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Professor Sidney Dekker

    Sidney W. A. Dekker est un érudit distingué spécialisé dans la théorie des facteurs humains et de la sécurité des systèmes. Ses travaux explorent les complexités de la pensée systémique, en particulier dans les contextes de sécurité. Dekker examine de manière critique pourquoi les humains commettent des erreurs, comment les systèmes réagissent aux défaillances et comment concevoir des environnements plus sûrs et plus résilients. Son approche combine de manière unique de profondes idées théoriques avec une expérience pratique du monde réel.

    Compliance Capitalism
    Patient Safety
    The Field Guide to Understanding 'Human Error'
    • The freedom to make more rules -- Free markets in theory; intensive managerial control in practice -- The Macro: Sell out and pull out -- The Meso: Mistrust and monitor -- The Micro: Audit and cash in -- How governments missed this -- A retreat into rules.

      Compliance Capitalism2021
    • This latest edition of The Field Guide to Understanding 'Human Error ' will help you understand how to move beyond 'human error'; how to understand accidents; how to do better investigations; how to understand and improve your safety work.

      The Field Guide to Understanding 'Human Error'2014
      4,4
    • Patient Safety

      A Human Factors Approach

      • 262pages
      • 10 heures de lecture

      Increased concern for patient safety has elevated the issue on the agendas of practitioners, hospitals, and governments. The diverse risks to patients are compounded by the complexity of the healthcare system, yet discussions often remain oversimplified. Written from a scientific, human factors perspective, this work presents a method to clarify the discourse and guide improvements. While many believe that safety primarily rests with those directly providing care, the human factors approach emphasizes that responsibility cannot be solely assigned to frontline practitioners. Instead, it advocates for interventions that enhance safety by examining the entire system. This includes device design, teamwork and coordination among practitioners, communication across hierarchical and gender lines, individual cognitive processes, and the broader organizational, economic, and political contexts. The comprehensive nature of the human factors approach underscores the absence of simple solutions to patient safety challenges. This user-friendly introduction takes the complexity of healthcare seriously, avoiding oversimplification while providing substantial guidance to navigate these intricate issues in all their nuance.

      Patient Safety2011
      4,1