24748-4-2016 is a standard focused on systems engineering planning in computing and processing environments. It addresses how planning activities are structured so system work can be organized, controlled, and reviewed with greater consistency. For teams handling complex technical systems, this document can help support clearer requirements management, better coordination, and more reliable implementation planning. 24748-4-2016 is especially relevant where disciplined planning is needed to manage technical scope and reduce project risk.

About 24748-4-2016

This standard sits within the systems engineering area and concentrates on planning for system development and related technical work. In practice, that means it is concerned with establishing a structured approach before implementation begins, including how planning tasks are defined, documented, and applied. 24748-4-2016 is useful where computing and processing systems need a repeatable planning framework that supports traceability, control, and informed decision-making across the lifecycle.

Where is 24748-4-2016 used?

24748-4-2016 is commonly used in projects involving software-intensive systems, information processing platforms, and other engineered computing solutions that require formal planning. It may be applied by systems engineers, project teams, and technical managers working on development or integration activities where coordination matters. The standard is also relevant in environments that rely on documented engineering processes, such as large-scale system programs, controlled procurement, or multi-team technical delivery.

Importance in practice

In practice, 24748-4-2016 helps support more consistent planning decisions across complex system work. That can improve alignment between requirements, design activity, verification, and delivery expectations. It may also reduce ambiguity during procurement and implementation by giving teams a clearer technical basis for planning responsibilities and review points. For organizations that need dependable process control, this standard can contribute to better compliance, stronger oversight, and lower project uncertainty.

• Systems engineering planning
• Computing and processing context
• Structured technical coordination
• Process control and review
• Lifecycle planning support