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A novel 6D-approach to radically transform undergraduate medical education: preliminary reflections from MBRU

机译:从根本上转变本科医学教育的新颖6D方法:MBRU的初步思考

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Designers of undergraduate medical education (UME) need to address the exponentially expanding volume and variability of scientific knowledge, where by didactic teaching techniques need to be augmented by innovative student-centric pedagogical strategies and implementation of milieus, where information, communication and technology-enabled tools are seamlessly integrated, and lifelong information gathering, assimilation, integration and implementation is the ultimate goal. In UME, the basic sciences provide a solid scaffold allowing students to develop their personal critical decisional framework as well as define the understanding of normal human physiology, pivotal for the identification, categorization and management of pathophysiology. However, most medical schools confine themselves to “stagnant curricula”, with the implementation of traditional “teacher centered” pedagogical techniques in the dissemination of the courses pertaining to basic sciences in UME. To tackle the above paucity, we present a novel “6D-Approach” for the dissemination of concepts in basic sciences through mentored journal-clubs. The approach is informed by a teaching principle derived from Constructivism. The technique in which the 6D-approach can be implemented in UME, is shown using an example from a first-year course of Molecular Biology and Principles of Genetics at our medical school. A reflection on the impact of 6D-Approach for students as well as instructors is also presented. The 6D-approach was positively received by the students and the formal feedback for the course: Molecular Biology and Principles of Genetics, where the approach was repeatedly employed, indicated that students expressed satisfaction with the teaching strategies employed in the course, with ~?89% of the students in the cohort strongly agreeing with the highest grading score “extremely satisfied”. Further, the approach through the use of mentored journal clubs encourages retention of knowledge, critical thinking, metacognition, collaboration and leadership skills in addition to self-evaluation and peer feedback. Hence, through the 6D-Approach, our attempt is to initiate, advance and facilitate critical thinking, problem-solving and self-learning in UME, demonstrated by graduating accomplished, competent and safe medical practitioners.
机译:本科医学教育(UME)的设计师需要解决科学知识呈指数级增长的问题,其中以讲授教学技术需要通过以学生为中心的创新教学策略和环境的实施来增强,其中信息,交流和技术应运而生工具被无缝集成,终生目标是收集,吸收,吸收,集成和实施终身信息。在UME中,基础科学提供了坚实的基础,使学生能够发展自己的个人关键决策框架,并定义对正常人体生理学的理解,这对于病理生理学的识别,分类和管理至关重要。但是,大多数医学院将自己局限于“停滞的课程”,并在传播UME基础科学课程时采用了传统的“以教师为中心”的教学方法。为了解决上述问题,我们提出了一种新颖的“ 6D方法”,用于通过受指导的期刊俱乐部传播基础科学中的概念。该方法是从建构主义派生的教学原理中得出的。以我校医学院一年级课程的分子生物学和遗传学原理为例,说明了可以在UME中实施6D方法的技术。还介绍了6D方法对学生和教师的影响。 6D方法获得了学生的积极好评,并且对该课程的正式反馈:分子生物学和遗传学原理(该方法被反复采用)表明学生对课程中使用的教学策略表示满意,大约89分。该队列中的学生百分比非常同意最高分数“非常满意”。此外,通过使用受指导的期刊俱乐部的方法,除了自我评估和同伴反馈之外,还鼓励保留知识,批判性思维,元认知,协作和领导技能。因此,通过6D方法,我们的尝试是启动,推进和促进UME中的批判性思维,问题解决和自我学习,这是由毕业的有才干,称职和安全的医生所证明的。

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