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Teachers’ ability to effectively enact the ambitious vision of the NGSS depends on their understanding of the conceptual and instructional shifts required, and their interpretation of how to implement these shifts in their classrooms. Thus, understanding teachers’ practical knowledge regarding the shifts is an important step in supporting them to effectively implement the NGSS vision. This study used a mental models framework and teacher drawings to examine the practical knowledge of 22 in-service secondary science teachers before and after professional development that was designed to support them to understand and make incremental instructional shifts aligned with the NGSS. Findings indicate that teachers’ mental models shifted in two promising ways. First, teachers recognized that their roles and their students’ roles would need to change, and second, the doing of science looks and sounds different than what was traditionally done in their classrooms. However, findings also suggest that teachers struggled to reconcile new ideas from the PD with their previous mental models of their classroom practice. These findings are significant because they indicate, teachers may have more fully-formed mental models for what science teaching and learning looks and sounds like when it is focused on what most would traditionally think of as classroom science doing (e.g., “doing labs”), or when it includes traditional knowledge dissemination structures (e.g., lectures). This has important implications for science teacher educators and researchers, which will be discussed. © 2020, © 2020 Association for Science Teacher Education.
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As one of the three dimensions of the Next Generation Science Standards (NGSS), the crosscutting concepts (CCCs) have a presumably equal role in science teaching and learning as the science and engineering practices (SEPs) and disciplinary core ideas (DCIs). While much research has focused on teachers' understanding and use of the DCIs and SEPs, less research has characterized how teachers use the CCCs in combination with the SEPs and DCIs to plan lessons aligned with the three-dimensional vision of the NGSS. This study examined the lesson plans of elementary preservice teachers (n = 53) in two science methods courses; one course which asked the PSTs to explicitly use CCCs in their lesson plans and one course that did not. We analyzed how the teachers' use of CCCs in their lesson plans influenced alignment to the three-dimensional vision of the NGSS. While we found higher CCC use in the course that explicitly asked the preservice teachers to use them, the difference between courses was not significant. More importantly, regardless of context, when the CCCs were used often, across the entire lesson, and were a good “fit” with a lesson's DCI, and anchoring phenomenon those lessons were more aligned with the NGSS.
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This case study features a class of sixth-grade students and their science teacher enacting a curriculum designed to teach the particulate nature of matter and phase changes. The class used a mobile device with several applications that supported reading, writing, viewing, and modeling. We examine the role of the teacher, the device, the peers, and the curriculum itself in scaffolding student learning.
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