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THE HUMAN ELEMENT IN SAFE SHIPPING: ABS INITIATIVES

机译:安全运输中的人为因素:ABS倡议

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The maritime industry recognizes the important role of the human element in maritime safety and is responding accordingly with effective design practices, standards and associated management systems. With increased attention to human element concerns by organizations such as the IMO, with recent Goal-Based Standard (GBS) requirements for ergonomic considerations in vessel design, and with requirements for increased focus on crew habitability and safety contained in the International Labor Organization's Maritime Labor Convention (ILO MLC), it is expected that the application of ergonomics, human factors engineering (HFE), and habitability data and principles to maritime systems will expand. As a result, it is important to identify and directly apply relevant HFE/ergonomics-related guidance. This paper presents information reinforcing the continued need to address human element concerns in maritime systems as well as how the American Bureau of Shipping (ABS) is tackling these concerns. The ABS Ergonomics Model for addressing human element concerns and current ABS activities to help improve mariner safety, crew task performance, and shipboard quality of life are presented. ABS human element-related topics include crew habitability, the assessment of safety culture, the identification of potential leading indicators of safety, mariner personal safety, and the application of ergonomics in a maritime environment.
机译:海事行业认识到人为因素在海事安全中的重要作用,并相应地以有效的设计规范,标准和相关的管理体系做出回应。随着诸如IMO之类的组织越来越关注人为因素,最近对船舶设计中的人体工程学考虑提出了基于目标的标准(GBS)要求,并且对国际劳工组织海事劳工组织中所包含的船员可居住性和安全性的关注日益增加公约(ILO MLC),预计人体工程学,人因工程学(HFE)以及可居住性数据和原理在海事系统中的应用将会扩展。因此,确定并直接应用与HFE /人体工程学相关的相关指导很重要。本文提供的信息加强了解决海洋系统中人为因素的持续需求,以及美国航运局(ABS)如何解决这些担忧。提出了用于解决人为因素问题和当前ABS活动的ABS人机工程学模型,以帮助改善水手安全性,船员任务表现和船上生活质量。 ABS与人为因素相关的主题包括船员的可居住性,安全文化评估,潜在的领先安全指标的识别,水手人身安全以及在海洋环境中的人机工程学应用。

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