Simulation In-Class Homework - Part 1 The process you have been asked to model has three steps: drill, weld, and paint. Sam operates the drill and earns $10/hour, Adam operates the welder and earns $12/hour, and Jane operates the paint booth and earns $15/hour. You have verified the following completion/duration/cycle times by watching each operation over a week and recording the time it took to complete each unit. Data gathered from drill completion/duration/cycle times per unit indicate that those times are normally distributed with a mean of two hours and a standard deviation (SD) of 15 minutes. Data gathered from weld completion/duration/cycle times per unit indicate that those times are normally distributed with a mean of one hour and a standard deviation (SD) of 25 minutes. Data gathered from paint completion/duration/cycle times per unit indicate that those times are normally distributed with a mean of four hours and a standard deviation (SD) of 25 minutes. The inter-arrival time between jobs is exponentially distributed with a mean of two hours. This operation is a pull organization, units are not produced unless there is an order for them. Thus, the price of each unit is used to determine WIP costs. The average price per unit is $200. Write a memo to let you manager know (to the best of your ability), with the current system, how long it will take to finish 30 items, how much it will cost in total (WIP cost and wages), and the utilization of each resource. Then offer some possible scenarios that would improve through-put. Simulation In-Class Homework - Part 1 The process you have been asked to model has three steps: drill, weld, and paint. Sam operates the drill and earns $10/hour, Adam operates the welder and earns $12/hour, and Jane operates the paint booth and earns $15/hour. You have verified the following completion/duration/cycle times by watching each operation over a week and recording the time it took to complete each unit. Data gathered from drill completion/duration/cycle times per unit indicate that those times are normally distributed with a mean of two hours and a standard deviation (SD) of 15 minutes. Data gathered from weld completion/duration/cycle times per unit indicate that those times are normally distributed with a mean of one hour and a standard deviation (SD) of 25 minutes. Data gathered from paint completion/duration/cycle times per unit indicate that those times are normally distributed with a mean of four hours and a standard deviation (SD) of 25 minutes. The inter-arrival time between jobs is exponentially distributed with a mean of two hours. This operation is a pull organization, units are not produced unless there is an order for them. Thus, the price of each unit is used to determine WIP costs. The average price per unit is $200. Write a memo to let you manager know (to the best of your ability), with the current system, how long it will take to finish 30 items, how much it will cost in total (WIP cost and wages), and the utilization of each resource. Then offer some possible scenarios that would improve through-put