IEEE P15288.1/D3.0, Jun 2014
IEEE Draft Standard for Application of Systems Engineering on Defense Programs
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- Language: English
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About This Item
IEEE P15288.1/D3.0, Jun 2014 is a draft standard focused on applying systems engineering to defense programs, with an emphasis on structured development, integration, and lifecycle control. It is relevant to programs that combine computing and processing elements with aerospace and defense hardware, where disciplined requirements handling and technical coordination are essential. As a draft specification, IEEE P15288.1/D3.0, Jun 2014 can help teams align engineering activities around a shared defense-program framework.
About IEEE P15288.1/D3.0, Jun 2014
This document addresses how systems engineering practices may be applied within defense-oriented development efforts, where complex components, circuits, devices, and system-level functions must work together reliably. IEEE P15288.1/D3.0, Jun 2014 is intended to support consistent engineering decision-making across planning, design, integration, and verification activities. Its technical context is especially relevant when programs must manage interfaces, traceability, and controlled change across multiple subsystems and stakeholders.
Where is IEEE P15288.1/D3.0, Jun 2014 used?
IEEE P15288.1/D3.0, Jun 2014 is most applicable in defense program environments that involve aerospace platforms, embedded processing, mission systems, and integrated electronic subsystems. It may be used by engineering teams managing complex procurements, subsystem integration, or development workflows where system performance and interface discipline matter. The standard is also useful when organizations need a common reference for applying systems engineering methods across contractor and program boundaries.
Importance in practice
In practice, IEEE P15288.1/D3.0, Jun 2014 helps reduce ambiguity in defense-oriented system development by defining a more structured engineering approach. That can support compliance efforts, improve configuration control, and make verification and review activities more consistent. For programs with tightly coupled hardware and software elements, a draft like this can be useful for coordinating expectations, reducing integration risk, and supporting clearer technical accountability across the lifecycle.
- Defense program systems engineering application
- Aerospace and embedded system context
- Requirements, integration, and verification focus
- Lifecycle and interface control support
- Publication Date: 2014
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Computing and Processing; Components, Circuits, Devices and Systems; Aerospace
- Official IEEE: Doi link
- New Version Available: P15288.1 (2015)
- This Version: P15288.1 (2014)
- Previous Version: P15288.1 (2014)
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