IEEE 1033-1985 is a nuclear engineering practice that addresses how IEEE Std 828 is applied to nuclear power generating stations. It provides a focused framework for translating configuration and software-related practice into the controlled environment of a nuclear facility. For teams responsible for station design, support systems, or regulated documentation, this standard helps define a consistent technical approach and supports safer, more traceable engineering work.

IEEE 1033-1985 overview

This standard is positioned as a recommended practice rather than a general-purpose rule set, so its value lies in adapting IEEE Std 828 to the needs of nuclear power generating stations. The document is relevant where engineering work must be organized with careful attention to control, traceability, and plant-specific constraints. IEEE 1033-1985 is especially useful when technical teams need a clear basis for applying configuration-related practices in a safety-conscious nuclear context.

Typical use cases

IEEE 1033-1985 is commonly consulted during the planning, review, and control of nuclear plant systems that depend on disciplined engineering documentation. It may support work on station-level procedures, plant support software, modification records, and other controlled technical artifacts tied to nuclear power generating stations. The standard is also useful when aligning engineering activities with a defined practice for applying IEEE Std 828 in environments where consistency, approval flow, and change control are important.

Why this standard matters

In nuclear facilities, engineering practices need to be repeatable, reviewable, and well documented. IEEE 1033-1985 matters because it helps reduce ambiguity when applying a broader configuration-management practice to a highly controlled operating setting. That can support procurement decisions, design verification, maintenance coordination, and compliance-oriented reviews. For organizations working under nuclear engineering constraints, the standard offers a practical reference for improving consistency and lowering the risk of uncontrolled change.

• Application of IEEE Std 828
• Nuclear power generating stations
• Configuration and change control
• Controlled engineering documentation
• Safety-focused technical practice