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How a submarine returns to periscope depth: Analysing complex socio-technical systems using Cognitive Work Analysis

机译:潜艇如何返回潜望镜深度:使用认知工作分析法分析复杂的社会技术系统

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This paper presents the application of Cognitive Work Analysis to the description of the functions, situations, activities, decisions, strategies, and competencies of a Trafalgar class submarine when performing the function of returning to periscope depth. All five phases of Cognitive Work Analysis are presented, namely: Work Domain Analysis, Control Task Analysis, Strategies Analysis, Social Organisation and Cooperation Analysis, and Worker Competencies Analysis. Complex socio-technical systems are difficult to analyse but Cognitive Work Analysis offers an integrated way of analysing complex systems with the core of functional means-ends analysis underlying all of the other representations. The joined-up analysis offers a coherent framework for understanding how socio-technical systems work. Data were collected through observation and interviews at different sites across the UK. The resultant representations present a statement of how the work domain and current activities are configured in this complex socio-technical system. This is intended to provide a baseline, from which all future conceptions of the domain may be compared. The strength of the analysis is in the multiple representations from which the constraints acting on the work may be analysed. Future research needs to challenge the assumptions behind these constraints in order to develop new ways of working.
机译:本文介绍了认知工作分析在特拉法加级潜艇执行返回潜望镜深度功能时的功能,情况,活动,决策,策略和能力的描述中的应用。介绍了认知工作分析的所有五个阶段,即:工作领域分析,控制任务分析,策略分析,社会组织与合作分析以及工人能力分析。复杂的社会技术系统难以分析,但是认知工作分析提供了一种以功能均值-末端分析为核心的复杂系统分析的综合方法。联合分析为理解社会技术系统的工作方式提供了一个连贯的框架。数据是通过在英国各地进行的观察和访谈收集的。结果表示法说明了如何在此复杂的社会技术系统中配置工作领域和当前活动。这旨在提供一个基准,可以从中比较该域的所有将来概念。分析的优势在于可以通过多种表示形式来分析作用在工作上的约束。未来的研究需要挑战这些约束背后的假设,以便开发新的工作方式。

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