IEEE P24748-2/ FDIS, Nov 2023

IEEE P24748-2/ FDIS, Nov 2023 is a standards document focused on Part 2: Guidelines for the application of ISO/IEC/IEEE 15288 (System life cycle processes). It is relevant to components, circuits, devices and systems, as well as computing and processing environments where disciplined systems engineering is needed. By clarifying how to apply the 15288 process framework, IEEE P24748-2/ FDIS, Nov 2023 helps support more consistent lifecycle planning, implementation, and review across technical teams.

IEEE P24748-2/ FDIS, Nov 2023 overview

This standard provides guidance for using ISO/IEC/IEEE 15288 within real system development and support activities. Rather than defining a standalone product specification, it addresses the application of system life cycle processes, helping organizations interpret the process structure in practical engineering settings. IEEE P24748-2/ FDIS, Nov 2023 is useful where teams need a common approach to lifecycle control, interface management, verification, and decision-making across hardware and software-intensive systems.

Typical use cases

Typical use cases include systems engineering programs for electronic components, embedded devices, computing platforms, and integrated control systems. IEEE P24748-2/ FDIS, Nov 2023 may be used when defining lifecycle activities for development, integration, validation, maintenance, or transition between engineering phases. It is especially relevant for teams that need a shared process reference across multidisciplinary work, such as product design, system architecture, test planning, and supplier coordination.

Why this standard matters

This standard matters because application guidance can reduce ambiguity when organizations implement system life cycle processes in practice. IEEE P24748-2/ FDIS, Nov 2023 supports more consistent compliance approaches, clearer responsibilities, and better traceability from requirements through verification. In complex technical projects, that can help limit integration risk, improve procurement alignment, and strengthen review readiness. It is particularly valuable when multiple engineering groups must follow the same lifecycle expectations.

• Guidance for applying ISO/IEC/IEEE 15288
• System life cycle process interpretation
• Relevant to hardware and computing systems
• Supports lifecycle planning and verification
• Useful for multidisciplinary engineering teams