Faculté de médecine, Université de Montréal, Montréal, Canada.
Centre de pédagogie appliquée aux sciences de la santé (CPASS), Université de Montréal, Montréal, Canada.
Med Teach. 2021 Jun;43(6):614-621. doi: 10.1080/0142159X.2021.1900554. Epub 2021 Mar 29.
Developing effective clinical reasoning is central to health professions education. Learning by concordance (LbC) is an on-line educational strategy that makes learners practice reasoning competency in case-based clinical situations. The questions asked are similar to those professionals ask themselves in their practice and participant answers are compared to those of a reference panel. When participants answer the questions, they receive an automated feedback that is two-fold as they see (1) how the panelists respond and (2) justifications each panelist gives for their answer. This provides rich contextual knowledge about the situation, supplemented by a synthesis summarizing crucial points. As many educators in the health sciences are engaging in introducing innovative approaches, many consider building LbC learning modules. Elaborating, designing and implementing a LbC tool remain a challenge. This AMEE Guide describes the steps and elements to be considered when designing a LbC tool, drawing on examples from distinct health professions: medicine, nursing, physiotherapy, and dentistry. Specifically, the following elements will be discussed: (1) LbC theoretical underpinnings; (2) principles of LbC questioning; (3) goals of the concordance-based activity; (4) nature of reasoning tasks; (5) content/levels of complexity; (6) reference panel; (7) feedback/synthesis messages; (8) on-line learning platforms.
发展有效的临床推理能力是健康专业教育的核心。一致性学习(LbC)是一种在线教育策略,使学习者在基于案例的临床情境中练习推理能力。提出的问题与专业人员在实践中提出的问题相似,参与者的答案与参考小组的答案进行比较。当参与者回答问题时,他们会收到自动反馈,他们可以看到(1)小组成员的回答和(2)每位小组成员对其答案的理由,从而获得关于情况的丰富背景知识,并附有总结关键点的综合信息。由于许多健康科学教育工作者都在引入创新方法,因此许多人都在考虑构建 LbC 学习模块。精心设计、设计和实施 LbC 工具仍然是一个挑战。本 AMEE 指南介绍了设计 LbC 工具时要考虑的步骤和要素,借鉴了来自不同健康专业领域的示例:医学、护理、物理治疗和牙科。具体来说,将讨论以下要素:(1)LbC 理论基础;(2)LbC 提问原则;(3)基于一致性的活动目标;(4)推理任务的性质;(5)内容/复杂性水平;(6)参考小组;(7)反馈/综合消息;(8)在线学习平台。