IEEE P29148, Sept 2017

P29148, Sept 2017 is a requirements engineering standard focused on the planning, capture, analysis, and control of system requirements in computing and processing environments. It helps define a disciplined approach to translating stakeholder needs into clear technical requirements, supporting better design decisions and more consistent development outcomes. For teams managing software-intensive or data-driven systems, this standard can be a useful reference for structuring requirements work and reducing ambiguity early in the lifecycle.

What is P29148, Sept 2017?

P29148, Sept 2017 provides a technical framework for requirements engineering, the process used to identify, refine, document, and maintain requirements for complex computing systems. It is relevant where requirements quality directly affects architecture, implementation, verification, and acceptance. In practice, the standard supports consistent terminology and a more systematic approach to handling functional and nonfunctional needs. As a requirements engineering reference, P29148, Sept 2017 may be used to improve traceability and alignment across project stakeholders.

Where is P29148, Sept 2017 used?

This standard is typically used in software development, systems engineering, and other computing and processing projects where requirements must be controlled across multiple stakeholders. It may be applied during early concept work, specification drafting, review cycles, and verification planning for information systems, embedded platforms, and integrated digital solutions. P29148, Sept 2017 is also useful in procurement and contract environments where clear requirements definitions help reduce misunderstandings between buyers, suppliers, and development teams.

Why is P29148, Sept 2017 important?

P29148, Sept 2017 matters because requirements errors often create costly redesign, schedule overruns, and testing problems later in a project. A structured requirements engineering approach improves consistency, supports traceability, and helps teams evaluate whether system behavior matches intended needs. For organizations working with regulated, safety-related, or high-reliability computing systems, the standard can strengthen design control and verification discipline. Using P29148, Sept 2017 may also improve communication between technical teams and stakeholders.

• Requirements capture and refinement
• Stakeholder needs and system scope
• Traceability and change control
• Verification and acceptance support
• Computing and processing project alignment