Hughes Michelle D, Chen Tina H, Schoen Jessica C, Lamberta Michael A, Cassara Michael, Hock Sara M, Beattie Lars K, Stapleton Stephanie, Moss Hillary C, Heiferman Jeffrey R, Rice Julie C
University of Wisconsin School of Medicine and Public Health Madison Wisconsin USA.
St. Louis University St. Louis Missouri USA.
AEM Educ Train. 2025 Apr 29;9(Suppl 1):S51-S60. doi: 10.1002/aet2.70021. eCollection 2025 Apr.
Active learning engages learners in constructing knowledge through interactive strategies such as simulation, small-group discussion, and peer instruction. Although recognized as a superior approach to traditional passive learning, its adoption has been inconsistent. Barriers include reliance on traditional lectures, lack of training, and limited time to develop materials. Simulation educators have a unique skill set that may inform and support active learning initiatives.
Fifteen emergency medicine simulation experts convened to define the unique skill set of simulation educators and identify transferable simulation-based medical education (SBME) skills and concepts to promote effective active learning beyond the simulation lab. Workgroup members are simulation education directors who have undergone specialized training in SBME. During biweekly meetings over 6 months, workgroup members reviewed primary literature in SBME and active learning, along with relevant simulation educator training materials. Objectives were achieved through iterative review, group conceptualization, and expert consensus.
The increasing prevalence of SBME in medical education, along with the growth of simulation fellowships, has produced a group of education experts with shared competencies. Simulation educators acquire expertise in psychological safety, facilitation, communication, and debriefing, through specialized training and extensive experience. These skills are critical for active learning environments where learners benefit from structured, engaging, and psychologically safe experiences.
Key transferable SBME topics were identified for use in active learning environments outside of the simulation lab: (1) psychological safety, (2) facilitation strategies, and (3) communication techniques. Transferable tools and concepts were identified to promote efficacy and learner engagement during active learning in diverse environments. Simulation educators' expertise is an underutilized resource for faculty development initiatives aimed at advancing active learning. This work advocates for leveraging simulation educators' skills to close the active learning implementation gap, enhance learner outcomes, and meet the evolving needs of contemporary medical education.
主动学习通过模拟、小组讨论和同伴指导等互动策略,让学习者参与知识构建。尽管被认为是优于传统被动学习的方法,但其采用情况并不一致。障碍包括对传统讲座的依赖、缺乏培训以及开发材料的时间有限。模拟教育工作者拥有独特的技能组合,可为主动学习计划提供信息并提供支持。
15名急诊医学模拟专家齐聚一堂,以定义模拟教育工作者的独特技能组合,并确定可转移的基于模拟的医学教育(SBME)技能和概念,以促进模拟实验室之外的有效主动学习。工作组成员是在SBME方面接受过专门培训的模拟教育主任。在为期6个月的双周会议期间,工作组成员回顾了SBME和主动学习方面的主要文献,以及相关的模拟教育工作者培训材料。通过反复审查、小组概念化和专家共识实现了目标。
SBME在医学教育中的日益普及,以及模拟奖学金的增加,造就了一批具有共同能力的教育专家。模拟教育工作者通过专门培训和丰富经验,在心理安全、引导、沟通和总结汇报方面获得了专业知识。这些技能对于主动学习环境至关重要,在这种环境中,学习者受益于结构化、引人入胜且心理安全的体验。
确定了关键的可转移SBME主题,用于模拟实验室之外的主动学习环境:(1)心理安全,(2)引导策略,以及(3)沟通技巧。确定了可转移的工具和概念,以在不同环境中的主动学习过程中提高效果和学习者参与度。模拟教育工作者的专业知识是旨在推进主动学习的教师发展计划中未得到充分利用的资源。这项工作主张利用模拟教育工作者的技能来缩小主动学习实施差距、提高学习者成果,并满足当代医学教育不断变化的需求。