ЕКО-ЕРГОНОМІЧНЕ ПРОЕКТУВАННЯ РОБОЧОГО СЕРЕДОВИЩА

Abstract

The necessity of applying new directions of ergonomics to improve safety at work is considered. The relevance is conditioned by the awareness of the problem of limited natural resources and the negative impact of human activity on the environment. It led to the necessity of rethinking the concept "security" from the standpoint of sustainable development of society. Today, safety is the procuring of harmonious relations between human and the environment in all spheres of activity. In terms of occupational safety, new areas of ergonomics such as ergoecology, green ergonomics and eco-ergonomic designing can be useful in creating such balance. The work focuses on using eco-ergonomic designing principles in matters of ensuring industrial safety. Thus, the aim is the practical application of the eco-ergonomic designing principles to improve safety at working place. At researching the basic eco-ergonomic designing principle was applied - the search of an optimal combination of working conditions and technical procuring at the workplace, which would suit modern psychophysiological, social, engineering and ecological requirements. The prime tool of researching is a practical analysis of workplaces, an essential component of which is the assessment system. Based on the study results, problematic issues at workplaces got identified, and a search for their solutions got carried out. It is shown that using eco-ergonomic designing in matters of ensuring safety at the workplace makes it possible to implement the trinity necessary to maintain and preserve human health - eco-friendliness, comfort and safety. The work results: 1) for effective management of industrial safety it is necessary to make a transition from closed systems “man-machine-working environment” to open systems “man-machine-working environment-environment” through the application of the eco-ergonomic designing principles; 2) the method of eco-ergonomic assessment got proposed as the first step to a qualitative improvement in the interaction between humans and the environment; 3) modern engineers in eco-ergonomic designing should be trained in this area, taking into account the principles of human factor engineering. The practical significance of the results is in identifying problems in the functioning of the system "man-machine-working environment-environment" and determining effective measures to eliminate them. The results of its approbation proposed assessment system at the flexo printed product's enterprise confirm the effectiveness.