IEEE P24748-4/FDIS-Dec2015

P24748-4/FDIS-Dec2015 is a computing and processing standard focused on Part 4: Systems Engineering Planning. It addresses how planning activities are organized for systems engineering work, helping teams define a consistent approach before implementation begins. For projects that depend on controlled development, the standard can support clearer coordination, better traceability, and more disciplined technical decisions across the lifecycle.

Overview of P24748-4/FDIS-Dec2015

This standard provides a planning-oriented framework within the broader systems engineering context. P24748-4/FDIS-Dec2015 is relevant where computing and processing systems require structured preparation, including scope definition, task sequencing, and planning controls. As a technical document, it is most useful when organizations need a common basis for engineering planning, review, and documentation. Its inactive status does not change its value as a reference for understanding the intended planning structure and expected engineering discipline.

Typical use cases

P24748-4/FDIS-Dec2015 may be used when preparing systems engineering plans for complex computing platforms, embedded processing systems, or multi-stage technical programs. It is also relevant in projects that require coordination between design, integration, verification, and documentation teams. Common use cases include planning for software-intensive systems, processing equipment integration, and lifecycle management activities where engineering tasks must be defined clearly and tracked consistently.

Why it matters

Planning standards matter because they reduce ambiguity before technical work begins. P24748-4/FDIS-Dec2015 can help improve compliance, support repeatable project execution, and make expectations clearer for engineering teams, suppliers, and reviewers. In systems engineering, strong planning often lowers the risk of rework, missed interfaces, and incomplete verification. For procurement and technical oversight, a well-defined planning reference can also make it easier to compare deliverables and assess process maturity.

• Systems engineering planning
• Computing and processing context
• Lifecycle task definition
• Coordination and traceability
• Documentation and review support