Labuschagne Mathys J, du Preez Isabella, Prior Filipe Helena
Clinical Simulation and Skills Unit, School of Biomedical Sciences, Faculty of Health Sciences, University of the Free State, 205 Nelson Mandela Drive, Bloemfontein, 9300 South Africa.
School of Clinical Medicine, Research and Development, Faculty of Health Sciences, University of the Free State, Bloemfontein, South Africa.
Med Sci Educ. 2025 Jan 28;35(2):691-701. doi: 10.1007/s40670-025-02285-z. eCollection 2025 Apr.
Infographics summarise concepts visually for quick reference. Four infographics, inspired by articles on simulation-based education for ophthalmologists, were created to simplify complex ideas. The study evaluated the infographics' effectiveness aligning with published recommendations to make simulation education user-friendly and practical, supporting busy ophthalmologist educators in designing and facilitating simulation training sessions.
This descriptive cross-sectional study evaluated the infographics created by the second author, focussing on their quality, visual appeal, and effectiveness in conveying the key messages to be used for microlearning and Just-in-Time Teaching (JiTT). An evidence-based electronic questionnaire was used to evaluate design principles of effective infographics. The same questions concerning each infographic were presented to ophthalmologist educators and graphic designers.
Feedback informed recommendations for infographics to define a target audience, highlight the heading, and ensure a clear narrative with an identifiable key message. Content should simplify complex concepts and be applicable to teaching. Include accessible references, limited colours and fonts, and logical alignment prioritising key elements. Use simple imagery and effective charts. Add a digital object identifier (DOI) for citation and discovery. Infographics can be shared via journals and social media, or used as Just-in-Time Teaching (JiTT) tools to support professional development and simulation teaching preparation.
Effectively designed infographics as pragmatic focused graphic storytelling tools can support clinical educators in their daily simulation-based teaching activities and JiTT. This article provides tips on designing infographics for this purpose.
信息图表以可视化方式总结概念,便于快速参考。受眼科医生基于模拟的教育相关文章启发,制作了四张信息图表,以简化复杂概念。该研究评估了这些信息图表的有效性,使其符合已发表的建议,以使模拟教育便于用户使用且切实可行,从而支持忙碌的眼科医生教育工作者设计和开展模拟培训课程。
这项描述性横断面研究评估了第二作者制作的信息图表,重点关注其质量、视觉吸引力以及在传达用于微学习和即时教学(JiTT)的关键信息方面的有效性。使用基于证据的电子问卷来评估有效信息图表的设计原则。向眼科医生教育工作者和平面设计师提出了关于每个信息图表的相同问题。
反馈为信息图表提供了建议,包括确定目标受众、突出标题,并确保有清晰的叙述和可识别的关键信息。内容应简化复杂概念并适用于教学。包括可获取的参考文献、有限的颜色和字体,以及优先排列关键元素的逻辑布局。使用简单的图像和有效的图表。添加数字对象标识符(DOI)以便引用和检索。信息图表可通过期刊和社交媒体分享,或用作即时教学(JiTT)工具,以支持专业发展和模拟教学准备。
有效设计的信息图表作为实用的聚焦图形叙事工具,可以支持临床教育工作者开展日常的基于模拟的教学活动和即时教学。本文提供了为此目的设计信息图表的提示。