La presente investigación titulada: “Diseño de un sistema de preparación y respuesta para emergencias del personal operador de equipos de transporte de mineral en socavón en una Unidad Minera bajo D.S. 024-2016-EM Junín 2018”, fue desarrollada para dar respuesta a la siguiente pregunta: “¿Cuál será el diseño de un sistema de preparación y respuesta para emergencias del personal operador de equipos de transporte de mineral en socavón en una Unidad Minera?, por ello se sostuvo como objetivo general: “diseñar de un sistema de preparación para emergencias del personal operador de equipos de transporte de mineral en socavón en una Unidad Minera” y para su desarrollo planteo un diseño de investigación no experimental, cualitativa y descriptiva. Para tal fin se hizo levantamiento de información de las áreas y actividades de riesgo de tal manera que se obtuvo un anál...

Electricity is a fundamental commodity for society. However, the installation and assembly of infrastructure for its generation and distribution pose intricate ergonomic challenges for workers. In this context, the study aimed to evaluate and mitigate disergonomic risks related to the activities of loading and unloading metallic structures for electrical transmission lines. Initially, the research identified discomfort zones using the Corlett and Bishop diagram, followed by the classification of postures through the REBA method. Subsequently, risk levels were quantified using Ergonautas software, and finally, improvement actions were formulated and implemented to mitigate the identified risks. The results revealed prevalent discomfort in the lumbar, dorsal, and right foot regions. Additionally, the intervention measures reported a significant reduction in “very high”, “high”, and...

Electricity is a fundamental commodity for society. However, the installation and assembly of infrastructure for its generation and distribution pose intricate ergonomic challenges for workers. In this context, the study aimed to evaluate and mitigate disergonomic risks related to the activities of loading and unloading metallic structures for electrical transmission lines. Initially, the research identified discomfort zones using the Corlett and Bishop diagram, followed by the classification of postures through the REBA method. Subsequently, risk levels were quantified using Ergonautas software, and finally, improvement actions were formulated and implemented to mitigate the identified risks. The results revealed prevalent discomfort in the lumbar, dorsal, and right foot regions. Additionally, the intervention measures reported a significant reduction in “very high”, “high”, and...