MINITAB Applications in Six Sigma Agenda 13:00-13:30 Registration 13:30-14:20 MSA-MINITAB 14:20-14:30 Break 14:30-15:20 SPC-MINITAB 15:20-15:30 Break 15:30-16:20 Case study (Healthcare & Banking) 16:20-16:30 Q&A July 14‚ 2006 in Taipei MSA-MINITAB Application in (Measurement Systems Analysis‚ MSA) Measuring System. What is a Measuring System? •The measuring device (Repeatability) •The person who is taking the measurement (Reproducibility) 3 Measurement Process The ideal measurement
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delay due to factors other than considered. Analysis Statistical process control Xbar chart Rbar chart Total quality management Fishbone diagram Pareto chart X- bar chart • Xbar charts are the control charts for process means. The control limits in X bar charts place bounds on the amount of variability we are willing to tolerate in our sample means. In X bar charts we have • A
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THE CRUCIBLE CHARACTER ANALYSIS CHARACTER Abigail Williams DESCRIPTION OF CHARACTER MOTIVATION FOR ACTIONS PERSONALITY TRAITS 17-year-old niece of Rev. Parris had an affair with John Proctor to protect herself her desire to have John Proctor all to herself witnessing her parents’ murder good at deceiving others violent untrustworthy leader vengeful Betty Parris 10-year-old daughter of Rev. Parris scared to get in trouble scared Reverend Parris Salem’s minister; disliked by many people
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case: Kristen’s Cookie Company (A)‚ we can draw the Flow Process Chart‚ which could visualize the process of making a dozen of cookies. Q1. As we can see from this Gantt chart 1.1‚ the Rush Order Time is 26 minutes for one dozen size order. Chart1.1 A One Dozen Size Order The Gantt chart 1.2 clearly show the Rush Order Time is 36 minutes for two dozen size order. Chart1.2 A Two Dozen Size Order According to this Gantt chart 1.3‚ the rush order time is 46 minutes for three dozen size
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Chapter 10 (Unit 8): Quality Control Learning Objective: * Learning Objectives: 1. List and briefly explain the elements in the control process 2. Explain how control charts are used to monitor a process‚ and the concepts that underlie their use 3. Use and interpret control charts 4. Perform run tests to check for nonrandomness in process output 5. Assess process capability * What is Quality Control? 6. A process that evaluates output relative to
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5 Quality And Performance PowerPoint Slides by Jeff Heyl Copyright © 2010 Pearson Education‚ Inc. Publishing as Prentice Hall. For Operations Management‚ 9e by Krajewski/Ritzman/Malhotra © 2010 Pearson Education 5–1 Costs of Quality A failure to satisfy a customer is considered a defect Prevention costs Appraisal costs Internal failure costs External failure costs Ethics and quality Copyright © 2010 Pearson Education‚ Inc. Publishing as Prentice Hall. 5–2 Total Quality Management
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1. Introduction Statistical process control refers to a statistical method used to separate variation produced b y special causes and varation produced by natural causes. This is done so that it is possible to eliminate the special causes and to establish and maintain consistency in the process‚ allowing the process to be improved. A Process refers to everything that is done in a workplace. Multiple factors affect these processes and they are usually refered to as the Five M’s. The Five M’s
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Process Control is an effective method of monitoring a process through the use of control charts. It would involve using Statistical techniques to measure and analyze the variation in processes. It can detect the presence of special causes of variation. To make a chart‚ you first have to study the process and find out how what sort of results to expect. Plotting ongoing results of the process on the chart can alert you to changes that could signal problems. One of DAV challenge was that they
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| |2011 | | | | | | | Deutsche Allgemeinversicherung Process Measurement and Improvement Introduction The case is based on an insurance service company which traced back to 1994. The company was facing problems in controlling and improving service quality and operation
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pivoting the original circle about the center of the chart. At the location of the first stub‚ the allowed normalized admittances are found on an auxiliary circle which is obtained by rotating the unitary conductance circle counterclockwise‚ by an angle Given the load impedance‚ we need to follow these steps to complete the double stub design: (a) Find the normalized load impedance and determine the corresponding location on the chart. (b) Draw the circle of constant magnitude of the
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