Quality LossL(x) Probability f(x) Expected Loss 0.1996 0.04 0.1997 0.07 0.1998 0.12 0.1999 0.11 0.2000 0.40 0.2001 0.10 0.2002 0.08 0.2003 0.05 0.2004 0.03 1.00
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- Answer the question based on article given- Thanks Q1-Write a description of parts and process document that summarizes the parts and processes of thistechnology/system basically “what it is and how it works?” Article: Self-heating smart jacket responds to changes in temperatureDate Published: Feb. 28, 2018Author: Natasha HittiBoston-based start-up company Ministry of Supply has designed a self-heating smart jacket thatis able to respond to changes in temperature and create an individual "microclimate" for itswearer.The Mercury jacket is the first electronic garment created by Ministry of Supply, a clothingcompany founded by three MIT students.Aiming to solve the challenge of dressing for transitional environments, the tech-powered jacketuses three carbon fibre heating pads to automatically warm the garment through a process calledresistive heating.The jacket has an internal thermometer, an external thermometer, and an accelerometer thatmeasure temperature and movement – a…Flextronchip, an OEM manufacturer, has a fifth-generation chip for cell phones, with chip specification of 0.2 ± 0.0002 mm for the distance between two adjacent pins. The loss due to a defective chip has been estimated as $28. Required: 1. Compute the value of k, the cost coefficient in the Taguchi quality loss function (QLF), L(x) = k(x − T)2. 2. Assume that the quality control manager takes a sample of 100 chips from the production process. The results are as follows: Measurement Frequency 0.1996 2 0.1997 6 0.1998 14 0.1999 9 0.2000 45 0.2001 9 0.2002 8 0.2003 5 0.2004 2 a. & b. Use the appropriate Taguchi quality loss function, L(x), to calculate the estimated quality loss for each of the observed measurements. Additionally, calculate the expected (i.e., average) loss per unit for the production process as a whole.As VP for operations at Méndez-Piñero Engineering, you must decide which product design, A or B, has the higher reli-ability. B is designed with backup units for components R3 and R4 . What is the reliability of each design? PX 0.99 0.95 0.998 0.995Product Design AR1 R2 R3 R4 0.99 0.95 0.985 0.990.95 0.99
- Consider Solved Problem 17.2 given in the textbook. If the reliability of each and every component shown in R1, R2, R3, R4 and R5 are reduced by 15% (for example, R2 becomes 0.8), calculate the total reliability of the system. As done in the solved example, be sure to show all steps. NOTE: You should not redraw the diagram. Solved 17.2 A recent engineering change at Sullivan Wrist Calculator places a backup component in each of the two least reliable transistor circuits. The new circuits will look like the following: What is the reliability of the new system? Solution attachedYour company has asked you to determine the financial risks of manufacturing 6,000 units of a product rather than purchasing them from a vendor at $66.50 per unit. The production line will handle exactly 6,000 units and requires a one-time setup cost of $50,000. The production cost is $60/unit. Your manufacturing personnel inform you that some of the units may be defective, as shown below: % defective 0 1 2 3 4 probability of 40 30 20 6 4 occurrence (%) Defective items must be removed and replaced at a cost of $145/defective unit. However, 100 percent of units purchased from vendors are defect-free. Construct a payoff table, and using the expected-value model, determine the financial risk and whether the make or buy option is best.***Not an assignment*** As a Senior Manager of the Customer Service Department in Joyah Airlines (JOL). you are been instructed by CEO, Dato' Dony Bernadi, to execute an intensive plan mprove the Quality and Reliability of service to JOL's customers. Prepare a thorough plan on how you going to apply the concept of QRM towards excellent Quality and Reliability services to the customers
- use real-life scenarios as a guide. Please describe experimental design, and how it would benefit the organization in terms of improving quality. XElizabeth Irwin's design team has proposed the following system with component reliabilities as indicated: R2=0.88 R1=0.92 R4=0.92 R3=0.88 The overall reliability of the proposed system = % (enter your response as a percentage rounded to two decimal places). Hint: The system functions if either R2 or R3 work.A reliability statement for a given product would be incomplete unless it included: Select one: a. Installation time requirements b. Manufacturing environmental requirements c. A numerical probability value d. Unsuccessful product performance requirements Clear my choice
- 1. Using examples, differentiate between series and parallel Reliability Block Diagrams (RBD) and show how to calculate system reliability in each case. 2.What is the overall reliability that bank loans willbe processed accurately if each of the 5 clerks shown in thechart has the reliability shown? Hint: The three paths are done in parallel, followed by anadditional independent step.After reviewing Chapter 6 and Chapter 6 PP Slides, describe in about four paragraphs: Costs of Quality Six Sigma