Laura R. Hopson MD, Jeremy Branzetti MD, MHPE, Michael A. Gisondi MD, Linda Regan MD, MEd
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We recruited using purposive sampling until thematic saturation.</p>\n </section>\n \n <section>\n \n <h3> Results</h3>\n \n <p>We identified four overall themes, of which three described groups of learner behaviors and a fourth described modifiers of these behaviors. Learner behaviors include: (1) critical interrogation of practice, (2) intellectual risk-taking, and (3) intentional curation of a learning network. Critical interrogation of practice encompasses several observable behaviors including learner-driven feedback conversations, independent synthesis of clinical information, appropriate deviation from algorithms based on their conceptual understanding of core principles, intentional use of case variation and hypothetical questioning, and continuous refinement of decisions. MALs also engage in intellectual risk-taking for their development by communicating clinical decision-making processes even at the risk of being wrong, openly addressing errors and gaps, and intentionally seeking out uncomfortable experiences. Intentional curation of a learning network is the deliberate development of a consortium of trusted individuals who serve as mentors and sounding boards. We also identified a fourth theme related to the expression of learner behaviors: learning environment modulates behaviors. Active promotion of psychological safety is necessary for learners to express these behaviors. This safety is mediated through trusting relationships and expert supervisors who serve as colearners and role models.</p>\n </section>\n \n <section>\n \n <h3> Conclusions</h3>\n \n <p>We present several behaviors that allow identification of MALs among EM trainees. These data expand our understanding of MALs and the critical influence of the learning environment. Identification of these behaviors may allow for more precise categorization of targeted curricular interventions and meaningful learning outcomes.</p>\n </section>\n </div>","PeriodicalId":37032,"journal":{"name":"AEM Education and Training","volume":"8 1","pages":""},"PeriodicalIF":1.7000,"publicationDate":"2024-02-21","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"https://onlinelibrary.wiley.com/doi/epdf/10.1002/aet2.10943","citationCount":"0","resultStr":"{\"title\":\"What the experts see: A qualitative analysis of the behaviors of master adaptive learners in emergency medicine\",\"authors\":\"Laura R. Hopson MD, Jeremy Branzetti MD, MHPE, Michael A. 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引用次数: 0
摘要
目标 适应性学习大师(MAL)模型假定,学习者通过自我调节的学习循环来发展适应性专门知识。尽管有坚实的理论基础,但 MAL 的实际可观察行为却没有很好的特征。我们试图定义急诊医学(EM)培训中 MAL 的行为特征。 方法 我们采用建构主义基础理论方法,分析了对急诊医学教育专家的半结构式访谈。这些专家对可观察到的行为以及临床学习环境中可能影响这些行为的因素进行了反思。我们采用有目的的抽样方法进行招募,直到主题饱和为止。 结果 我们确定了四个总体主题,其中三个描述了学习者行为的组别,第四个描述了这些行为的调节因素。学习者行为包括(1) 对实践进行批判性审视,(2) 冒智力风险,(3) 有意策划学习网络。对实践的批判性审视包括几种可观察到的行为,其中包括学习者驱动的反馈对话、临床信息的独立综合、基于对核心原则的概念理解而适当偏离算法、有意使用病例变异和假设性提问,以及不断完善决策。为了自身的发展,MALs 还会承担智力风险,即使冒着出错的风险也要交流临床决策过程,公开解决错误和差距,并有意寻求不舒服的体验。有意识地策划学习网络是指有意识地发展一个由可信赖的个人组成的联盟,这些人可以充当导师和传声筒。我们还确定了与学习者行为表现有关的第四个主题:学习环境调节行为。积极促进心理安全是学习者表达这些行为的必要条件。这种安全感是通过相互信任的关系和作为共同学习者和榜样的专家督导来调节的。 结论 我们提出了几种可以在电磁学学员中识别 MAL 的行为。这些数据拓展了我们对 MALs 和学习环境关键影响的理解。通过识别这些行为,可以更准确地对有针对性的课程干预和有意义的学习成果进行分类。
What the experts see: A qualitative analysis of the behaviors of master adaptive learners in emergency medicine
Objectives
The Master Adaptive Learner (MAL) model postulates that learners develop adaptive expertise through cycles of self-regulated learning. Despite a robust theoretical basis, the actual observable behaviors of MALs are not well characterized. We sought to define behaviors that characterize MALs within emergency medicine (EM) training.
Methods
Using a constructivist grounded theory approach, we analyzed semistructured interviews with expert EM educators. These experts reflected on observable behaviors as well as factors in the clinical learning environment that may modulate these behaviors. We recruited using purposive sampling until thematic saturation.
Results
We identified four overall themes, of which three described groups of learner behaviors and a fourth described modifiers of these behaviors. Learner behaviors include: (1) critical interrogation of practice, (2) intellectual risk-taking, and (3) intentional curation of a learning network. Critical interrogation of practice encompasses several observable behaviors including learner-driven feedback conversations, independent synthesis of clinical information, appropriate deviation from algorithms based on their conceptual understanding of core principles, intentional use of case variation and hypothetical questioning, and continuous refinement of decisions. MALs also engage in intellectual risk-taking for their development by communicating clinical decision-making processes even at the risk of being wrong, openly addressing errors and gaps, and intentionally seeking out uncomfortable experiences. Intentional curation of a learning network is the deliberate development of a consortium of trusted individuals who serve as mentors and sounding boards. We also identified a fourth theme related to the expression of learner behaviors: learning environment modulates behaviors. Active promotion of psychological safety is necessary for learners to express these behaviors. This safety is mediated through trusting relationships and expert supervisors who serve as colearners and role models.
Conclusions
We present several behaviors that allow identification of MALs among EM trainees. These data expand our understanding of MALs and the critical influence of the learning environment. Identification of these behaviors may allow for more precise categorization of targeted curricular interventions and meaningful learning outcomes.