What is ISO 55077:2014 ?

What is ISO 55077:2014?

ISO 55077:2014 is an international standard that outlines the requirements for the design of human-machine interfaces (HMIs) in control rooms. It focuses on improving the usability, safety, and efficiency of interaction between operators and control systems.

ISO 55077:2014 provides guidelines for the design, layout, color coding, navigation, alarm handling, and information presentation of HMIs. It aims to minimize operator errors, improve situational awareness, and enhance the overall performance of control room operators.

Benefits of Implementing ISO 55077:2014

Implementing ISO 55077:2014 can provide numerous benefits for organizations. By ensuring that HMIs are designed in a way that minimizes operator errors and improves situational awareness, organizations can improve the overall performance of their control rooms.

ISO 55077:2014 also provides a systematic approach to managing their operations and ensuring consistent product and service quality. By implementing this standard, organizations can improve their processes, increase efficiency, and enhance customer confidence in their products and services.

Main Requirements of ISO 55077:2014

ISO 55077:2014 sets out the criteria for a quality management system and provides a framework for achieving these objectives. The main requirements of ISO 55077:2014 include:

The organization should establish a management system that meets the requirements of ISO 9001.

The management system should be regularly reviewed and updated to ensure that it remains effective and meets the changing needs of the organization.

The management system should be applied consistently across the organization.

The organization should provide training and resources to ensure that personnel are aware of and understand the requirements of the management system.

The organization should demonstrate that it is able to maintain the effectiveness of the management system over time.

Conclusion

ISO 55077:2014 is an important standard for organizations looking to improve the design and performance of their human-machine interfaces. By implementing this standard, organizations can improve the usability, safety, and efficiency of interaction between operators and control systems.