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Human Factors and Non-Technical Skills:Towards an ImmersiveSimulation-Based Training Framework for Offshore Drilling Operations

机译:人为因素和非技术技能:走向沉浸式灌木训练框架,用于海上钻井业务

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Human factors are identified as the major contributor to oil and gas drilling and other operations relatedaccidents.Offshore oil and gas operations involve complex scenarios and decision-making with potentiallycatastrophic consequences.The current simulation-based training modules are often criticized for their lackof objective and validated measures for human factors and non-technical skills.There is also a need toinclude measures for enhanced situational awareness and decision-making for the offshore drilling crew.Inthis study,we present holistic human-centered training framework equipped with assessment techniques toanalyses situational awareness of partcipants in customized well-control operations.The training exercise used in this work included real-time well control operation customized for drillingbreak and kick detection scenarios.The assessment approach consisted of eye-tracking data analysis,questionnaire analysis,checklist score analysis,and communication log analysis.After individual analysisfrom each technique,a new framework was developed to triangulate results from each technique to providea comprehensive assessment.The participants included seven group of novices and one group of experts.The preliminary results indicate significant differences between the situation awareness and performance ofparticipants.Furthermore,there were observed notable differences between the perceptual,comprehensive,and projection ability of novices and experts in routine jobs on a drilling platform.The eye-tracking datafeatures included fixation count and fixation duration,and it was inferred that eye-tracking results can berepresentative of cognitive abilities of the partcipants.Furthermore,the fixation count and duration resultswere highly correlated with the checklist scores.Overall,the adopted methodology in this study have potential to open new avenues for human-centeredtraining framework and improvement in traditional assessment approach.Furthermore,it can also be helpfulin understanding of cognitive responses of the offshore professionals.
机译:人类因素被确定为石油和天然气钻井的主要贡献者以及其他操作相关的贡献者。OFFSHORE石油和天然气业务涉及复杂的情景和决策,具有潜在的兴似性后果。基于模拟的培训模块通常批评其缺乏目标和验证人类因素和非技术技能的措施。也需要为海外钻井船员提高境内意识和决策的必要措施.INTHIS研究,我们呈现出配备的全面人以人为本的培训框架进行评估技术的态势态势意识Passcipants在定制良好的控制操作中。本工作中使用的培训练习包括用于钻孔的实时井控制操作,用于钻孔和踢球检测场景。评估方法包括眼睛跟踪数据分析,调查问卷分析,清单分数分析和沟通日志分析单独的分析每种技术,开发了一个新的框架,以将各种技术的三角化结果进行了全面评估。该参与者包括七组新手和一组专家。初步结果表明普通肢体的情况意识与表现之间的显着差异。在钻井平台上的新手和专家的知情,全面和投影能力之间观察到了显着差异。眼睛跟踪数据分布包括固定计数和固定持续时间,推断出令人瞩目的结果是否可以抵抗pastcipants的认知能力。繁殖,固定计数和持续时间结果与清单分数高度相关。该研究所采用的方法有潜力为人类中心地带的框架和传统评估方法的改进开辟新的途径。繁殖,它也可以是他LPFULIN了解海上专业人员的认知响应。

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