they are now available to the public‚ they will NOT appear in future SSBB examinations. This sample examination WILL NOT be allowed into the exam room. Appendix A contains the answers to the sample test questions. ASQ will not provide scoring and analysis for this sample examination. Remember: These test questions will not appear on future examinations so your performance on this sample examination may not reflect how you perform on the formal examination. A self-appraisal of how well you know the
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What is an FMEA? A failure mode and effects analysis (FMEA) is a systematic method of identifying and preventing product‚ service‚ or process failures before they occur. FMEAs focus on prevention (i.e.‚ “fix it before it breaks”). The objective of an FMEA is to look at all of the ways a product or process can fail‚ analyze risks‚ and take action where warranted. Typical applications include preventing defects‚ improving processes‚ identifying potential safety issues‚ and increasing customer satisfaction
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Organizational Systems This paper is the analysis of the avoidable sentinel event of Mr. B‚ a sixty-seven year old patient who was admitted to the emergency room with left leg and hip pain following a fall. A root cause analysis will help identify key elements which led to the unfortunate event. A plan of action to develop a change theory will help formulate an improvement plan to prevent future occurences like that of Mr. B. A failure mode and effects analysis will be discussed to test the projected
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19 Risk management ■ Failure over time is often represented as a failure curve. The most common form of this is the so-called ‘bath-tub curve’ which shows the chances of failure being greater at the beginning and end of the life of a system or part of a system. ■ Failure analysis mechanisms include accident investigation‚ product liability‚ complaint analysis‚ critical incident analysis‚ and failure mode and effect analysis (FMEA). ➤ How can failures be prevented? ■ There are
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GLOBAL PRODUCTION ENGINEERING AND MANAGEMENT (GPEM) Final assessment on Maintenance Management‚ by Marco Macchi‚ date 02-2011 Exercise #1 A Weibull analysis has been carried out on different components: the components under study are a pump and an electric motor (that is the motor needed in order to drive the pump); the analysis provides the reliability data for each component. • The pump has the following data: scale factor α = 8000 hours and shape factor β = 1. • The motor has the following
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Lean Six Sigma Operational - Delegate Workbook Mistake Proofing Techniques 2 Learning Objectives At the end of this section delegates will be able to: • Explain the role of Mistake Proofing within Lean Six Sigma • Recognise that defects can be eliminated (100% of the time) • Understand that Mistake Proofing should be focused on process steps that rely on operator vigilance and concentration • Recognise that simple‚ low cost devices can be the most effective solutions • Use a simple
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What do you look forward to‚ as you begin this educational experience and your personal search for purpose? What is your greatest fear? How can you overcome it? Write about one specific educational experience from your past where you addressed a fear and overcame it and how you succeeded in this process. What do I look forward to as I begin this educational program is to do it with the best of my ability. So I can be a successful student and a team member who inspires and empowers. Also l will
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Case of the Rotary Compressor Elevator Pitch: Every good case tells one good story. The simple story told in this case is how one of the most financially and well-managed companies in the history of the world‚ GE‚ decided to rush to market with a new refrigerator compressor (they thought was exactly like one used for air conditioners)‚ without sufficient testing and it failed‚ miserably in the field. Several early warnings during development were ignored‚ and negative information was discounted
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refine the primary customer requirements to a second level. (c) Form an L-shaped matrix and complete the remaining relationship matrix including weights. (d) Complete the house of quality and comment on the results. Prob.2 : (Failure Mode and Effect Analysis) (Chapter 14+ Lecture and Tutorial Material) Discuss the steps involved in performing design and process FMEA on any of the products or services listed in Prob.1. Prob.3 : (Statistical Process Control) (Chapter 18+ Lecture and Tutorial
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qm Session XII Assignment November 2‚ 2006 Chapters 12‚ 13‚ 14‚ 15 1. Briefly describe the difference between sequential engineering and quality by design (or concurrent engineering). Sequential engineering‚ as the name suggests‚ was completed in a sequential manner. Each step in the process was completed independent of the other steps and production is passed down the line with the preceding step unaware and unconcerned with problems that may arise. Quality by design or concurrent
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