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Twelve tips for medical curriculum design from a cognitive load theory perspective

机译:从认知负荷理论角度看医学课程设计的十二个技巧

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摘要

During their course, medical students have to become proficient in a variety of competencies. For each of these competencies, educational design can use cognitive load theory to consider three dimensions: task fidelity: from literature (lowest) through simulated patients (medium) to real patients (highest); task complexity: the number of information elements in a learning task; and instructional support: from worked examples (highest) through completion tasks (medium) to autonomous task performance (lowest). One should integrate any competency into a medical curriculum such that training in that competency facilitates the students' journey that starts from high instructional support on low-complexity low-fidelity learning tasks all the way to high-complexity tasks in high-fidelity environments carried out autonomously. This article presents twelve tips on using cognitive load theory or, more specifically, a set of four tips for each of task fidelity, task complexity, and instructional support, to achieve that aim.
机译:在他们的课程中,医学生必须精通各种能力。对于这些能力中的每一个,教育设计可以使用认知负荷理论来考虑三个维度:任务忠诚度:从文献(最低)到模拟患者(中)到真实患者(最高);任务复杂性:学习任务中信息元素的数量;和指导支持:从工作示例(最高)到完成任务(中)再到自主任务绩效(最低)。一个人应该将任何能力整合到医学课程中,这样的能力培训将促进学生的旅程,从对低复杂性低保真学习任务的高教学支持一直到在高保真环境中执行的高复杂性任务开始自主地本文介绍了使用认知负荷理论的十二个技巧,或更具体地讲,针对任务保真度,任务复杂性和教学支持的四个技巧,以实现该目标。

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