Safe Behavior Model for Risk Management in Isolation, Confinement, and Extreme Contexts
Abstract
Safe Behavior (SB) tends to prevent undesirable events. In isolation, confinement, and extreme (ICE) environments, contexts that are difficult to access, SB optimizes risk management and offers autonomy. This study aims to describe the advances in the SB-BDC model to support the logical structure of risk management in health and safety, considering ICE environments. The theoretical-descriptive method was employed, guided by entity-relationship modeling (ERM) for the implementation of programs. Results: the actions of the SB-BDC model developed by the authors were hierarchically reordered, and the definition of outcomes and their interdependencies were optimized for a systemic view of utility applied to the ICE environment. The model presents itself as a promising innovation base for technologies that meet the demands of difficult-to-access contexts, directing a database for more effective predictive and prescriptive analysis.
Keywords: safe behavior, health, safety.
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