加强生物医学工程课程的实验练习

J. Kozusko, A. Abdel-Haq, J. Kuś, U. Morgenstern, A. Bartels
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引用次数: 3

摘要

实验练习是生物医学工程专家和医师实践教育中获得高质量经验的基本前提。越来越多的学生和重组的课程需要创新的方法来进行实验室实验。四项实验练习已被定义并添加到“生物医学工程模型”课程的教学大纲中。它们包括以机械通气为例的系统识别,生物系统中的反馈控制,以血压和血流速度为例的信号模型,用于评估大脑自动调节,以及以起搏器治疗为例的过程模型。这些复杂的主题被应用到一个电子学习项目中,以加强和简化学习。使用创作工具IDEA制作电子学习教程可以实现这一目标。由结构化理论讲解、互动练习和测试组成的在线教程允许学生根据自己的节奏和时间学习。这样导师就可以集中精力在学生比较难的话题上,成功地利用了全面的用户跟踪。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Enhanced laboratory exercises for biomedical engineering courses
Laboratory exercises are a basic premise of quality experience in the practical education of biomedical engineering specialists and physicians. An increasing number of students and reorganized curricula require innovative approaches to laboratory experiments. Four laboratory exercises have been defined and added into the syllabus of the course, “Models in Biomedical Engineering”. They include system identification on example of mechanical ventilation, feedback control in biological systems, signal models on example of blood pressure and flow velocity for assessment of cerebral autoregulation, and process models on example of pacemaker therapy. These complex topics were implemented to an e-learning project in order to enhance and simplify learning. Using the authoring tool IDEA an e-learning tutorial could achieve this goal. Online tutorials composed of structured theory explanation, interactive exercises and tests allowed students to learn according to their pace and time. So the tutor could concentrate on those topics, which were problematic for the students, comprehensive user tracking was successfully utilized.
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