IEEE P24748-10/DIS, Nov 2024

P24748-10/DIS, Nov 2024 is a technical standard focused on Part 10: Guidelines for systems engineering agility, with relevance to computing and processing as well as components, circuits, devices, and systems. It addresses how agility can be applied within systems engineering practice, helping teams organize work, decisions, and integration efforts more effectively. For organizations managing complex engineered systems, this standard can support clearer engineering alignment, more consistent delivery, and better control across evolving technical requirements.

Overview of P24748-10/DIS, Nov 2024

This standard provides guidance for applying agile thinking within systems engineering contexts, where hardware, software, and process elements may need to work together under changing constraints. P24748-10/DIS, Nov 2024 is especially relevant when teams need a disciplined approach to flexibility without losing traceability or engineering rigor. In practice, it can help structure planning, coordination, and lifecycle decisions for technical projects that involve interconnected components, system behavior, and ongoing refinement.

Typical use cases

P24748-10/DIS, Nov 2024 may be used in systems engineering programs that require iterative development across computing platforms, electronic subsystems, or integrated device environments. It is useful where engineering teams need guidance for coordinating requirements, design updates, and verification activities while maintaining agility. Common use cases include technical planning for complex product development, cross-functional integration workflows, and projects where changing needs must be managed without disrupting overall system integrity.

Why it matters

This standard matters because agility in systems engineering can improve responsiveness while still supporting control, consistency, and technical accountability. P24748-10/DIS, Nov 2024 may help reduce misalignment between design intent and implementation by giving teams a clearer framework for iterative work. It can also support procurement and compliance reviews by providing a recognized reference point for engineering practice, testing coordination, and risk reduction in complex computing and system-based environments.

• Guidelines for systems engineering agility
• Relevant to computing and processing systems
• Supports integrated hardware and software development
• Useful for iterative design and verification planning
• Helps maintain engineering discipline during change