Abstract

A knowledge about pedagogical diagnosis is important for professional teachers for teaching heterogeneous chemistry classes. For chemistry teachers, the knowledge about their students` perceptions, attitudes, knowledge, previous experience or their interest is crucial for planning lessons. Therefore, the diagnosis is a key component of teachers` knowledge. However, research in this area is still underrepresented. It is clear, that the development of teachers` knowledge about diagnosis in chemistry teaching and learning should be started during the university teacher education program. But, how does this knowledge develop or change during the teacher training program in chemistry education? This paper attempts to investigate this development with a longitudinal interview case study. Two chemistry student teachers participated the study and were interviewed at seven different time points during their teacher education program. The interview and the analysis are based on the definition by Jager with a focus on the four dimensions of the diagnostic competence: i. Competence Knowledge, ii. Conditional Knowledge, iii. Technological Knowledge and iv. Knowledge of Change. The analysis of the interviews follows documentary method. The results show a different development of student teachers, which allowed a contrasting view of the students. From this, implications for the teacher training will be presented.

Highlights

  • Since the heterogeneity and diversity in schools in general and chemistry classes in particular are increasing, diagnostic is a current topic in education research as well as in chemistry education (e.g. Klug, Bruder, Kelava, Spiel, & Schmitz; Ohle & McElvany, 2015; Tolsdorf & Markic, 2016a)

  • The results show a different development of student teachers, which allowed a contrasting view of the students

  • The present case study analyses the development and changes of the chemistry student teachersdiagnostic competence during the chemistry teacher training in detail

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Summary

Introduction

Since the heterogeneity and diversity in schools in general and chemistry classes in particular are increasing, diagnostic is a current topic in education research as well as in chemistry education (e.g. Klug, Bruder, Kelava, Spiel, & Schmitz; Ohle & McElvany, 2015; Tolsdorf & Markic, 2016a). The diagnostic describes the process to identify and promote different student skills (e.g. chemical knowledge or experimental skills). Teachers in general and science teachers in particular need to possess knowledge and skills to identify and promote students in their classes (Brookhart, 2011). The assessment of conceptions and misconceptions (and the changing of these) are important topics in the diagnosis and support in chemistry teaching (Barke, Hazaari & Yitbarek, 2009). Different diagnostic instruments are developed to recognize misconceptions of students for chemistry lessons, which help to change or developed correct abilities

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