IEEE P1023/D1, Jun 2020

IEEE P1023/D1, Jun 2020 is an IEEE approved draft recommended practice focused on applying human factors engineering to systems, equipment, and facilities in nuclear power generating stations and other nuclear facilities. It addresses how people interact with complex plant interfaces, operating environments, and support equipment, helping reduce use errors and improve operational clarity. As a draft standard, it is particularly relevant where design decisions, control-room layout, and procedural usability can affect safety and reliability in nuclear engineering settings.

What is IEEE P1023/D1, Jun 2020?

This technical document provides guidance for integrating human factors engineering into nuclear facility design and operation. IEEE P1023/D1, Jun 2020 is aimed at systems where operator actions, alarms, displays, controls, and facility arrangements must work together under demanding conditions. The recommended practice generally supports more usable and more consistent interfaces by considering how people perceive information, make decisions, and perform tasks in safety-critical environments. It is especially relevant when engineering requirements must account for human performance as well as equipment behavior.

Where is IEEE P1023/D1, Jun 2020 used?

IEEE P1023/D1, Jun 2020 is used in nuclear power plants and related nuclear facilities where operators, maintenance personnel, and engineers interact with control systems, instrumentation, alarm panels, and supporting hardware. It may apply during design reviews, retrofit planning, workspace layout, and evaluation of operating procedures. The standard is useful wherever equipment and facilities must be configured to support accurate monitoring, timely response, and controlled operation in complex plant environments.

Why is IEEE P1023/D1, Jun 2020 important?

This recommended practice matters because human factors issues can directly affect safety, consistency, and plant performance. IEEE P1023/D1, Jun 2020 helps teams address usability concerns early, which may reduce operator workload, misinterpretation of displays, and procedural mistakes. In nuclear settings, clearer interface and facility design can support compliance efforts, improve maintainability, and strengthen risk reduction across engineering and operational activities. It also provides a common basis for reviewing design decisions against human-centered expectations.

• Human factors engineering for nuclear facilities
• Operator interface and control-room considerations
• Systems, equipment, and facility usability
• Safety-focused design and review support
• Applicable to nuclear power and related installations