Taking “Stock” Of Pedagogical Content Knowledge In Science Education, Harcharan Pardhan, Alan Wheeler

Institute for Educational Development, Karachi

This article focuses on efforts of facilitate the development of MEd science students' conceptual understanding of content, pedagogy and pedagogical content knowledge (PCK). A basic premise of the approach taken was that to teach conceptually, students must learn conceptually. A four-step conceptual process was followed with the participants to help them actively construct knowledge about fundamental science concepts and enhance their confidence and enthusiasm for science teaching. Equivalent forms of an assessment instrument entitled the Science Test of Content Knowledge (STOCK), used as per- and post-performance measures, revealed a significant difference. The article describes the structured activities built into the …