develop a patient case study related to an elderly male

Part I: List and discuss the five steps to risk assessment and management. Part II: Conduct a before and after qualitative risk assessment to determine the risk level, based on the following information: Spillage of product along the walkway of a conveyor belt in an area creates a significant slip and trip hazard, especially when it rains (as there are significant leaks in the product shed). This area is occupied on the average with three employees per shift, which must pass through this area at least twice a day. The most likely consequence could be a significant strain or sprain to the extremities including potential permanent lumbar injuries. One option to reduce or eliminate the risk is to barricade the area and provide a secondary path. The secondary path would require employees to travel to the upper level, across and back down to this level, thus creating an additional travel time of 10 minutes each way (twice per day). Explain reasoning why you chose the severity and probability ratings. Part IV: In order to eliminate the condition of spillage along the conveyor belt identified in Part II and III, a permanent solution would be to replace the current 24″ belt with a 48″ belt. In order to do this, all of the rollers, framing, belt and guards must be replaced at a cost of $235,000. (Note: Some of this cost can be recovered by the prevention of lost product, but this does not factor into the cost justification process at this time.) Once completed, this project will reduce the risk by 42%. Using the William Fine method, calculate the risk score and J-value and determine: whether the cost to correct a hazard is justified and how quickly the hazard should be corrected.

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