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Summary Team 2 Wk 2 Airline Case Study update 6.docx OPS/420 Airline Delay Case Study University of Phoenix OPS/420 Airline Delay Case Study The scenario provided in this case study, is to identify high traffic areas within the metropolitan areas, to provid $7.49   Add to cart

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Summary Team 2 Wk 2 Airline Case Study update 6.docx OPS/420 Airline Delay Case Study University of Phoenix OPS/420 Airline Delay Case Study The scenario provided in this case study, is to identify high traffic areas within the metropolitan areas, to provid

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Team 2 Wk 2 Airline Case Study update OPS/420 Airline Delay Case Study University of Phoenix OPS/420 Airline Delay Case Study The scenario provided in this case study, is to identify high traffic areas within the metropolitan areas, to provide a service targeting wealthy business travelers. ...

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  • March 18, 2021
  • 7
  • 2020/2021
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OPS/420
Airline Delay Case Study

University of Phoenix

OPS/420




Airline Delay Case Study

The scenario provided in this case study, is to identify high traffic areas within the

metropolitan areas, to provide a service targeting wealthy business travelers. The Airport that

was chosen for this study is Newark Airport in New Jersey. Six airlines in the study include

Delta, United, Southwest, Spirit, Jet Blue, and American. A performance evaluation with each

of the airlines from best to worst at Newark Airport, NJ was made with the data provided. This

will show how with different methods and proper guidance a transportation service can become

successful.

Of these four chart types, which are the most appropriate given the data? Defend your

choice.

Identification of area with issues within each airline can be identified with Statistical

Process Control. Statistical Process Control or SPC’s inspects the outputs of a given process and

deciding whether the area falls between a predetermined range (Reid & Sanders, 2016). Controls

Charts are considered methods of SPC to identify the number of variations within processes that

can determine what is considered acceptable within a predetermined range. For this Case study,

the use of P-Charts, C-Charts, X-Bar Charts, and Range Charts, determined upper and lower

limits to identify areas of variation, and areas needing to be controlled. Use of these charts

allowed for identification of an acceptable variation.

Data collected from the US Department of Transportation showed a comparison of each

airline’s arrival delays, and causes of delays. This data allowed for Control charts to become

, separated into two separate groups, variables, and attributes. Variable control charts include X-

Bar charts, and R-Charts. Attribute control charts include P-Charts and C-Charts. Using data of


airline delays, a x-bar chart was developed, which allowed for an identification of a centerline or

mean, along with the Upper control Limit (UCL) and Lower control Limit (LCL).

X-Bar Charts help in determining what areas have issues that need to be addressed above

or below the provided control lines and provide a starting point to find solutions to the situation.

Range charts or R-charts monitors the dispersion of variability within the process (Reid &

Sanders, 2016). X-Bar Charts and R-Charts are both important variables. These charts used

together should monitor both the mean and the range. P-charts and C-charts are considered

attribute charts. P-charts used to measure the proportion that is defective within a sample (Reid

& Sanders, 2016). C-charts are used to monitor the number of defects per unit (Reid & Sanders,

2016).




For the best result with identifying high delay metropolitan areas, the recommendation

would be to use attribute control charts, more specifically the P-chart. P-chart information from

observations can be placed in two groups. Reviewing the multiple charts which compared the

major airlines, a determination was to which of the airlines are preferred from a quality

standpoint. Considerations were made based on how level the chart becomes as the sample data

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