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From learning from accidents to teaching about accident causation and prevention: Multidisciplinary education and safety literacy for all engineering students

机译:从事故的学习到事故原因和预防的教学:面向所有工程专业学生的多学科教育和安全素养

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In this work, we argue that system accident literacy and safety competence should be an essential part of the intellectual toolkit of all engineering students. We discuss why such competence should be taught and nurtured in engineering students, and provide one example for how this can be done. We first define the class of adverse events of interest as system accidents, distinct from occupational accidents, through their (1) temporal depth of causality and (2) diversity of agency or groups and individuals who influence or contribute to the accident occurrence/prevention. We then address the question of why the interest in this class of events and their prevention, and we expand on the importance of system safety literacy and the contributions that engineering students can make in the long-term towards accident prevention. Finally, we offer one model for an introductory course on accident causation and system safety, discuss the course logistics, material and delivery, and our experience teaching this subject. The course starts with the anatomy of accidents and is grounded in various case studies; these help illustrate the multidisciplinary nature of the subject, and provide the students with the important concepts to describe the phenomenology of accidents (e.g., initiating events, accident precursor or lead indicator, and accident pathogen). More importantly, the case studies invite a deep reflection on the underlying failure mechanisms, their generalizability, and the various safety levers for accident prevention. The course then proceeds to an exposition of defense-in-depth, safety barriers and principles, essential elements for an education in accident prevention, and it concludes with a presentation of basic concepts and tools for uncertainty and risk analysis. Educators will recognize the difficulties in designing a new course on such a broad subject. It is hoped that this work will invite comments and contributions from the readers, and that the journal will support the publication of exchanges on this subject.
机译:在这项工作中,我们认为系统事故素养和安全能力应该是所有工程专业学生智力工具包的重要组成部分。我们讨论了为什么应该在工程专业的学生中教授和培养这种能力,并提供了一个有关如何做到这一点的示例。首先,我们通过(1)因果关系的时间深度和(2)影响或促成事故发生/预防的机构或团体和个人的多样性,将所关注的不利事件的类别定义为与职业事故不同的系统事故。然后,我们解决了为什么对此类事件及其预防感兴趣的问题,并扩展了系统安全素养的重要性以及工程专业学生在预防事故方面的长期贡献。最后,我们为事故因果关系和系统安全入门课程提供了一种模型,讨论了课程后勤,材料和交付以及我们在该主题上的教学经验。该课程从事故的解剖开始,并以各种案例研究为基础。这些帮助说明了该学科的多学科性质,并为学生提供了描述事故现象学的重要概念(例如,引发事件,事故先兆或铅指示剂以及事故病原体)。更重要的是,案例研究要求对潜在的故障机制,其通用性以及各种预防事故的安全手段进行深入思考。然后,本课程将阐述深度防御,安全障碍和原则,这是预防事故教育必不可少的要素,并以不确定性和风险分析的基本概念和工具作为结尾。教育者将认识到在设计如此广泛的主题的新课程方面的困难。希望这项工作能引起读者的评论和贡献,并希望该期刊将支持出版有关该主题的交流。

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