IEEE 828-1983 is the IEEE Standard for Software Configuration Management Plans, a technical document focused on how software projects define, control, and document configuration management activities. It addresses the planning needed to manage versions, changes, identification, and status accounting in computing and engineering work. For teams working with complex software systems, this standard helps improve control, traceability, and consistency across the lifecycle of a project.

About IEEE 828-1983

This standard sets out the structure and content of a software configuration management plan, giving organizations a common way to describe how items are identified, controlled, reviewed, and reported. IEEE 828-1983 is closely tied to software engineering practice, where disciplined change control can reduce confusion and support repeatable project execution. It is especially relevant when multiple people, tools, or release steps must stay aligned through development, integration, and maintenance.

Where is IEEE 828-1983 used?

IEEE 828-1983 is commonly used in software development environments where configuration items must be tracked carefully, such as embedded systems, control software, engineering tools, and other managed codebases. It is useful wherever project teams need a documented plan for version control, change approval, baseline management, and release coordination. In practice, it supports organizations that require clear software process documentation and a reliable method for handling evolving requirements and code states.

Importance in practice

In practice, IEEE 828-1983 helps reduce risk by making software change management more predictable and auditable. A well-defined plan can support compliance efforts, improve internal coordination, and help teams avoid accidental overrides, undocumented updates, or inconsistent releases. For procurement and quality processes, the standard provides a clear reference for expected configuration management controls. That makes IEEE 828-1983 valuable when consistency, traceability, and controlled software delivery matter.

• Software configuration management planning
• Version and baseline control
• Change review and approval
• Status accounting and reporting
• Controlled release and maintenance support