PMP Six Part 7 -Quality Planning Quality Management Quality Control Quality Assurance

Project Quality Management Overview

  • Definition: Project Quality Management involves processes to incorporate quality policies into planning, managing, and controlling project and product quality to meet stakeholder objectives.

  • Support for Continuous Improvement: It facilitates ongoing process improvement within the performing organization.

Project Quality Management Processes

1. Plan Quality Management

  • Purpose: Identify quality requirements and standards for the project and its deliverables.

  • Documentation: Records how the project will comply with the quality standards.

2. Manage Quality

  • Purpose: Execute quality management activities that align with the quality management plan, integrating organizational policies into the project.

3. Control Quality

  • Purpose: Monitor and assess performance by executing quality management activities to ensure outputs meet customer expectations.

Overview of Processes

  • The processes are distinct with defined interfaces, yet they overlap and interact during project execution.

  • Variability: Quality processes may vary by industry and organization.

Inputs and Outputs Overview (Page 2)

  • Plan Quality Management: Focus on quality of work needed.

  • Manage Quality: Translate quality requirements into test measures.

  • Control Quality: Compare results against quality requirements.

  • Outputs: Verified deliverables and quality reports are key outputs of quality management processes.

Key Concepts in Project Quality Management (Page 3)

  • Scope: Applies to all projects regardless of deliverable nature.

  • Quality vs. Grade: Quality fulfills requirements while grade refers to functional categories of deliverables.

  • Trade-Offs: Project managers must manage the trade-offs between quality and grade.

  • Risk Management: Overworking teams for quality can lead to high risks and errors, while rushing may overlook essential inspections.

Quality Management Philosophy (Page 4)

  • Prevention vs. Inspection: It is better to design in quality than inspect it in later. Preventing mistakes is more cost-effective than correcting them post-inspection.

  • Cost of Quality (CoQ): Encompasses costs of preventing nonconformance, appraisal costs, and failure costs.

  • Levels of Quality Management:

    • Letting customers find defects.

    • Detect and correct defects before delivery.

    • Process improvements through quality assurance.

    • Incorporate quality into planning.

    • Foster a culture of quality within the organization.

Trends in Quality Management (Page 5)

  • Customer Satisfaction: Vital to define and manage requirements to meet customer expectations.

  • Continual Improvement: Utilize PDCA cycles, TQM, Six Sigma for improving quality outcomes.

  • Management Responsibility: All project members must engage in quality management actively.

  • Supplier Relationships: Promote long-term partnerships for mutual benefit in quality management.

Tailoring Considerations (Page 5)

  • Unique projects require tailored approaches to the quality management processes:

    • Compliance with policies and standards.

    • Continuous improvement integrated into project execution.

    • Stakeholder engagement in quality processes.

Agile/Adaptive Approaches (Page 5)

  • Agile methods emphasize frequent review and incremental quality checks throughout the project lifecycle, often through retrospectives.

Plan Quality Management (Page 6)

  • Description: Identifies and documents quality requirements and their compliance methods.

  • Key Benefit: Provides guidance on managing and verifying quality.

  • Timing: Usually performed once or at set points in the project.

Inputs to Plan Quality Management (Page 7)

1. Project Charter

  • High-level description and approval requirements influencing quality management.

2. Project Management Plan

  • Comprises multiple components, including requirements, risk, stakeholder engagement plans, and scope baseline, essential for identifying quality standards.

3. Project Documents

  • Include assumptions, requirements documentation, and risk register, aiding in quality planning.

4. Enterprise Environmental Factors

  • Influence includes regulations, organizational structures, and cultural perceptions affecting quality management.

5. Organizational Process Assets

  • Existing quality management infrastructure such as policies, templates, and historical databases.

Tools & Techniques for Plan Quality Management (Pages 8-9)

1. Expert Judgment

  • Input from quality specialists.

2. Data Gathering Techniques

  • Benchmarking: Comparing practices against similar projects.

  • Brainstorming: Collaborative data collection from the team.

  • Interviews: Identifying quality needs through confidential discussions.

3. Data Analysis Techniques

  • Cost-Benefit Analysis: Evaluates the financial implications of quality measures.

  • Cost of Quality (CoQ): Monitors investments in preventing versus correcting issues.

4. Decision Making Techniques

  • Multicriteria Decision Analysis: Helps prioritize quality actions.

5. Data Representation Techniques

  • Flowcharts, Matrix Diagrams: Techniques for visualizing data flow and quality processes.

Outputs of Plan Quality Management (Page 12)

1. Quality Management Plan

  • Details how quality objectives will be met.

2. Quality Metrics

  • Attributes to verify compliance during control quality.

3. Updates to Management and Project Documents

  • Includes changes to risk, scope, lessons learned, and stakeholder information.

Manage Quality Processes (Page 13)

  • Definition: Translates the quality management plan into actionable activities.

  • Focus: Increases the likelihood of achieving quality objectives by identifying ineffective processes.

  • Stakeholder Role: Involvement of all project participants in quality assurance efforts.

Control Quality Process (Page 20)

  • Definition: Monitors project outputs and ensures they meet specified requirements.

  • Applications: Conducted throughout the project lifecycle; strict protocols may apply in high-stakes industries.

Control Quality Inputs (Page 21)

1. Project Management Plan

  • Guides quality control activities based on the quality management plan.

2. Project Documents

  • Utilize quality metrics, test documents, and lessons learned.

3. Approved Change Requests

  • Includes modifications and their impacts on quality management efforts.

4. Deliverables

  • Output inspections against acceptance criteria.

Control Quality Tools & Techniques (Pages 23-24)

1. Data Gathering Techniques

  • Checklists and Check Sheets: Used for organized data collection and defect identification.

  • Statistical Sampling: Inspects portions of project outputs for quality verification.

2. Data Analysis Techniques

  • Performance reviews and root cause analysis conducted to measure and identify defect sources.

3. Inspections and Testing

  • Conducted to ensure conformity with documented standards throughout project stages.

Control Quality Outputs (Page 26)

1. Quality Control Measurements

  • Documented results from quality control activities that align with the management plan.

2. Verified Deliverables

  • Confirmed outputs ready for acceptance and further validation processes.

3. Work Performance Information

  • Reports on project fulfillment and quality status.

4. Change Requests

  • Updates driven by quality findings that affect project scope or management plans.

5. Updates to Project Documents

  • Includes additions to risk registers and lessons learned based on quality assessments.