Redesigning science teacher education to reflect the nature of contemporary science

Evidence that many students are not being captivated by school science has led to advocacy of revising the science curriculum. However, there need to be accompanying changes in science teacher education. This study is designed to lay foundations for innovation in the pre-service education of secondary science teachers, involving a reconceptualisation of the nature of contemporary science and a course structure that links science teaching with broader science public reform initiatives. We held a series of Focus Groups, built around Government Research Priority areas, which brought together people from industry, government, research organisations, and community groups involved in science and its applications. In the groups the participants discussed how science currently operates in their area, ways in which the area will develop in the coming decade, and what implications there are for the nation and its citizens and for science education. What emerged was a concern for public responses to science at a range of levels, and a very different view of science practice and community involvement with science to that represented in current university and school science courses. This was confirmed in interviews with science graduates working in disparate fields, and also focus groups of school students. The paper will report on the insights generated, and explore the implications for redesigning the pre-service education of science teachers.

Laptop computers as a mediating tool between teacher beliefs and pedagogy

This study focused on teachers of senior secondary classes and the impact on pedagogy of the use of laptop computers. It was found that in schools operating a mature laptop program, pedagogy was influenced by teacher beliefs, prevailing school culture, and the assessment requirements of students in their final year.

Teacher praxis in the generation of students' questions in primary science

This thesis examined the praxis of a group of highly regarded primary teachers who encouraged their students to generate, clarify and use investigable questions in science. The findings revealed the importance of a teacher's beliefs, understanding of the nature of questioning, and pedagogical reasoning about teaching and learning in science.

Primary teacher beliefs and practices in working and thinking scientifically and technologically

What are primary teachers' beliefs about thinking and working scientifically and technologically? How do the teachers' beliefs manifest in classroom practice? What differences do the teachers see between thinking and working scientifically and technologically? These questions were central themes of the case study research. Interviews and classroom observation were the techniques used to identify how three experienced primary teachers' beliefs about thinking and working technologically and scientifically were manifested in their classroom practice.