Methodologies
Focus on; 1) Design Quality in, 2)Preventing problems, and 3) Increase customer satisfaction:
a) Six Sigma
b) Design For Six Sigma
c) KANO Model
d) PGA
b) Design For Six Sigma
Transform the selected design concept into a detailed one is the main objective of:
a) Define
b) Measure
c) Analyze
d) Design
e) Verify
d) Design
Ratings with verbal anchors tool to assess customers opinion about a product service:
a) House of Quality
b) Likert Scale
c) Design Score Card
d) Kano Survey
b) Likert Scale
The biggest source of Variability in Figure A is:
A) Between Group
B) Within Group
C) Long Term
d) Short Term
B) Within Group
Focus on; 1) Solving existing problems, and b) Continuous improvement:
a) Six Sigma
b) Design For Six Sigma
c) KANO Model
d) PGA
a) Six Sigma
Understand the VOC, identify the requirements, and establish the baseline is the main objective of the:
a) Define
b) Measure
c) Analyze
d) Design
e) Verify
b) Measure
A product planning matrix that is built to show how customer requirements relate directly to the ways and methods companies can use to achieve those requirements:
a) House of Quality
b) Likert Scale
c) Design Score Card
d) Kano Survey
a) House of Quality
The Biggest component of Variability in the figure B is:
A) Between Group
B) Within Group
C) Long Term
d) Short Term
C) Long Term
What is the difference between Six Sigma and Design for Six Sigma (DFSS)?
A. Six Sigma focuses on solving existing problems while DFSS focuses on preventing problems
B. Six Sigma focuses on increasing production while DFSS focuses on reducing costs
C. Six Sigma focuses on improving quality while DFSS focuses on improving customer satisfaction
D. Six Sigma focuses on improving processes while DFSS focuses on improving products
A. Six Sigma focuses on solving existing problems while DFSS focuses on preventing problems
Transfer the fully functioning designed product to the customer is the main objective of:
a) Define
b) Measure
c) Analyze
d) Design
e) Verify
e) Verify
Provide a systematic way to measure the progress of the project by collecting and communicating information about the product/service design:
a) House if Quality
b) Likert Scale
c) Design Score Card
d) Kano Survey
c) Design Score Card
The Data in Figure C follows a Normal Distribution:
a) Yes
b) No
c) Inconclusive
a)
What are the key performance metrics for DFSS?
A. Cycle Time, Design and manufacturing process capability, and Cost
B. Cycle Time, Quality, and Reliability
C. Cycle Time, Quality, and Customer Satisfaction
D. Cycle Time, Quality, and Cost
A. Cycle Time, Design and manufacturing process capability, and Cost
Ideate the design concept and select the best solution:
a) Define
b) Measure
c) Analyze
d) Design
e) Verify
c) Analyze
Use of dual questions (functional and dysfunctional form) to identify the product’s features classification.:
a) House of Quality
b) Likert Scale
c) Design Score Card
d) Kano Survey
d) Kano Survey
The outlier in Figure C seems to have s significant impact in the average:
a) Yes
b) No
c) Inconclusive
b) No
The highest positive Potential in the 6S/DFSS relation to Product Life Cycle can be achieved at the following stage:
a) Design
b) Production
c) Deliver
d) Service Support
a) Design
In QFD the Solution Neutral Zone refers to:
a) Customer Domain
b) Functional Domain
c) Physical Domain
d) Customer Domain and Functional Domain
e) Functional Domain and Physical Domain
d) Customer Domain and Functional Domain
The KANO classification of a feature with the answer of the Functional Question = 3 "No Feeling", and the answer of the Dysfunctional Question = 5 "Dislike it" is:
a) Attractive
b) Must be
c) Indifferent
d) Reverse
a) "Must be
The biggest source of Variability in Figure D is:
A) Between Positions in Lot
B) Within Position in the Lot
C) Between Days
D) None of the Above
C) Between Days