AI Summary & Key Takeaways
AI InsightThe preliminary results show that pre-service teachers could not use basic teaching approaches such as the real-life contextual approach, nature of science, scientific reasoning, STEM activities, Web 2.0 tools, laboratory implementations.
📌 3 Key Takeaways
Abstract
In this study, it was aimed to support pre-service primary and science teachers’ ability to implement real-life context-based course design in the 5E Model and to use current science education approaches in lesson designs. For this purpose, action research, one of the qualitative research types, was adopted. 13 pre-service primary and science teachers participated in the research. The data of the study were obtained from pre-post measurements, lesson plans developed by the pre-service teachers and observations made by the researchers as participant observers. The data were analyzed with descriptive and content analysis methods. The preliminary results show that pre-service teachers could not use basic teaching approaches such as the real-life contextual approach, nature of science, scientific reasoning, STEM activities, Web 2.0 tools, laboratory implementations. At the end of the trainings, pre-service teachers’ competencies in preparing a science lesson plan based on context-based science teaching and in accordance with the current and basic science education paradigm increased significantly. This study supported the pre-service teachers’ science self-efficacy for introducing current practices related to science teaching during their undergraduate education to become classroom and science teachers and to gain skills on how to reflect these practices in lesson plans. The findings indicate that there is a need for practical training in teacher training due to field studies in Turkey, and that pre-service teachers should adopt the 21st century science teaching approach.