15 research outputs found

    The use of simulation to prepare and improve responses to infectious disease outbreaks like COVID-19: practical tips and resources from Norway, Denmark, and the UK.

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    In this paper, we describe the potential of simulation to improve hospital responses to the COVID-19 crisis. We provide tools which can be used to analyse the current needs of the situation, explain how simulation can help to improve responses to the crisis, what the key issues are with integrating simulation into organisations, and what to focus on when conducting simulations. We provide an overview of helpful resources and a collection of scenarios and support for centre-based and in situ simulations

    Simulation et gestion de crise

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    International audienceHuman factors characterize how individuals interact with their environments. Analysis of medical errors shows that among human factors, psychological, cognitive, and organizational features are directly related to the quality of care. Therefore, in addition to knowledge and control of technical procedures, care providers should be able to operate within a successful team aiming at developing an adapted therapeutic approach. Simulation is an effective method to train health professionals to these called “non-technical” skills. Various situations provided by simulation offer secured possibilities for training, assessment, and discussion that enable healthcare professionals to face critical situations, develop competences, and improve performance. Based on a literature review, the authors present useful data for the development and promotion of teamwork training in crisis management in simulation centres as well as critical care departments including intensive care, emergency medicine, and anaesthesia departments.Les facteurs humains caractĂ©risent la façon dont les individus interagissent entre eux et avec leurs environnements. L’analyse des erreurs mĂ©dicales met en Ă©vidence qu’au sein des facteurs humains, les dimensions psychologique, cognitive et organisationnelle sont directement liĂ©es Ă  la qualitĂ© des soins. C’est pourquoi, au-delĂ  de l’acquisition de connaissances, de la maĂźtrise de procĂ©dures et de gestes techniques, les soignants doivent ĂȘtre en mesure de fonctionner de maniĂšre performante au sein d’une Ă©quipe afin de mettre en place une dĂ©marche thĂ©rapeutique adaptĂ©e. La simulation est une mĂ©thode efficace pour former les professionnels de santĂ© Ă  ces capacitĂ©s qualifiĂ©es de « non techniques ». Les situationsreconstruites en simulation offrent un espace sĂ©curisĂ© d’entraĂźnement, d’évaluation et d’échanges qui permet aux professionnels de santĂ© d’ĂȘtre confrontĂ©s Ă  des situations critiques, de dĂ©velopper des compĂ©tences et d’amĂ©liorer leurs performances. À travers une revue sĂ©lective de la littĂ©rature, les auteurs prĂ©sentent des donnĂ©es utiles Ă  la promotion et au dĂ©veloppement des activitĂ©s de formation au travail en Ă©quipe, Ă  la gestion de crise, dans les centres de simulation ou au sein des services de soins critiques (rĂ©animation, soins intensifs, mĂ©decine d’urgence et anesthĂ©sie)

    Ergonomics and occupational health and safety : a cost-benefit analysis model

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    The economic costs of occupational safety and health problems place a considerable burden on the competitiveness of both the public entities and the enterprises. Ergonomic problems at the workplace and bad work organization are part of the contributing risk factors to the above mentioned occupational safety and health problems. There are also considerable social costs of workplace accidents related to ergonomic and work organization risk factors. This paper aims to propose a model for the application of Cost-Benefit Analysis in Occupational Health and Safety, taking into account namely ergonomic aspects involved. A previous qualitative exploratory study was undertake n using the Delphi methodology to get some input from an expert panel in order to determine the most important factors which should be included in the model of cost-benefit analysis. This model permits to perform economic evaluations of risks and prevention initiatives from both the company and the society perspectives. It is an important tool to support managers and experts to make an economic analysis before the beginning of any ergonomic intervention project.(undefined
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