IEEE P15288/CD2-2013-09

P15288/CD2-2013-09 is a technical document focused on system life cycle processes, with relevance to computing and processing as well as components, circuits, devices, and systems. It is intended to support structured engineering work across the full life of a system, from early definition through development, operation, and eventual retirement. For teams working to align process expectations, the standard can help improve consistency, traceability, and control in technical projects and related compliance activities.

Overview of P15288/CD2-2013-09

The purpose of P15288/CD2-2013-09 is to provide a framework for system life cycle processes in technical environments where computing and engineered systems must be developed and managed in an orderly way. It is most relevant where requirements, design decisions, integration, verification, and maintenance need to be handled as connected activities rather than isolated tasks. In practice, this kind of standard is often used to define process expectations, support documentation, and guide disciplined engineering across complex system programs.

Typical use cases

This standard is commonly used in projects involving computing platforms, embedded systems, electronic assemblies, and other engineered systems that depend on defined life cycle control. It may be useful during requirements planning, system integration, verification, configuration management, and maintenance planning. Organizations working with complex components and software-hardware interactions can use P15288/CD2-2013-09 to structure workflows, clarify responsibilities, and maintain consistency across development teams, suppliers, and test activities.

Why it matters

In system engineering, process clarity can reduce rework, improve quality, and make compliance easier to demonstrate. P15288/CD2-2013-09 matters because life cycle processes affect how requirements are translated into working systems, how changes are controlled, and how performance is checked over time. For procurement, design review, and testing, a clear standard can support better comparisons and lower integration risk. It also helps teams manage complex technical work with more predictable outcomes.

• System life cycle process guidance
• Computing and engineered systems context
• Requirements, integration, and verification focus
• Process control for complex technical projects