Piggybacking is a new approach to a university-level methods class in math, science, and social studies in early childhood education developed at the McKay Campus School in Fitchburg, Massachusetts. This approach seeks to improve on methods courses that ask college students to pretend they are teaching young children or pretend they are being…

The author suggests ways reading can be integrated with science and describes the reading activities in an elementary science methods course. The activities include: (1) selecting a science tradebook for children to review and for the teacher to analyze vocabulary; (2) helping children review science tradebooks; and (3) encouraging independent…

Presented is a position statement on science preparation for preservice elementary teachers. Areas addressed include: preparation in science content; science teaching methods; field experiences; faculty preparation; facilities, equipment, materials; and professional orientation. A list of recommended standards (intended to provide a framework for…

Presents one educator's efforts to renew himself as a professor of education by returning to the secondary physics classroom, taking his student teachers with him. The experience made him examine new perspectives on physics students, preservice physics teachers, school science teachers, experienced teachers turned graduate students, and teacher…

Presents a feedback approach used by the author to evaluate the degree to which the desired outcomes of a science methods course are met and to clarify students' perceptions about the course. (PR)

Examines the efficacy beliefs preservice teachers bring to methods courses in science and mathematics and the changes in their beliefs as a result of the enriched experiences of methods courses. Contains 22 references. (DDR)

Describes a lesson on pseudoscience for a teaching methods course that promotes active student participation, is not a laboratory activity, and follows the sequence of the three phases associated with the learning cycle model. Contains a true-false science questionnaire to be administered to students as a bridge to discussion. (PR)

This article describes the outcome of an exercise carried out with one hundred undergraduate student teachers (preservice teachers) enrolled in a Biology Teaching Methods course, a third year course in a four-year Teacher Education Programme. The students, working in groups of three to four, were assigned to construct a concept map showing their…

We are teacher educators (in elementary science and mathematics) who are enthusiastic about technology as a teaching tool--though it is as new to us as it is to our university colleagues. We recently led a United States Department of Education Preparing Tomorrow's Teachers to Use Technology (PT3) grant project entitled TechLinks. In an effort to…

This methods book is divided into 13 parts. The first 12 parts (each beginning with a list of performance objectives) focus on: understanding the nature of science and technology; reasons for teaching science to children; a short history of elementary science methods in the United States; the products of science; the processes of science;…

Broadens the perspective taken by preservice and inservice teachers on the importance of science to the elementary school student. Helps education students consider the importance of science education for jobs. (PR)

Describes the use of "Water Crossings," a Project WET activity, with preservice elementary teachers in a science methods course. Discusses how the activity integrates applications from physical science with history and geography concepts. Explains that the teaching strategy used is a version of the scientific method. (WRM)

Science teachers ask questions to assess students' cognitive abilities and to promote student motivation in learning. Cognitive questions are usually divided into low-order and high-order types. According to the conceptual change model of learning, teachers can also use questions to facilitate the construction of knowledge by students. These…

This study was conducted to determine the extent to which writing to learn and reflective teaching within an interdisciplinary elementary methods course gave undergraduates the opportunity to change their perspective from student to teacher. Participants were 31 preservice elementary education majors enrolled in a one semester interdisciplinary…

Investigates the effect of intensive instruction in cue attendance upon the ability of preservice elementary science methods students to solve paper-and-pencil reasoning tests that require a form of formal operation thought. (Author/HM)