利用主动机械肺模拟器进行工程与医学教育的结合

S. Krueger-Ziolek, C. Knöbel, C. Schranz, K. Möller
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引用次数: 2

摘要

在这个项目中,工程和医学教育结合了一个主动机械肺模拟器的开发,用于医学工程专业学生的临床训练。活动性肺模拟器应能够模拟机械通气过程中各种肺状态,为医学生提供真实的训练环境。该装置包括一个代表呼吸力学的气缸-活塞系统、一个控制单元、测量设备和一个机械呼吸机。该项目通过应用学习内容和获得额外的医学知识来补充工科学生的技能。同时,为医学生在安全可控的环境中进行机械通气实践提供了训练的可能性。
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Combination of engineering and medical education using an active mechanical lung simulator
In the presented project, engineering and medical education is combined by the development of an active mechanical lung simulator for clinical training by medical engineering students. The active lung simulator should be capable of simulating various lung conditions during mechanical ventilation to provide medical students with a realistic training environment. The setup includes a cylinder-piston system representing respiratory mechanics, a control unit, measurement equipment and a mechanical ventilator. The project complements the skills of engineering students by applying learning contents and gaining additional knowledge in medicine. Simultaneously, it offers a training possibility for medical students to practice mechanical ventilation in a safe and controlled environment.
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