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Exploring the Use of iPads to Investigate Forces and Motion in an Elementary Science Methods Course
Many science educators emphasize the need for meaningful science learning experiences and promote the idea of social constructivism in their methods classes, usually with inquiry-based activities that include physical manipulatives. However, the proliferation of technology in the nation’s schools suggests the need to incorporate this trend into inquiry-based elementary classrooms. This paper describes a shared common course assignment on forces and motion in an elementary science methods course, in which the iPad was introduced to preservice teachers as a tool for developing understanding of key concepts and processes. The study focused on the aspects of iPad use that 98 elementary preservice teachers perceived as beneficial in the forces and motion unit. Participants discussed the utility of the iPad for recording and replaying test data, its potential for visualizing science phenomena, and its value for communicating science understanding. Additionally, participants described how the iPad influenced instructional efficiency, engagement, and social learning. The implications of these findings are described given the scientific and engineering practices outlined in the new Framework for K-12 Science Education (National Research Council, 2012).
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Designing Web-Based Educative Curriculum Materials for the Social Studies
Cory Callahan
University of North Carolina Wilmington
John Saye
Auburn University
Thomas Brush
Indiana University
Abstract
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Using Interactive Video to Develop Preservice Teachers’ Classroom Awareness
Peter Fadde
Southern Illinois University
Patricia Sullivan
Purdue University
Abstract
This study investigates the use of interactive video in teacher
education as a way of laying the cognitive groundwork for developing
teacher self-reflection. Two interactive video approaches were designed
to help early preservice teachers (novices) align what they observed in
classroom teaching videos of other preservice teachers with what
experienced teacher-educators (experts) observed in the same videos. The
first approach of video coding, based on qualitative research methods,
required preservice teachers to write their own observations when
viewing short video clips before being shown the observations written by
experts who had viewed the same clips. The novices then compared their
observations to those of the experts before viewing and coding the next
video clip. Both experts and novices coded the video clips, which came
from a middle-school language arts class and an elementary mathematics
class, for instances of classroom management and student questioning.
The second approach of guided video viewing involved preservice teachers
reading experts' written observations while viewing the same video
clips used in video coding but not writing their own observations. On a
written classroom observation posttest, the video viewing group
performed better than the video coding group and significantly better
than a no-video control group.Read more...
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Source:The CITE Journal