Introduction:

Configuration Management (CM) is a structured discipline that establishes governance over the identification, control, status accounting, and verification of configuration items throughout their lifecycle. It enables organizations to maintain product integrity, ensure traceability, support change governance, and achieve consistency across projects, systems, and operational environments. This training program covers configuration management frameworks, configuration identification structures, change control processes, status accounting practices, verification methodologies, and audit principles that support organizational control and compliance. It also explores the integration of configuration management with quality management, systems engineering, project governance, and continuous organizational improvement.

Program Objectives:

By the end of this program, participants will be able to:

• Analyze Configuration Management frameworks and lifecycle principles.

• Evaluate configuration identification, baseline management, and change control structures.

• Assess configuration status accounting and reporting practices.

• Examine configuration verification and audit methodologies.

• Explore organizational approaches for integrating and continuously improving Configuration Management systems.

Target Audience:

• Configuration Managers.

• Project Managers.

• Systems Engineers.

• IT Managers.

• Quality Assurance Professionals.

Program Outline:

Unit 1:

Configuration Management Foundations and Frameworks:

• Configuration Management concepts and principles.

• Objectives and functions of Configuration Management.

• Configuration lifecycle frameworks.

• International Configuration Management standards.

• Relationship between Configuration Management, project management, and systems engineering.

Unit 2:

Configuration Identification and Change Control:

• Configuration item identification principles.

• Configuration baseline structures.

• Configuration change control frameworks.

• Configuration item traceability models.

• Configuration control documentation and records.

Unit 3:

Configuration Status Accounting and Reporting:

• Configuration status accounting principles.

• Configuration information management.

• Configuration reporting frameworks.

• Configuration metrics and performance indicators.

• Configuration data integrity and traceability.

Unit 4:

Configuration Verification and Audit:

• Configuration verification methodologies.

• Functional and physical configuration audit principles.

• Configuration compliance assessment structures.

• Nonconformity management and corrective action frameworks.

• Configuration integrity throughout the system lifecycle.

Unit 5:

Configuration Management Integration and Continuous Improvement:

• Organizational Configuration Management governance.

• Configuration Management system integration.

• Digital Configuration Management tools and automation.

• Configuration Management maturity models.

• Continuous improvement and organizational best practices.