Project Quality Management Flashcards

1
Q

Plan Quality Management

A
  • The proecess of identifyin quality requirements and/or standards for the project, its deliverables, and documenting how the project will demonstrate compliance with quality requirements or standards
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2
Q

Perform Quality Assurance

A
  • Process of auditing the quality requirements and the rssults from the quality control measurements to ensure that appropriate quality standards and operational definitions are used
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3
Q

Control Quality

A
  • Process of monitoring and recoridng results of executing the quality activities to assess performance and recommend necessary changes
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4
Q

Quality

A
  • the degree to which a set of inherent characteristics fulfill requirements
  • A level of satisfaction
  • Example: high quality, low grade: software with few features, but well documented and well built with no bugs
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5
Q

Grade

A
  • Categorization
  • Example: low grade might be fewer features
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6
Q

Precision

A
  • Measure of Exactness
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7
Q

Accuracy

A
  • Assessment of Correctness
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8
Q

Cost of Quality

A
  • All costs incurred over the life of the product by investment in:
    • preventing nonconformance to requirements
    • appraising the product or service for conformance to requirements
    • failing to meet requirements (rework)
  • Think of this as the cost of re-work due to dissatisfaction or low quality.
  • Examples: ITC - high cost of quality, Pfizer: low cost of quality
  • effects on quality can eb both short term and long-term
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9
Q

Failure Cost Categories

A
  • Internal (found by the project)
  • External (found by the customer)
  • Also called “Cost of Poor Quality”
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10
Q

Seven Basic Quality Tools

(7QC Tools)

A
  • Cause and Effect Diagrams
  • Flowcharts
  • Checksheets
  • Pareto Diagrams
  • Histograms
  • Control Charts
  • Scatter Diagrams
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11
Q

Cause-and-effect diagrams

A
  • Also known as fishbone or ishikawa diagrams
  • Used by putting the problem statement at the point of the fishbone, and working each branch back until a root-cause can be determined or all possibilities are exhausted
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12
Q

Flowcharts

A
  • Process Map
  • Can prove helpful in determining quality costs by determining each activities costs leading up to the output
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13
Q

Checksheets

A
  • Also known as tally sheets
  • Checklists of quality items when looking for non/conformance to quality requirements
  • Used to collect data during an inspection
  • May feed a Pareto Diagram
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14
Q

Pareto Diagram

A
  • Special form of vertical bar chart
  • used to identify the vital few sources responsible for causing most of a problem’s effects
  • Lists each possible cause in decreasing volume totalling 100% on horizontal axis
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15
Q

Histogram

A
  • Shows central tendencies of statistical distributions
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16
Q

Control Charts

A
  • used to determine if a process is stable orhas predictable performance
  • Specification limits are agreed to (upper and lower)
  • A process is considered out of control when:
    • A data point exceeds a control limit
    • seven consecutive plot points are above the mean
    • seven consecutive plot points are below the mean
  • Might also be sued to track schedule or cost variances
17
Q

Scatter Diagram

A
  • plot ordered pairs (x,y)
  • Sometimes called a correlation chart
18
Q

Design of Experiments

(DOE)

A
  • Statisical method for identifying which factors may influence specific variable or a product or pprocess under development or in production
  • May be used to determine the number and type of tests required for Quality Management Plan
  • Plays a role in optimzing products or processes
19
Q

Statistical Sampling

A
  • choosing part of a population of interest for inspection
  • Sample frequency and size should be determined in the Quality Management Plan
20
Q

Quality Management and Control Tools

A
  • Affinity Diagrams
  • Process Decision Program Charts (PDPC)
  • Interrelationship Diagraphs
  • Tree Diagrams
  • Prioritzation Matrices
  • Activity Network diagrams
  • Matrix diagrams
21
Q

Affinity Diagrams

A
  • Similar to mind-mapping techniques
  • used to generate ideas that can be linked to form organized patterns of thought
  • Might enhance the development of the WBS
22
Q

Process Decision Program Charts

(PDPC)

A
  • used to understand goal in relation to the steps for getting to the goal
  • Useful as a method of contingency planning
23
Q

Interrelationship Diagraphs

A
  • Provide a process for creatvie problems solving in moderately complex scenarios that posess intertwined logical relationships for up to 50 relevant items
  • may be developed from other quality tools like the tree or affinitiy diagrams
24
Q

Tree Diagrams

A
  • Also know as systematic diagrams
  • used to represent decomposition hierarchies such as WBS, RBS, and OBS
25
Q

Prioritization Matrices

A
  • Identify key issues and the suitable alternatives to be prioritizedas a set of decisions for implementation
26
Q

Activity Network Diagrams

A
  • Same as used in scheduling
27
Q

Matrix Diagrams

A
  • Seeks to show the strengths in relationships between factors
  • Think of a typical matrix (columns and rows)
28
Q

Prevention

A
  • Keeping errors out of the process
29
Q

Inspection

A
  • Keeping errors out of the hands of the customer
30
Q

Attribute Sampling

A
  • the result either conforms or does not conform
31
Q

Variables Sampling

A
  • Result is rated on a continuous scale that measures the degree of conformity
32
Q

Tolerances

A
  • Specified range of acceptable results
33
Q

Control Limits

A
  • Identify the boundaries of common variation in a statistically stable process or process performance