MindMap Gallery PMBOK Project Management PMP Chapter 8 Project Quality Management
PMBOK Chapter 8 Mind Map and Interpretation. Quality management accounts for a small proportion of questions in the PMP exam, but it is extremely important in actual projects. In addition to learning quality management in PMBOK, you also need to strengthen your learning through other channels.
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This is a mind map about bacteria, and its main contents include: overview, morphology, types, structure, reproduction, distribution, application, and expansion. The summary is comprehensive and meticulous, suitable as review materials.
This is a mind map about plant asexual reproduction, and its main contents include: concept, spore reproduction, vegetative reproduction, tissue culture, and buds. The summary is comprehensive and meticulous, suitable as review materials.
This is a mind map about the reproductive development of animals, and its main contents include: insects, frogs, birds, sexual reproduction, and asexual reproduction. The summary is comprehensive and meticulous, suitable as review materials.
Chapter 8 Project Quality Management
Overview
what is quality
It is the intrinsic characteristics of a group of things and the degree to which they meet needs
Three processes of quality management
Planning Quality Management: Standards
Identify quality metrics and standards (measurements come from the project scope statement)
Determine how to achieve quality indicators and standards
Managing quality (quality assurance QA): factors other than deliverables, processes, procedures, simulations, policies, etc.
=prevention audit
Prevention: It’s all a process of managing quality
Audit: reflect on the past, improve the present and future, and summarize professional experiences and lessons
Quality Control (QC): Deliverables
Check deliverables
Fix deliverable specific defects
The difference between QA and QC
object
QA: process, policy, procedure
Retreat (the above outline is online)
QC: deliverables
Pragmatic (discussing matters as they are)
Purpose
QA: prevent, ensure, avoid, ensure the results are correct
QC: Check whether it is qualified
Quality and grade
quality
specific characteristics of things
grade
Different series of products with the same purpose
The grade can be low, but the quality cannot be low.
High grade ≠ high quality
High quality ≠ high grade
Prevention and inspection
Prevention (beforehand)
Check (afterwards)
Traditional quality management: quality is inspection
Modern quality management: quality is prevention
Attribute sampling and variable sampling
Attributes
Qualitative analysis
variable
Quantitative analysis
Tolerances and Control Limits
Tolerance (allowance, gauge line)
Boundaries for judging whether a product is qualified
control limits
Determine whether the process is stable and whether the performance is predictable
Modern quality management and its principles
Customer satisfaction
keep improve
PDCA cycle
Management bears 85% responsibility
Mutually beneficial relationships with suppliers
Considerations in an Agile Environment
Auditing in Agile: The Cycle of Retrospectives
Participation of all employees in quality
8.1 Planning quality management
Identify quality metrics and standards (measurements come from the project scope statement)
Indicators: Micro
Standard: Macroscopic
Determine how to achieve quality indicators and standards
8.1.1 Input
Project Charter
project management plan
scope statement
Identify quality indicators from the scope statement, including acceptance criteria (what was agreed upon with the customer when gathering requirements)
project files
Interested Party Register
Listen to your customers
business environment factors
organizational process assets
The organization’s quality system (policies, procedures, guidelines)
The company's pursuit of quality (perhaps one sentence) should be included in the quality management plan
8.1.2 Tools
expert judgment
Data (information) collection technology
Benchmarking
Learn from, imitate, plagiarize, copycat
Brainstorming
Generate lots of ideas
Interview
Ask an experienced driver for directions, 1V1
data analysis
Cost-benefit analysis
Benefit-cost>0?
business case
quality cost
Alternatives Analysis
quality cost
Costs related to quality P283
consistency cost
Make sure the results meet the requirements
prevention
make sure
Assessment (inspection)
Confirm (defect found)
Cost of non-conformance (cost of failure)
The deliverables are of unqualified quality and the costs incurred by taking measures
internal failure
Losses discovered by team members that are not caused to customers and from time to time
external failure
Discovered by customers, they must bear joint and several liability
decision making
information
right
courage
Data performance
Flow chart (process chart, process flow chart)
Logical data model (big data analysis)
Matrix chart (excel table)
relationship between response variables
mind Mapping
Find inner connections and generate new ideas
Test and inspection planning
test
It is carried out in the middle and has a certain preventive effect.
examine
Conducted after the deliverables are completed
Meeting
Encourage team members to participate in planning work and improve members' commitment and sense of participation
output
quality management plan
How to achieve quality indicators and what are the quality standards
quality measures
Describe project or product attributes to how compliance is verified during the control quality process
Measure specific indicators
Specific measurement method
Project Management Plan Update
Plan updates during the planning process can be ignored
Project file updates
8.2 Quality management
Prevention Audit
common responsibility of all
Is a consistency cost
8.2.1 Input
Project Management Plan: Quality Management Plan
project files
Basis for reference during the audit process
Quality control results
quality measures
organizational process assets
8.2.2 Tools
data collection
Checklist: list, reminder to prevent forgetting
data analysis
Alternatives Analysis
File analysis
Process analysis: use flow charts to determine which links have problems based on the process and improve them
Root cause analysis: Determining the root cause of a deviation, defect or risk
Root Cause Analysis
Find the root cause and fix the problem
cause and effect diagram
Find the root cause
decision making
Multi-criteria decision analysis
Consider multiple factors to make a judgment
Data performance
Affinity diagram (relationship diagram)
Classification tool to classify potential defects and display areas of greatest concern
cause and effect diagram
Identify Root Cause 5M1E
Man-machine material law environment and management and management
flow chart
Show the sequence of steps that lead to a defect
Histogram
Display the number of defects and the arrangement of causes of defects
Sort by frequency to become a Pareto chart
Pareto
objective
nominal group technique
subjective
Matrix diagram
Demonstrate the strength of the relationship between factors, causes, and goals
Scatter plot
Demonstrate relationships, correlations and common causes between two variables
Audit (Quality Audit)
Determine whether activities followed organizational and project policies, processes, and procedures with the goal of identifying lessons learned
Design for X
A series of technical guidelines that can be used during product design
problem solved
Universal formula: Collect information and understand facts → comprehensively analyze the impact → formulate solutions → approve and implement plans → track effects (summarize experiences and lessons)
quality improvement methods
PDCA cycle
Six Sigma
Zero defects
8.2.3 Output
quality report
Documents that comprehensively reflect the quality situation
Test and Evaluation Documents
Arrangements for testing and inspection
change request
Changes in quality audits, not to deliverables
Project Management Plan Update
Project file updates
Problem log
8.3 Control quality
Check deliverables and fix deliverables
enter
project management plan
project files
quality measures
Approved change request
Deliverables
job performance data
Project management quality
The pros and cons of the three major benchmarks
business environment factors
organizational process assets
tool
data collection
Checklist
Checklist (Statistics Sheet)
statistical sampling
Save time and cost
Questionnaire
Large audience, wide distribution, fast and statistical analysis
data analysis
performance review
Root Cause Analysis
examine
8.3, 5.5, 12.3
Testing and Product Evaluation
data representation technology
cause and effect diagram
Histogram
Scatter plot
Control Charts
Determine whether a process is stable and has predictable performance
mean line
Control upper and lower limits
Gauge line (tolerance, tolerance)
out of control situation
single point rule
A point exceeds the upper and lower control limits
seven point rule
Seven consecutive points on the same side of the mean line
Meeting
Review approved change requests
Review, lessons learned
output
Quality control measurement results
recorded in the checklist
Verified deliverables
Entering the 5.5 external acceptance process
job performance information
The quality of project management
change request
Project Management Plan Update
Project file updates