건축건설공사 근로자의 공종별 직무스트레스에 관한 연구

Abstract

The number of ills and deaths due to illnesses is increasing every year in the workplace, and there is a growing interest in resolving job stress.In previous studies, there was an active study on correlation between work capacity and job stress, and correlation analysis between injury rate and job stress. However, there are few studies on the occupational stress of construction and construction industry which has the highest mortality rate in the construction industry. Therefore, in this study, we tried to measure occupational stress by each type of construction by categorizing construction and construction. For the purpose of measuring occupational stress by construction type, the questionnaire survey of 43 items on the sub - factors of the occupational stress measurement of the Korean occupational safety industrial complex was conducted. The questionnaire was conducted on 851 workers in the construction and construction,Of these, 669 questionnaires were analyzed except for 182 questionnaires which were bad answer. According to the results of the survey, job stress was higher in the seawall / exterior wall construction than in the permafrost in the physical environment and inadequate compensation. This was due to the increase in exterior wall finishing work, heavy work imminent work progress and winter workIn the case of curtain wall construction, the job stress was high in the duty rate, and it is because the work risk is high because it works by lifting the light weight material. In addition, the work stress of E/V construction was high in relation conflict and organizational system. This is because of the high risk of falling when installing vertical members, and the job stress of rebar construction is higher than other types of work in job instability and work culture. This is because it is not possible to communicate with existing input workers due to repeated work input for a short period of time. Based on the analysis results of this study, it can be expected to contribute to reduce disasters by establishing safety management measures.