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Cognitive Systems Engineering Analysis of the JCO Criticality Accident

机译:JCO关键事故的认知系统工程分析

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摘要

The JCO Criticality Accident is analyzed with a framework based on cognitive systems engineering. With the framework, analysis is conducted integrally both from the system viewpoint and actors viewpoint. The occupational chemical risk was important as safety constraint for the actors as well as the nuclear risk, which is due to criticality accident, to the public and to actors. The inappropriate actor's mental model of the work system played a critical role and several factors (e.g. poor training & education, lack of information on criticality safety control in the procedures and instructions, and lack of warning signs at workplace) contributed to form and shape the mental model. Based on the analysis, several countermeasures, such as warning signs, information system for supporting actors and improved training & education, are derived to prevent such an accident.
机译:使用基于认知系统工程的框架分析了JCO严重事故。使用该框架,可以从系统角度和参与者角度进行整体分析。职业化学风险对于行为者来说是安全的约束,也是由于重大事故,对公众和行为者造成的核风险的重要限制。工作系统中不适当的行为者的心理模型发挥了关键作用,并且多种因素(例如,培训和教育程度低,程序和说明中缺乏关于关键安全性控制的信息以及工作场所中缺乏警告标志)促成了心理模型。在分析的基础上,提出了一些预防措施,例如警告标志,支持演员的信息系统以及改进的培训和教育,以防止发生此类事故。

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