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Individual- and group-level effects on learning during engineering design tasks in high school biology (Fundamental)

机译:高中生物学中工程设计任务期间学习的个人与团体级别效应(基础)

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The Framework for K-12 Science Education (National Research Council [NRC], 2012) stresses teaching and learning of both scientific and engineering practices in order for students to understand and experience how scientist and engineers work; "how scientific knowledge is produced and how engineering solutions are developed" (p. 3-1). Crucially, the Framework conceptualizes these scientific and engineering practices as overlapping but distinct Knowledge of both domains, it is argued, will help students to become critical consumers of scientific information, to understand the impact of scientists' and engineers' work on daily life and how this work addresses major societal challenges (e.g., treating of diseases, addressing climate change or generating sufficient and affordable energy), and lead them to consider a career in a STEM field.
机译:K-12科学教育框架(国家研究理事会[NRC],2012)强调了科学和工程实践的教学和学习,以便学生理解和体验科学家和工程师如何工作; “如何产生科学知识以及如何开发工程解决方案”(第3-1页)。至关重要的是,该框架将这些科学和工程实践概念化为对两个域名的重叠,但争议,它争辩,将帮助学生成为科学信息的关键消费者,了解科学家和工程师的工作日常生活的影响以及如何这项工作解决了重大的社会挑战(例如,治疗疾病,解决气候变化或产生足够的经济实惠的能量),并导致他们考虑茎田的职业生涯。

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