Executive Summary Our team operated and managed the Littlefield Technologies facility over the span of 1268 simulated days. Our team finished the simulation in 3rd place‚ posting $2‚234‚639 in cash at the end of the game. We did intuitive analysis initially and came up the strategy at the beginning of the game. And then we applied the knowledge we learned in the class‚ did process analysis and modified our strategies according to the performance results dynamically. We have reinforced many of the
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Littlefield Simulation Write-up December 7‚ 2011 Operations Management 502 Team 9 Littlefield Lab We began our analysis by searching for bottlenecks that existed in the current system. It was easily identified that major issues existed in the ordering process. Without calculations‚ you could tell the reorder point was too low since the historical plots showed inventory levels at zero for two or more days at a time. The number of jobs in customer orders showed correlating spikes at the same
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Littlefield Simulation 2: Occupylittlefield With our second littlefield simulation complete‚ we have reinforced many of the concepts and lessons learned in class. We had a better understanding of the operation of the littlefield facility and how certain modifications would affect the throughput and lead time. Though we are pleased with our final results compared to the rest of the class‚ we see there is still room for improvement. We made many mistakes‚ but most importantly we have learned from
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ECONOMIC ORDER QUANTITY (EOQ) MODEL The economic order quantity (EOQ) is the order quantity that minimizes total holding and ordering costs for the year. Even if all the assumptions don’t hold exactly‚ the EOQ gives us a good indication of whether or not current order quantities are reasonable. What is the EOQ Model? Cost Minimizing “Q” Assumptions: Relatively uniform & known demand rate Fixed item cost Fixed ordering and holding cost Constant lead time (Of course‚ these assumptions don’t always
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Q 1. EOQ and MOQ are supplier-related terms‚ where EOQ shows the costs a supplier has that are associated with purchasing goods and MOQ shows the amount of goods required for purchase to pass on to the supplier’s customers. EOQ - Economic Order Quantity EOQ is basically an equation used to determine inventory stock. It figures the ideal quantity to order that a particular supplier should maintain in warehouse‚ determined by a consistent cost for production‚ demand‚ etc
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Littlefield Simulation1 Team Synergy discussed our strategy for the Littlefield Simulation. Following is the timeline summarizing the decisions we made and the justification for those decisions. Day 50 – Bought machine for Station 1 When we first evaluated our factory‚ we noticed from days 1 to 50‚ the bottleneck was mainly Station 1. Most days‚ however‚ we were able to make our $1000 revenue. Therefore‚ our team decided that buying another machine for Station 1 would help move the bottleneck
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LittleField (1) What was your initial strategy and how/why did you change your strategy during the game?. (2) Which concepts that you learned in this course did you apply in making your decisions? Explain. (3) What did you learn from the game? General Strategy Getting into the game our strategy was to identify the bottleneck in the process and maximize its utilization. We were aiming to balance our stock so a new stock will arrive every 4 days‚ and the current stock will not run out (but will get
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Stanford University Graduate School of Business rev. August 2004 Managing Customer Responsiveness at Littlefield Technologies Background Littlefield Technologies (LT) has developed another DSS product. The new product is manufactured using the same process as the product in the assignment “Capacity Management at Littlefield Technologies” — neither the process sequence nor the process time distributions at each tool have changed. On day 0‚ the factory began operations with three stuffers‚
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Q.1a) The following graph is EOQ model with planned shortages. Let the parameters from the basic EOQ model. d = constant demand rate K = setup cost for placing one order Q = order quantity h = inventory holding cost per unit of product per unit of time p = shortage cost per unit of product per unit of time S = inventory level just after an order of size Q arrives So‚ Q– S = Shortage in inventory just before an order of Q units is added Production or ordering cost per
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Littlefield Technologies Game 2 Strategy – Group 28 1. CUSTOMER ORDERS AND ORDERS WAITING FOR MATERIAL: When considering the demand level and changes‚ we would configure a time series of that data using short range forecasting. Time series are important because they are often the drivers of decision models. Trend projection and regression analysis models will be used to forecast the future demand as the growth of the demand increases at a lower level‚ increases to a higher level‚ and then decreases
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