Professional development equips practitioners with skills to enhance student learning.
This exploratory case study reports on the ways in which iPads are currently being used in New Jersey public schools, with a focus on the effectiveness of three different implementation approaches: 1) “ubiquitous approach,” 2) “classroom approach,” and 3) “sign-out approach.” This study also examines how K-12 teachers and students perceived of iPads as teaching and learning tools. Findings indicate that the teachers and students viewed iPads as valuable tools for teaching and learning, yet there were also several perceived challenges. The results of this study have implications for practitioners involved in the implementation of iPad initiatives.
The purpose of this chapter is to provide a useful framework for thinking about the integration of mobile devices into classroom practices and pedagogy. By offering a portrait of different constructivist practices and learning environments, drawing connections between theory and methods, the chapter provides teacher educators, as a well practicing teachers, with a series of theoretical considerations. These considerations, coupled with individual learning objectives, mark an avenue for novice technology users to begin the complex process of pedagogical decision-making, including the use of mobile devices into their teaching and learning. The authors offer this conceptual chapter in the hope that readers can glean a sense of how philosophical and theoretical orientations of teachers both prohibit and enable spaces for mobile learning. Moreover, they believe that when theoretical orientations of teaching do not allow space for mobile learning to take place, or do not support best practices of the use of mobile devices, the benefits may remain unrealized.
The Common Core State Mathematics Standards (CCSSM) recommend that technology should be integrated into teaching and learning Mathematics. This chapter addresses how the Geometer’s Sketchpad computer program can support students’ thinking skills and learning outcomes in a high school geometry class, in particular for more effectively addressing the High School Geometry Standards (CCSSM: G.CO.10, G.CO. 11, and G.CO. 12). The findings from the study presented in this chapter indicate that this tool can help high school students increase their learning of geometry in terms of inductive reasoning and conceptual knowledge, but may not help improve students’ motivation to learn geometry.
Global awareness is discussed through the experiential learning of six teacher candidates and six teachers on a Fulbright-Hays study abroad program to Israel. The participants focused their learning on four key aspects of global education; multilingual communication – to enhance a world view, historical layering – to understand the peripheries of communities, conflict resolution – an intrinsic component of global citizenship, and geographical interdependence. The participants enhanced their understanding of the multifaceted concepts surrounding globalism, globalization and global education.
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