IEEE P24748-5-FDIS-DEC 2016

P24748-5-FDIS-DEC 2016 is a technical standard for software development planning within the Computing and Processing field. It focuses on the planning activities that support structured software work, helping teams define objectives, responsibilities, schedules, and control points before implementation begins. For organizations working with complex software projects, this kind of document can improve consistency, traceability, and coordination across development stages. As an inactive standard, P24748-5-FDIS-DEC 2016 remains useful for reference and comparison.

What is P24748-5-FDIS-DEC 2016?

P24748-5-FDIS-DEC 2016 is the Part 5 document in the P24748 series, covering Software Development Planning. In practical terms, it addresses how software work should be organized and controlled so that development proceeds in a repeatable way. The standard is relevant to planning documents, project structure, development responsibilities, and management checkpoints. For computing and processing applications, it provides a disciplined framework that may support better project definition, review, and execution.

Where is P24748-5-FDIS-DEC 2016 used?

This standard is typically used where software development requires formal planning and documented control, such as in systems engineering environments, embedded software projects, or regulated technical programs. P24748-5-FDIS-DEC 2016 may be applied when teams need to align development plans with project milestones, verification activities, and configuration management. It is also relevant to organizations producing software for equipment, industrial systems, or other computing-intensive applications where clear planning helps reduce ambiguity and rework.

Why is P24748-5-FDIS-DEC 2016 important?

P24748-5-FDIS-DEC 2016 matters because strong planning is often the foundation for reliable software delivery. It helps teams define expectations early, support internal compliance, and create a clearer basis for reviews, testing, and acceptance decisions. In projects where timing, interfaces, and responsibilities must be controlled, the standard can reduce risk and improve consistency across development efforts. It also supports procurement and governance by giving organizations a common reference for planning-related requirements.

• Software development planning
• Project organization and control
• Planning documentation and reviews
• Consistency across development activities
• Reference for inactive standard use