IEEE P24748-4-DIS-1404, Apr 2014

P24748-4-DIS-1404, Apr 2014 is a computing and processing standard focused on Part 4: Systems Engineering Planning. It provides a structured technical basis for planning systems engineering activities, helping teams define scope, coordination, and control across a project lifecycle. For organizations working with complex computing systems, this specification can support clearer requirements management, more consistent design planning, and better alignment between engineering tasks and delivery expectations.

Overview of P24748-4-DIS-1404, Apr 2014

This standard addresses the planning side of systems engineering, which is often essential when computing and processing projects involve multiple subsystems, interfaces, or development teams. P24748-4-DIS-1404, Apr 2014 is likely intended to guide how engineering work is organized, documented, and tracked so that system-level objectives remain coherent. In practice, that can include planning for responsibilities, reviews, verification activities, and coordination points within a broader technical program.

Typical use cases

Part 4: Systems Engineering Planning is relevant when preparing formal engineering plans for software-intensive platforms, integrated processing systems, or multi-component computing solutions. It may be used during early project definition, procurement planning, or contract compliance activities where systems engineering deliverables need to be documented clearly. P24748-4-DIS-1404, Apr 2014 can also support organizations that manage interfaces between hardware, software, and operational requirements in a controlled environment.

Why it matters

Clear systems engineering planning helps reduce ambiguity before design and implementation work begins. In a computing and processing context, that can improve consistency across teams, support traceable decisions, and make it easier to verify that technical requirements are being addressed. P24748-4-DIS-1404, Apr 2014 is valuable where compliance, procurement review, and disciplined project execution depend on a defined planning framework. It can also help lower integration risk by making responsibilities and checkpoints more explicit.

• Systems engineering planning framework
• Computing and processing project coordination
• Requirements, reviews, and verification planning
• Interface and responsibility definition