Creating Word Class Performance in a Jaguar Assembly Plant
Multiple Cause Diagram
In the above multiple cause diagram, six feedback loops exist and they relate to the following sub-systems.
Planning
Customer Orders
Purchasing
Stores, and Production
The model indicates that the goal is matching the demand with production and is causal to seamless back-to-back activities in the areas of purchasing, production and planning. The diagram explores significant areas such as the impact changes in customer schedule has on production requirements. Customer schedule changes are difficult to determine precisely, especially as pertains to production due dates and material needs (Tomar, 2008).
The diagram below can be very helpful in identifying the factors driving a certain change event. It can be used to identify "cause chains" and help in the identification of key elements. While it is relatively simple, it indicates clearly why a change is taking place and in doing so it points the way forward as pertains to the needed features of a given system. It was also found to be useful in helping communicate forthcoming changes to workers and was the core for employees and management to hold discussions. The driving factors interacting with one another are displayed in the diagram and it helps identify factors that drive demands (Paton & Mccalman, 2008).
2. Closed Loop Control System
The main advantage enjoyed by a closed loop system is that it is able to lower the sensitivity of a system to outside disturbances, for instance, the door of the dryer being opened, and so making the system impose high levels of control since the controller compensates any changes that happens in the feedback system. The major characteristics of Closed-loop control are (Power Electronics, n.d.):
• Reducing errors by making adjustments to the systems input automatically
• Making an unstable system more stable
• Increasing or reducing the sensitivity of the system
• Enhancing the systems control against disturbances from outside
• Reducing the repeatability and reliability of performance
Knowledge of the basic systems of processes can help in setting up control systems and identifying as well as monitoring the disturbances. The most efficient way to rid a system of external disturbances is therefore reducing or minimizing the disturbances that reach the value system. This will help the system achieve stability. Disturbances reduce the efficiency or alter the purpose of output. Utilizing closed loop transfers help in the reduction or minimization of disturbances significantly (Ahmed & Hussain, 2014).
Essay
1. Organization Goals
Organizations are constituted by groups of individuals to help them achieve ends they cannot pursue and meet individually. By organizing strategy and effort, a group of people is able to achieve greater results than they would have otherwise attained (if they acted alone). Achieving the goals an organization leads to greater order in the organization and increased cooperation among the various parts and functional units within the organizational structure. All the structural parts of an organization are very important and need due consideration, if an organization is to register peak performance. There are several factors that influence how well an organization functions and these factors come from both the external and internal environment. For an organization to survive given these factors, an organization must continually adapt and become more efficient (Tran & Tian, 2013).
The extent to which the workers in an organization are competitive and aggressive instead of solely being co-operative can affect performance. Employees can enter into health or unhealthy competitions among themselves. Where such competition leads to disunity, it impedes the primary...
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