IEEE P24748-7/D2, 2025

P24748-7/D2, 2025 is a technical standard focused on Part 7: Application of systems engineering on defense programs, providing guidance for structured engineering work across complex defense-related projects. It is relevant to computing and processing environments where system requirements, interfaces, verification, and lifecycle control must be managed carefully. For organizations working with defense programs, this document helps support consistent engineering practice, clearer compliance expectations, and better coordination from concept through implementation.

About P24748-7/D2, 2025

P24748-7/D2, 2025 addresses the application of systems engineering methods in defense programs, where technical decisions must be controlled across multiple disciplines and subsystems. Its context suggests a focus on defining requirements, managing interfaces, and supporting disciplined development in complex engineered systems. As a standards document, it is useful for teams that need a common framework for design review, technical coordination, and verification activities. The standard can help align engineering work with program objectives and reduce ambiguity during development.

Where is P24748-7/D2, 2025 used?

This standard is typically used in defense program environments that involve computing, processing, and integrated systems engineering. It may apply to program offices, engineering contractors, system integrators, and technical teams responsible for developing or assessing defense-related platforms and support systems. It is most relevant where hardware, software, and system-level requirements must be traced and controlled across design and test activities. P24748-7/D2, 2025 is especially useful in projects that depend on disciplined lifecycle planning and interface management.

Importance in practice

In practice, P24748-7/D2, 2025 matters because systems engineering on defense programs often involves high complexity, strict oversight, and significant integration risk. Using a shared standard can improve consistency in requirements handling, technical documentation, and verification planning. It also supports procurement and supplier coordination by giving teams a clearer basis for expectations and review. For organizations managing defense-related technical work, the standard can help reduce errors, improve control of changes, and strengthen confidence in system performance.

• Systems engineering application for defense programs
• Requirements and interface control
• Lifecycle coordination and verification
• Computing and processing system context
• Technical consistency across program teams