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Course Outline

Introduction

  • Contextual background and operational challenges associated with configuration management
  • Strategies for controlling modifications throughout the system lifecycle
  • Approaches for managing product diversity and configurability

Fundamentals of Configuration Management

  • Assessment of lifecycle impacts resulting from proposed changes
  • Established review procedures
  • Definition and maintenance of baselines
  • Core components of configuration management frameworks
  • Management of configuration items
  • Execution of configuration management processes for government applications

Practical Exercise – Operational Change Management

  • Presentation of real-world case scenarios involving client requirements, project parameters, or product modifications
  • Collaborative analysis of impact assessments
  • Formulation and dissemination of corrective action plans

Advantages of a Product Line Strategy

  • Constraints inherent in single-product adaptation models
  • Requirements for centralized variability governance
  • Return on investment and operational benefits of product line engineering

Product Line Engineering Concepts and Standards

  • Definition of product lines in the context of government systems
  • Illustrative case walkthroughs
  • Applicable reference standards (e.g., ISO)
  • Identification of variation points
  • Definitions of superset concepts and reusable assets

Feature Modeling Tools

  • Overview of feature modeling methodologies
  • Variants Description Model (VDM)

pure::variants and Office Connector Applications

  • Feature modeling techniques using pure::variants
  • Alignment between feature models and superset architectures
  • Implementation examples utilizing Microsoft Excel
  • Implementation examples utilizing Microsoft Word

Implementation Initiation

  • Deployment of configuration management best practices
  • Incorporation of variability mechanisms into legacy systems

System Integration

  • Synthesis of Configuration Management (CM) and Product Line Engineering (PLE) within engineering workflows
  • Comparison of tool-supported versus tool-independent integration strategies for government use cases

Troubleshooting

  • Identification of common pitfalls in CM and PLE deployment
  • Establishment of mitigation best practices

Summary and Forward Planning

  • Review of primary concepts and outcomes
  • Strategic recommendations for implementation and oversight

Exercises

  • Collaborative case study analysis
  • Practical labs utilizing both automated and manual methodologies

Requirements

**Prerequisites and Audience Profile for Government Programs** **Core Competencies** Participants are expected to possess a foundational understanding of systems engineering methodologies, specifically including experience with requirements management, architectural design, and verification and validation (V&V) procedures. **Recommended Pre-Course Knowledge** To ensure optimal engagement with the curriculum, delegates should demonstrate: * Familiarity with standard system life cycle processes. * Working knowledge of engineering workflows and product development frameworks. **Targeted Audience** This training is designed for government personnel in the following roles: * Project Managers * Systems Engineers * Software Engineers * Product Managers This curriculum is specifically developed **for government** stakeholders to enhance capability in complex systems management and lifecycle governance.
 14 Hours

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