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Teaching with interactive computer-based simulation models: Instructional dilemmas and opportunities in the High-Adventure Science project

机译:使用基于计算机的交互式仿真模型进行教学:高冒险科学项目中的教学困境和机遇

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The purpose of this descriptive study was to examine teacher instructional dilemmas and opportunities that emerged when students worked with interactive computer-based simulation models during the High-Adventure Science (HAS) project. The intervention included the HAS digital curriculum, designed for grades 7-12. Each curricular unit was framed to address scientific questions in earth and environmental science, currently being investigated by scientists. Instructional support was provided through a 2-day professional development session and through reporting systems within the curriculum. During 1 academic year, data were collected from a cohort of 12 teachers, through baseline and postimplementation surveys. From a nine-teacher cohort subset, observation, interview, and survey data were collected during the following year. Descriptive findings indicate that a designed digital curriculum with carefully sequenced interactive models has benefits but creates instructional challenges; teacher and student roles are often flipped during the implementation of such a curriculum; and teachers may need to shift their instructional approach and find new ways to make digital learning experiences relevant and compelling as they respond to both opportunities and challenges.
机译:这项描述性研究的目的是研究在高冒险科学(HAS)项目中学生使用基于计算机的交互式仿真模型工作时出现的教师教学困境和机会。干预措施包括为7-12年级设计的HAS数字课程。每个课程单元都旨在解决地球和环境科学中的科学问题,目前正在由科学家进行调查。通过为期2天的专业发展会议和课程中的报告系统提供了教学支持。在1个学年中,通过基线和实施后调查从12名教师中收集了数据。第二年从九名教师的子集中收集了观察,访谈和调查数据。描述性研究结果表明,精心设计的数字课程和精心安排的交互式模型可以带来好处,但会带来教学挑战。在实施这样的课程时,教师和学生的角色经常被翻转;教师可能需要转变教学方式,并在应对机遇和挑战的同时寻找新的方法,使数字学习体验具有相关性和吸引力。

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