Revista Ingeniería Industrial | |
Evaluación cualitativa en ambientes laborales con partículas suspendidas | |
Felipe Martínez Vargas2  Marbella Muñiz Sánchez2  Jaime Guadalupe Pérez Muñoz2  María Eugenia Lazcano Herrero2  Juan José Espejel Montes1  Mayra Islas Galicia2  | |
[1] Instituto Politécnico Nacional$$;Instituto Tecnológico de Puebla$$ | |
关键词: UNE EN ISO 6385: 2004; | |
DOI : | |
来源: Universidad del Bio-Bio | |
【 摘 要 】
This paper shows the design and implementation of a survey that includes ergonomic principles to evaluate the workplace environment from the perspective of workers in centers where suspended particles are emitted and may pollute. The objective pursued in making this assessment is to promote employee participation in identifying areas of opportunity in four dimensions: Air Quality, Training, Health, and Safety and Well-being. In turn, may the survey serve as a complementary tool to the scope of the NOM-010-STPS-2014 which regulates health and safety conditions in workplaces where chemical substances are used. The methodology followed to achieve the objective of this paper included: 1) a detailed review of the Official Mexican Standard NOM-010-STPS-2014 and the International Standard UNE EN ISO 6385: 2004 “Ergonomic principles to design work systems”, in order to understand its contents regarding its scope, limitations, and application of ergonomics; 2) The design of a measuring instrument (survey), which considered: the establishment of the dimensions, the formulation of statements and answer format, and implementation of the survey; 3) The calculations for obtaining results. The survey was conducted to workers from companies of different sectors within the scope of coverage of the NOM-010-STPS-2014; the results are presented through a graphical model that evaluates the Importance and Performance, from which the need for improvement, in working conditions and some administrative issues, may be highlighted.
【 授权许可】
Unknown
【 预 览 】
Files | Size | Format | View |
---|---|---|---|
RO201912040519437ZK.pdf | 1457KB | download |