Optimizing Safety and Efficiency: Ergonomics in Firefighter Load Handling (#268)

Authors

Acuña Acuña, Edwin Gerardo

Cabascango Vilca, Antonio Leonardo

Abstract

This study investigates the factors influencing load handling during fire truck preparation, where rapid response is essential. It focuses on the ergonomic and safety challenges firefighters face, such as lifting heavy equipment under time constraints, which impact both operational efficiency and occupational health, particularly musculoskeletal disorders. Despite existing ergonomic guidelines, practical gaps remain in integrating safety and efficiency in this high-pressure environment. Objectives: The research aims to evaluate current working conditions and propose interventions to improve safety and efficiency, reduce injury rates, and enhance operational readiness. Methodology: Using a mixed-methods approach, the study combines ergonomic assessments, surveys, and observational studies while reviewing safety regulations to develop solutions that mitigate fatigue and optimize operations. Expected Results: Implementing ergonomic measures is anticipated to lower occupational hazards, improve efficiency, and reduce injury rates during emergencies. Conclusion: The study emphasizes environmental sustainability by advocating for recycling practices within fire stations. It proposes a model integrating safety and environmental responsibility to reduce costs and create safer, more efficient work environments for firefighters and their communities.