OCCUPATIONAL HEALTH AND SAFETY RISK MANAGEMENT IN THE MANUFAKTURING AREA OF ACCELERATE CURRENT CURRENT GENERATOR- STARTER (ACG-S) AT PT. X USING HOUSE OF RISK (HOR) METHOD
Risk management plays a role in protecting the company and worker from any possible loss. The implementation of risk management is very crucial, based on the data obtained from International Labor Organization (ILO) clarify there are 6.000 cases of work accidents per day that have fatal consequences...
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| Format: | Theses |
| Language: | Indonesia |
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| Online Access: | https://digilib.itb.ac.id/gdl/view/56206 |
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| Institution: | Institut Teknologi Bandung |
| Language: | Indonesia |
| Summary: | Risk management plays a role in protecting the company and worker from any possible loss. The implementation of risk management is very crucial, based on the data obtained from International Labor Organization (ILO) clarify there are 6.000 cases of work accidents per day that have fatal consequences. In Indonesia, there are 20 fatal victims due to work accidents for every 100.000 workers. The losses that must be borne due to work accidents in developing countries are four times higher than ini industrial countries, specifically USS 1,25 trillion or equal to 4% of the Gross national Product (PNB). This study uses house of risk method as a risk management desin in the manufacturing area of PT. X which manufactures vehicle equipment and components one of which is the Accelerating Current Generator-Starter (ACG- S). ACG-S is one of the advanced features on Honda motorbikes that stomping sound when the motor is started using an electric starter. House of risk is a model for proactive risk management. This method is a development of the Failure Mode and Effect Analysis (FMEA) method. In FMEA, the calculation is only carried out on the risks that could occur due to the use of tools and machines, however, it doesn’t consider the risks that also could occur due to human error as the house of risk do. House of risk consists of 2 phases. Phase 1 is doing identification of risk agents that cancause rissk events carried out. The probability of occurance will be calculated for risk agents while risk event will be calculated for its severity. Output from phase 1 is a priority risk agent obtained from pareto diagram that as much as
80% of the total risk agents will be prioritized to be processed into phase 2. Phase 2 is theprocess of giving and calculating preventive action. Priority risk agents will be given preventive action measured by defree of difficulty performing action and effetiveness to difficulty ratio. This method aims to be able to find out the risks that may occur during manufacturing activities, to know the mitigation of risk handling that can be done as well as recommendations or suggestions for improvement that the company can make to handle risks that may occur, and to know the framework of the risk management of PT. X specifically and can be applied in other industries.
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