IEC 60964:2018

IEC 60964:2018 addresses the design of control rooms for nuclear power plants, providing a technical reference for organizations that need to evaluate human-machine interaction, operational layout, and control-room-related safety considerations. IEC 60964:2018 is relevant when teams are reviewing engineering documentation, preparing conformity assessment evidence, or aligning design decisions with nuclear plant operational requirements. For procurement, testing, and compliance workflows, it offers a focused basis for documenting design expectations and supporting technical review of control-room arrangements.

Purpose of IEC 60964:2018

The purpose of IEC 60964:2018 is to support the design of control rooms in nuclear power plants with attention to operational consistency, safe plant supervision, and effective operator use. The title indicates a scope centered on control-room design rather than general plant construction, so it is typically used as a design and compliance reference during technical assessment, verification activities, and engineering validation. It helps organizations structure documented evaluation of control-room features against relevant safety and performance criteria.

Compliance applications of IEC 60964:2018

IEC 60964:2018 is commonly used in projects involving nuclear plant control-room specification, design review, refurbishment planning, and regulatory preparation. It may support procurement teams selecting control-room systems, integration engineers documenting operator interfaces, and laboratories or assessors reviewing design evidence for conformity assessment. In practice, it can be part of compliance workflows that examine how control-room arrangements support operational duties, risk management, and technically consistent plant control under defined conditions.

Benefits of IEC 60964:2018

Using IEC 60964:2018 can improve safety-focused engineering decisions by giving teams a clear technical reference for control-room design expectations. It supports testing consistency, quality workflows, and documented evaluation of design choices before deployment or acceptance. For organizations preparing technical documentation, it can reduce uncertainty in procurement and compliance review by aligning stakeholders around a common design basis. The result is often stronger technical validation, better conformity assessment preparation, and lower operational risk in nuclear power plant control-room projects.

• Control-room design reference for nuclear power plant engineering and review
• Useful for documenting operator-focused technical assessment and verification activities
• Supports procurement and specification review for control-room-related systems and interfaces
• Helps structure compliance workflows, conformity assessment evidence, and regulatory preparation
• Relevant to safety-oriented design validation and operational consistency checks