Évaluation de la collaboration Humain-Robot pour la production des anticancéreux injectables via la validation d’une grille de modèle d’acceptation de la technologie

Enzo Grassi, Claude Bertrand, Arnaud Pages, Assia Mitha, Ariane Blanc, Mapi Fleury, André Rieutord

    Résultats de recherche: Contribution à un journalArticleRevue par des pairs

    Résumé

    Integrating robotic technologies in hospital pharmacies, particularly for sterile compounding of injectable anticancer drugs, is a complex endeavour that requires a close human-robot collaboration, or cobotics. The objective of this project was to develop and validate an evaluation tool for assessing human-robot collaboration within a hospital pharmacy team. Prior to the implementation of the robot in our center, focus groups were coordinated to collect hospital pharmacy staff feedback, concerns, and expectations. Subsequently, a technology acceptance model was employed to evaluate this transition, which included a validated French survey tool. Our results demonstrated a statistically robust correlation between the behavioral intention to use the robot and its perceived usefulness and ease of use. This project highlights the importance of planning novel technologies implementation, such as robotization, by leveraging a validated evaluation tool to assess human-robot collaboration.

    Titre traduit de la contributionAssessment of Human-Robot collaboration for the production of injectable anticancer drugs through the validation of a technology acceptance model questionnaire
    langue originaleFrançais
    Pages (de - à)19-28
    Nombre de pages10
    journalJournal de Pharmacie Clinique
    Volume44
    Numéro de publication1
    Les DOIs
    étatPublié - 1 mars 2025

    mots-clés

    • Human-Robot collaboration
    • hospital pharmacy
    • injectable anticancer drugs
    • robotization
    • technology acceptance

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