IEEE 15288-2002

15288-2002 is a system life cycle processes standard that addresses how engineered systems are planned, developed, operated, and retired across their full life cycle. In computing and processing contexts, it helps define a disciplined framework for managing requirements, integration, validation, and support activities. As a superseded standard, 15288-2002 remains useful for understanding earlier life cycle practice and for working with legacy specifications, documentation, or contracts that reference this edition.

About 15288-2002

This standard focuses on the processes used to manage a system from concept through disposal, with an emphasis on consistent life cycle control. For computing and processing applications, that typically means coordinating technical requirements, architecture decisions, verification, and ongoing support in a structured way. 15288-2002 is relevant to teams that need a common process model for complex systems, especially where hardware, software, and operational considerations must be aligned under one technical specification.

Where is 15288-2002 used?

15288-2002 is commonly associated with system engineering and life cycle management for computing and processing systems, including integrated equipment, control platforms, and other engineered components that must perform reliably over time. It may be used in project documentation, procurement specifications, and internal process frameworks where a defined sequence of life cycle activities is needed. The standard is especially useful when multiple technical groups must coordinate requirements, testing, integration, and operational handover.

Importance in practice

In practice, 15288-2002 helps reduce ambiguity by setting a recognizable structure for system life cycle work. That can improve design control, support traceability from requirements to verification, and make compliance reviews more straightforward. For organizations dealing with complex computing and processing systems, the standard may also support better risk management and more consistent procurement or acceptance expectations. Its superseded status makes it particularly important in legacy environments and in comparing older and newer process definitions.

• System life cycle process framework
• Requirements, integration, and verification focus
• Computing and processing system context
• Useful for legacy documentation and contracts