WNMU House of Quality Questions

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Description5.2 Given the following customer requirements and technical requirements for
an automobile, constructa partial House of Quality. Use your own preferences to
denote relationship strengths.
CustomerRequirement
s
TechnicalRequirement
s
good mileage
acceleration rate
fast response
fuel economy
whenpassing
good handling
passing time
5.2 The following exhibit shows a partially completed House of Quality for a
proposed fitness center.
● Examine the relationships in the roof of the House of Quality.
Explain why they make sense (or if you think they do not,
explain why). How would this assessment help in the design
activity?
● Complete the matrix in the body of the House of Quality. That is,
examine each pair of customer and technical requirements and
determine if there is a very strong relationship, a strong
relationship, a weak relationship, or no relationship and fill in
the appropriate symbols in the matrix.
● Suppose that the most important customer requirements identified
through surveys and focus groups are “Has programs I want,” “Family
activities available,” “Equipment available when desired,” “Easy to sign
up for programs,” and “Value for your money.” “Staff available when
needed” was ranked low, while the remaining were ranked moderate in
importance. Based on this information, identify the most important
technical requirements that should be addressed in subsequent design
activities.
●
34.5.3 Vehicle transmission repairs for part number TAC45123 are
costly to replace. A highly skilled mechanic must disassemble the
transmission. If the part fails while it is in warranty, the
manufacturer pays the full cost of the repair to the garage or dealer
that did the repair. The manufacturer uses the Taguchi loss function
to set a specification for the part with . The dimensions for the part
are 1.0 ± 0.10 centimeters.
● What is the economic value of one failed part?
● If the manufacturer of the part paid the full warranty cost on
1,862 failures last year worldwide, what is the total economic
cost of failure?
● If the manufacturer improved process and equipment
capability so the part specifications changed to 1.0 ± 0.05
centimeters, what is the economic cost of one failure?
● Assuming failures were reduced by one half to 931 due to the
more precise specifications, what is the economic cost of
failure?
● How much warranty cost is saved according to Taguchi
estimates by improving specifications from ±0.10 to ±0.05?
35.

Purchase answer to see full
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Description5.2 Given the following customer requirements and technical requirements for an automobile, constructa partial House of Quality. Use your own preferences to denote relationship strengths. CustomerRequirement s TechnicalRequirement s good mileage acceleration rate fast response fuel economy whenpassing good handling passing time 5.2 The following exhibit shows a partially completed House of Quality for a proposed fitness center. ● Examine the relationships in the roof of the House of Quality. Explain why they make sense (or if you think they do not, explain why). How would this assessment help in the design activity? ● Complete the matrix in the body of the House of Quality. That is, examine each pair of customer and technical requirements and determine if there is a very strong relationship, a strong relationship, a weak relationship, or no relationship and fill in the appropriate symbols in the matrix. ● Suppose that the most important customer requirements identified through surveys and focus groups are “Has programs I want,” “Family activities available,” “Equipment available when desired,” “Easy to sign up for programs,” and “Value for your money.” “Staff available when needed” was ranked low, while the remaining were ranked moderate in importance. Based on this information, identify the most important technical requirements that should be addressed in subsequent design activities. ● 34.5.3 Vehicle transmission repairs for part number TAC45123 are costly to replace. A highly skilled mechanic must disassemble the transmission. If the part fails while it is in warranty, the manufacturer pays the full cost of the repair to the garage or dealer that did the repair. The manufacturer uses the Taguchi loss function to set a specification for the part with . The dimensions for the part are 1.0 ± 0.10 centimeters. ● What is the economic value of one failed part? ● If the manufacturer of the part paid the full warranty cost on 1,862 failures last year worldwide, what is the total economic cost of failure? ● If the manufacturer improved process and equipment capability so the part specifications changed to 1.0 ± 0.05 centimeters, what is the economic cost of one failure? ● Assuming failures were reduced by one half to 931 due to the more precise specifications, what is the economic cost of failure? ● How much warranty cost is saved according to Taguchi estimates by improving specifications from ±0.10 to ±0.05? 35. Purchase answer to see full attachment

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