IEEE P24748-4/DIS2-Jan 2015

P24748-4/DIS2-Jan 2015 is a Computing and Processing standard focused on Part 4: Systems Engineering Planning. It addresses how planning activities are organized and controlled within a systems engineering effort, helping teams define a clearer technical path before implementation begins. As a formal specification, P24748-4/DIS2-Jan 2015 can support more consistent project alignment, better coordination across stakeholders, and stronger control of engineering objectives in complex computing environments.

What is P24748-4/DIS2-Jan 2015?

P24748-4/DIS2-Jan 2015 is part of a standards set concerned with systems engineering planning for computing and processing applications. Its purpose is typically to guide how planning-related requirements are structured, documented, and applied during system development or lifecycle management. The document is relevant where technical planning must be traceable and controlled, especially when multiple design activities, interfaces, or verification steps need to stay aligned with defined engineering goals.

Where is P24748-4/DIS2-Jan 2015 used?

This standard is generally used in systems engineering workflows for computing platforms, control-oriented solutions, and other technical environments where planning discipline affects downstream design and integration. It may be applied during concept development, requirements organization, project planning, or technical review activities. Teams working on software-intensive systems, embedded computing, or coordinated processing architectures can use P24748-4/DIS2-Jan 2015 to help keep planning outputs consistent and fit for engineering execution.

Why is P24748-4/DIS2-Jan 2015 important?

P24748-4/DIS2-Jan 2015 matters because early planning often shapes the quality, consistency, and controllability of the full engineering process. In systems engineering, unclear planning can increase rework, integration risk, and verification gaps. Using a defined standard helps support more disciplined documentation, clearer responsibility boundaries, and better review of technical decisions. For organizations managing complex computing projects, it can also improve procurement alignment and reduce ambiguity during testing and implementation.

• Systems engineering planning guidance
• Computing and processing context
• Part 4 technical scope
• Documentation and control focus
• Inactive standard record