This article provides an instructional approach to helping students generate open-inquiry research questions, which the authors call the "open-inquiry question template." This template was created based on their experience teaching high school science and preservice university methods courses. To help teachers implement this template, they…

This study explored how preservice teachers grew in their understanding of inquiry science through conducting an in-depth individual inquiry investigation in their science methods course. Elementary preservice teachers' understanding about inquiry investigations, their attitudes towards the assignment, and their views towards using individual…

This study investigates the impact of a field-based methods course on the reality of teaching experienced by preservice biology teachers. Four questions guided the research: (1) What are the perceptions of the preservice teachers about biology teaching? (2) What are the preconceptions of preservice teachers about high school students? (3) What…

Describes how one instructor used science education methodology in a language arts methods course. The purpose was to understand how preservice teachers might improve their science teaching through language arts methods. Discusses one preservice teacher and her use of the methodology in the science methods course in which she was currently…

Secondary science methods courses should help students develop competencies in five areas: knowledge of the curriculum, planning for instruction, teaching strategies, classroom management, and evaluation of pupils' progress. (IAH)

Discusses efforts to infuse telecommunications into the science component of a teacher education program; highlights the initial goals, challenges, successes, and obstacles; and ponders questions of access and reform. (Author/MKR)

This study compared preservice teachers' beliefs (taken from journal reflections) about inquiry before, during, and after their field placement experiences. The subjects of the study were preservice students (n=48) enrolled in an elementary science methods course at a large midwestern university during the spring semester of 2001. Most of the…

This study compared the attitudes toward science teaching and proficiency in the science process skills of elementary education majors enrolled in a physics course v a science methods course. Science process skills appear to be more effectively taught in the physics course. (Author/MK)

Discusses the use of rubrics in one preservice secondary science teacher methods course. Defines the term 'rubric' and provides a rationale for using rubrics. Discusses how rubrics were used in one science methods course and concludes with comments about the possible benefits and detriments of using rubrics in science education courses. (SAH)

Assessed the effectiveness of conducting an elementary science methods course based on the Concerns Based Adoption Model (CBAM) on the concerns and attitudes of 85 preservice elementary teachers. Results indicate that neither traditional nor CBAM methods courses proved superior in affecting concerns or attitudes of the preservice teachers.…

This paper summarizes one semester's use of a class LISTSERV with a graduate elementary science education course (n=9). Data were collected on student comments regarding the class LISTSERV from nonstructured interviews, E-mail inquiries, and an end-of-semester questionnaire. Student feedback indicated that student interest in communication…

Teaching methodologies, such as Problem Based Learning (PBL), have arisen in response to educational research that has found evidence that even though lecturing may be the most prevalent teaching tool it is arguably the least effective way to facilitate student learning. It is important then, for methods instructors to give preservice teachers…

A study was done to determine if there are advantages in teaching a science methods course in conjunction with field experience. Results showed that taking the science methods course with the field experience did not help education majors to understand science processes. (JN)

Described is a way in which elementary science methods students experience the Generative Learning Model (GLM) from the learner's perspective and then analyze an activity about pendulums through the eyes of the pedagogue. The four phases of the GLM--preliminary, focus, challenge, and application--are discussed. (KR)

Science content, related laboratory skills and techniques, and methods of instruction are addressed as important components in the preparation of secondary science teachers. The integration of field experiences throughout the preparation process and the effectiveness of each component in this process are discussed. (KR)