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The probability of work accidents in the construction sector are still high while the challenges ahead are even greater. Construction industri is one of the dominant factors in the national development strategy and facing global markets. Organizational commitment in implementing occupational safety and health management system can reduce the number of workplace accidents and create a safe environment for work. This study examines the level of commitment and evaluates the application of occupational safety and health in construction company, namely PT X. This study was a descriptive analytic research with in-depth analysis based on in depth interviews. The main variables of this research are considered to obligation of Republic of Indonesia OHSMS regulation, those are organizational structure and policy. The commitment set by the company is compared with the consistency of its implementation at three stages of work on the project those are preparation, execution and post construction. This research obtained that the company’s commitment is administratively high however the consistency is still medium because the application was not optimal in the field. In the evaluation found several gaps, those are client enforcement, role models, monitoring and communication scheme that must be improved.
The construction sector is the highest accident contributor sector in Indonesia and the most cases occur in the construction of buildings. One of the jobs in building construction is casting which is a crucial job and needs to be considered in a construction since it will determine the strength of the building structure. This study aims to manage occupational health and safety risks in the casting process of office building X. This study was a descriptive analytical study with a qualitative risk analysis approach using Job Hazard Analysis and semi-quantitative risk analysis referring to AS/NZS 4360:2004 concerning Risk Management. The result of the study shows that of the 96 assessed risks, 28 of them are categorized as very high; such as, the risk of falling from height, exposure to concrete mix, exposure to curing compound liquid, being hit by materials; such as, pedestal and iron, being electrocuted by a vibrator and experiencing a hand-arm vibration syndrome. Thus, risk control measures are needed in order to reduce the level of risk so that it falls into an acceptable risk.
This study discusses the implementation and analysis of active and passive fire protection systems and means of egress at the Jakarta International Stadium in 2022. This study uses a descriptive analytic research design using a semi-quantitative method. Based on the results of the study, the overall level of conformity of the implementation showed a value of 77.79% in the Existing result and was categorized as "Enough (C)". In addition, the score on the Projecting Result was 84.65% which was categorized as "Good (B)". These results indicate that the existing implementation is considered capable of maintaining building construction during a fire, providing defense to the building to prevent the spread of fire and smoke, detecting, informing, and extinguishing fires, and being able to provide means and egress routes and minimize obstacles that can impact the total evacuation time of occupants until they reach the release exit and assembly point.
