Process Architecture Map: A Tool Used In The Performance Of A Task (Essay Sample)
Process Architecture Map
A process architecture map is a tool used in the performance of a task; it assists in marking every stage that is to be worked. The process map provides the know-how about the individual who is supposed to carry out the duty (Agrawal et al. 2016).
It also gives all information in writing that is related to the task, provides direction on the various ways which can be used to carry out the work, shows how the function is, and shows the connectivity of one role to the other. In stage mapping, you can note a task by the use of a square or a ‘D' shaped object, or a diamond shape. It gives a clear way on which all the activities are related, and the personnel involved can note the various methods that can be used to end the task. If there is any improvement stated then circles are used to indicate and they are placed in the upper left-hand corner of every function. The process map can improve performance, bring a little development or bring no change.
N-Squared diagrams assist me showing the various levels of the system elements. Lines are drawn down the grid to mark the system element. The connection of components can be displayed in the box similar to the one shown on the north-south position or the east-west position of the drawing. It is noted that the elements are adding value to the other and therefore they are independent. This is pointed out in the upper right half of the drawing. The relationships that can be identified are either one element is an input to another aspect. The lower left-hand half of the picture shows that one factor is as a result of the other (Agrawal et al. 2016).
As identified in figure 13, in the N- squared diagram the delivery system is noted and the connection is pointed out by the use of ‘x.' Others are neither inputs or outputs, therefore, indicated as black deem. In the delivery system diagram, it is noted that placed order is of much help to many elements for them to succeed. At the end completed delivery was output for the system to deliver. In conclusion, it is noted that N- the squared diagram is of much assistance in identifying the relationship between the elements and how they mutually assist each other in their production. It is essential to note this so that should a break down arise then it will be a simple task to identify where the system failed. Therefore, a correction can be done. The receipt after a finalized delivery was a collective output of the system elements.
Evaluating engineering data and artifacts is one of the fundamental duties that a system engineer has to perform. They are made during the system engineering process. The procedure definition is at the core of the system analysis, giving ways and criteria to interpret the procedure based on the system needs and also to define design properties of each answer about the methods used. To be able to gather much and to show the legality of the marks acquired and to identify the best ways to address the gaps (Agrawal et al. 2016).
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