Please provide a short answer to each question:
Question 1: Focus on Beer as an end item for the consumer. And you have to become familiar with part of the supply chain with you as a wholesaler. You will also experience the Bull-Whip Effect as you practice in the simulation. Consider the idea of feedback within a system, feedback as some form of information that is used to make decisions about controlling rates of flow.
How does feedback, or the absence of it, help to create the bull-whip effect? What feedback would you like to have, specifically, as you determine your weekly orders for Kentucky Swamp Brew? How would get such information? When would you like to have it?
Continue with analyzing feedback within your supply chain as a beer wholesaler. Consider that a forecast is a specific type of feedback, based on projecting historical information into the future to provide some type of goal or expectation for system performance. How would you use forecasting to help you determine your weekly ordering decision of Kentucky Swamp Brew?
Based on your reading/knowledge about system dynamics, you have seen that in a system, different entities flow into and accumulate in stocks and then flow out, sometimes into another stock. This is similar to items in a queue or waiting line. But there are some aspects that are different from queues when comparing to system dynamics. For example, water cannot be analyzed using queuing theory, since you would have to track each molecule as you would track a person in a waiting line. Identify how queues are different than items flowing into and out of stocks as characterized by system dynamics.
Besides making decisions about which piece of equipment to buy or which process to use, productivity is also analyzed in terms of Productivity Measure or ratio of Outputs / Inputs. For example, for the beer wholesaler, one productivity measure that could be used is Shipment productivity. The outputs to consider are the number of items that are shipped during a week, and the inputs would be the number of hours worked by the shipping crew during that same week. So the Shipment productivity would be items shipped per hour worked. Instead of items shipped, you could use the number of pounds shipped as the output.
A. Consider Shipment productivity. Think of one way that you could improve shipment productivity and explain.
B. Think of one other Productivity Measure you might use at the beer wholesaler/distributor and explain how you would calculate it. And then how would use it to improve productivity?
Using the following concepts to answer the below questions:
-Extended enterprise supply chain theories to develop an optimal ordering strategy
-Apply linear programming to optimize inventory and costs
-Apply queuing theory to analyze logistics issues with waiting lines
-Apply breakeven analysis to decide best options to improve logistics productivity
- Shipment productivity
Looking for your personal thoughts on the below questions:
A. What two concepts do you think are the most relevant to the field of logistics and why?
B. Which one or two concepts do you think are the least relevant to the field of logistics and why?
C. Which concepts did you find particularly difficult to learn and why?
As the wholesaler, it is important that one becomes familiar with the supply chain. This will entail the proper supply chain management. The bull whip effect occurs in the supply chain when the demand levels in the supply operation are improved as they ascend up in the chain. Greater levels of inefficiencies are obtained when information distortion takes place from one end of the supply chain to the other. The presence of feedback in the bull whip effect brings about the following alterations in the system; increased integration of new information in all the systems, the defining of inter-organizational relationships and the implementation of new inducement in the supply chain (Disney, 2009).
Delays in Feedback:
The experience of delays of feedback in the bullwhip effect in the supply chain will raise the lead to the distortion of information from one system to another. This will lead to the creation of excessive inventory investments in the chain, poor services to the customers, the loss of organizational revenues and the misguided plans in the production capacity. The corporations in the supply will also experience inactive transportation and delays in the production schedules caused by delayed feedback or the lack of it. In the determination of the weekly orders for the Kentucky Swamp Brew, the following are the kind of feedback that will be needed; the distributor orders, the fluctuating rates of the demand variables of the drinks in the target market as well as the retailers'?? order of the manufactures. The information on this valuable feedback will be obtained from the respective company logistic executives and the feedback and the communications should be accurate to avoid any forms of exaggerated order swigs in the supply chain (Disney, 2009).
In the modern business operations of the supply chain, forecasting has to be ...
The supply chain questions for a beer wholesalers are examined.
The Bullwhip Effect and the EBBD Simulation
Focuses on beer as an end item, for the consumer. And you have to become familiar with part of the supply chain with you as a wholesaler. You will also experience the Bull-Whip Effect as you practice in the EBBD simulation. Consider the idea of feedback within a system. Feedback as some form of information that is used to make decisions about controlling rates of flow.
How does feedback, or the absence of it, help to create the bull-whip effect? What feedback would you like to have, specifically, as you determine your weekly orders for Kentucky Swamp Brew? How would you get such information? When would you like to have it?
The EBBD Simulation is intended to help you learn about the Bull-whip effect as you experience what it is like to be responsible for ordering a product to distribute to your customers.
Comment on this simulation. Did it help you learn? What did you like about it, not like? What are some ideas you have for making the simulation better?
Would you like to also play the role of one of the retail customers, ordering beer to stock in your store and having to deal with not getting your orders from EBBD on time?
Any other ideas or comments?