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Addressing the Professional Preparation of Future Science Teachers To Teach Hands-On Science: A Pilot Study of a Laboratory Model

机译:解决未来理科教师进行实践科学教学的专业准备问题:实验室模型的初步研究

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Research has shown that even when students complete a chemistry-degree program and the pedagogical course requirements necessary for teacher licensure, they may still graduate and begin teaching without a firm grasp of how to teach specific chemistry concepts (1). Science is, by its nature, a hands-on, inquiry-based discipline, but although this approach is acknowledged as being fundamental to the teaching of science, many secondary-school science teachers have limited knowledge of how to design, run, and maintain effective teaching laboratories (2-4). Although preservice sec-ondary-level science teachers are required to take courses in pedagogy and learning theory, what is learned in a formal instructional setting does not appear to translate well to a laboratory setting.
机译:研究表明,即使学生完成了化学学位课程和获得教师执照所必需的教学课程要求,他们仍可能毕业并开始教学,而对如何教授特定的化学概念没有牢牢的把握(1)。从本质上讲,科学是一门动手的,基于探究的学科,但是尽管这种方法被认为是科学教学的基础,但是许多中学理科教师对如何设计,运行和维护的知识仍然有限。有效的教学实验室(2-4)。尽管要求职前第二学期的科学教师修读教学法和学习理论课程,但是在正式的教学环境中学到的东西似乎并不能很好地转化为实验室环境。

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