Maria van Zuilen

A Fourth‐Year Medical School Clerkship That Addressed Negative Attitudes Toward Geriatric Medicine

Despite extensive educational efforts, many medical students still have negative attitudes toward the field of geriatric medicine and the care of older adult patients. This article describes a fourth‐year geriatric clerkship that addressed this issue by providing opportunities for students to actively discuss many of the negative stereotypes that exist regarding geriatric medicine. Emphasis was also placed on personalizing the course content to show the relevance of geriatric medicine to all medical students. During the 2008/09 academic year, 150 students completed the rotation. Although no students expressed an interest in pursuing a career as a geriatrician, they expressed a highly favorable evaluation of this personalized geriatric clerkship and voted this clerkship “the most outstanding clinical course” at the medical school.

Computer-based animations and static graphics as medical student aids in learning home safety assessment: a randomized controlled trial

Background: Although animations may intuitively seem more effective than static graphics for teaching, there is no clear-cut evidence for the superiority of simple computer-based animations in medical education. Aims: We investigated whether simple animations are better than static graphics as an aid to medical students in learning home safety assessment, an important part of geriatric curriculum. Methods: We used two versions of an interactive online module, one that depicted common home safety issues in static graphics and the other in animations. We randomized first-year medical students who agreed to participate into two groups. After the module, students completed a cognitive burden scale and a standardized competency assessment test in which they had to identify the salient home safety issues and give recommendations based on the hazards. We also captured time spent on task. Results and conclusions: We found no significant differences between the groups in the cognitive burden level, competency assessment scores, and time spent on task. The much cheaper-to-produce static graphics were equally effective as simple animations in this medical education scenario.

A Competency-Based Medical Student Curriculum Targeting Key Geriatric Syndromes

Abstract The University of Miami Miller School of Medicine (UMMSM) has developed and implemented a competency-based undergraduate medical education (UME) curriculum that targets 61 learning objectives for three geriattic syndromes: dementia, falls, and delirium. This curriculum redesign changed the educational focus from what is taught to what is learned. Students complete 13 different competency assessments throughout their four years of training and are required to meet specific performance standards. Documentation of competency is now provided for 600 students annually. This paper describes the design, development, implementation, and evaluation of this curriculum, reviews our data-driven curriculum quality improvement efforts, and discusses the challenges to translating student competency into routine practice.

An Interactive E-Learning Tutorial for Medical Students on How to Conduct the Performance-Oriented Mobility Assessment

Abstract We evaluated the effectiveness of an e-learning tutorial (iPOMA) as a supplement to traditional teaching of the Performance-Oriented Mobility Assessment. Second-year medical students (137) completed the iPOMA, in preparation for a session on fall risk assessment consisting of a lecture, practice with elder volunteers and small group debriefing. Before and after the tutorial, students completed online questionnaires, a quiz on POMA scoring immediately after the tutorial and competency assessments on POMA performance 1 month later. Self-efficacy in using the POMA increased and post-tutorial quiz scores were significantly correlated with self-efficacy. Students who completed the tutorial performed significantly better on the verbal instructions portion of the POMA. The iPOMA is an effective instructional modality.

Revision of a home safety assessment curriculum improves medical student reporting of safety problems.

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