IEEE 24748-5-2017

24748-5-2017 is a computing and processing standard focused on Part 5: Software Development Planning. It addresses how software projects can define, organize, and control planning activities so development work stays structured and traceable. For teams working under formal engineering practices, this standard helps align planning with project objectives, technical responsibilities, and process consistency. As a result, 24748-5-2017 is useful where disciplined software planning supports reliable delivery and better coordination.

24748-5-2017 overview

This standard sits within the 24748 series and concentrates on planning for software development rather than on coding methods alone. In practical terms, it provides a framework for establishing development plans, clarifying what should be covered, and supporting consistent execution across projects. For organizations in computing and processing, the document can help define planning expectations that are easier to review, compare, and maintain. 24748-5-2017 is therefore relevant when software work needs documented control and repeatable process guidance.

Typical use cases

Typical use cases include software projects that need formal development planning before implementation begins. It may be applied when preparing project plans, coordinating development tasks, or setting expectations for verification, configuration control, and delivery milestones. The standard is also useful for organizations managing software in controlled environments where process documentation matters, such as systems engineering teams, product development groups, and technical procurement workflows. In these settings, 24748-5-2017 supports clearer planning and better project alignment.

Why this standard matters

In practice, 24748-5-2017 matters because development planning affects quality, schedule control, and overall project traceability. A clear planning standard can reduce ambiguity about responsibilities, required outputs, and review points, which helps limit rework and manage risk. It may also support procurement or contract specifications where a defined software process is expected. For organizations seeking consistency across projects, this standard offers a useful reference for planning discipline and controlled execution.

• Software development planning
• Project structure and control
• Process documentation and traceability
• Computing and processing applications