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PRESERVICE SCIENCE TEACHERS’ CAPACITY TO PLAN USING TECHNOLOGY IN AN INTEGRATED TEACHER PREPARATION PROGRAM

机译:在综合的教师备课计划中,防腐科学教师具有使用技术进行计划的能力

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摘要

The important role of integrating technology in support of engaging instruction is undeniable. It is called for in the Next Generation Science Standards (Achieve, Inc., 2013) and has been promoted in countless publications (Warschauer, 2006; Goethals, Howard, & Sanders, 2004; Mishra & Koehler, 2006; Bell, Gess-Newsome, & Luft, 2008; Koehler & Mishra, 2009; Schmidt et al., 2009; Harris & Hofer, 2009). Despite this rich research base, relatively little is known about how teachers develop the capacity to carry out this work in the early part of their professional trajectory. udThis study looked to unpack and understand how a small set (n=6) of preservice secondary science teachers (PSST) developed the capacity to integrate digital technology that supported engaged science learning into their instructional planning. The PSST studied were enrolled in a Master of Arts and Teaching and teacher certification program that focused on the teaching of practices and that had previously been shown to support growth of their pedagogical design capacity (Grossman et. al, 2010; Ross, 2014; Kessler & Cartier 2014). In order to investigate the development of PSST planning with technology the program instructor designed and leveraged a set of intervention lessons integrated in the pedagogy course sequence.udAnalysis of PSST planning documents and interviews showed a consistent and positive development of PSST ability to plan engaging science lessons supported with digital technologies after pedagogy course intervention. Further, the results point to the impact PSST internship placement sites and mentor support can have on how this planning process develops. Lastly, in a departure from previous research, the data show that PSST leveraged a set of planning routines in order to manage the overwhelming amount of resources and factors required to plan responsive instruction. The identification of planning routines as a part of PSST developing pedagogical design capacity opens the door to a new line of research and represents a slight shift in how the field has thought about this construct and its development. ud
机译:不可否认,集成技术在支持引人入胜的教学中的重要作用是不可否认的。它是下一代科学标准(Achieve,Inc.,2013)的要求,并且已经在无数出版物中得到推广(Warschauer,2006; Goethals,Howard,&Sanders,2004; Mishra&Koehler,2006; Bell,Gess-Newsome ,&Luft,2008; Koehler&Mishra,2009; Schmidt等,2009; Harris&Hofer,2009)。尽管有如此丰富的研究基础,但对于教师如何在其职业生涯的早期阶段发展开展这项工作的能力知之甚少。 ud这项研究旨在了解和理解一小部分(n = 6)的职前中学科学教师(PSST)如何发展将支持参与式科学学习的数字技术集成到他们的教学计划中的能力。所研究的PSST已进入艺术与教学硕士和教师认证计划,该计划侧重于实践教学,以前已证明可支持其教学设计能力的提高(Grossman等,2010; Ross,2014; Kessler &Cartier 2014)。为了调查技术发展PSST计划的发展,计划讲师设计并利用了一系列与教学法课程相结合的干预课程。 ud对PSST计划文件和访谈的分析表明,PSST规划参与科学的能力具有持续而积极的发展在教学法课程干预后,使用数字技术支持的课程。此外,结果表明PSST实习安置地点和指导者支持会对规划过程的发展产生影响。最后,与先前的研究不同,数据表明PSST利用了一套计划例程,以管理计划响应式教学所需的大量资源和因素。作为PSST发展教学设计能力的一部分,计划程序的确定为新的研究领域打开了大门,并且代表了该领域对该构架及其发展方式的思考方式的微小变化。 ud

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    Kessler Aaron;

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