How do you design a user-friendly bridge console for marine engineers?

1 Understand the needs

The first step in designing a user-friendly bridge console is to understand the needs and preferences of the end users. This involves conducting a user analysis, which is a systematic study of the tasks, goals, skills, and characteristics of the marine engineers who will use the console. A user analysis can help you identify the functions, features, and layout that will suit the users' needs and expectations. You can use various methods to collect user data, such as interviews, surveys, observations, and feedback.

2 Apply ergonomic principles

The second step in designing a user-friendly bridge console is to apply ergonomic principles, which are the scientific guidelines for optimizing human performance and well-being in relation to the work environment. Ergonomics considers the physical, cognitive, and emotional aspects of human factors, such as posture, vision, hearing, memory, attention, and stress. Applying ergonomic principles can help you design a bridge console that is comfortable, accessible, and intuitive for the users. You can use various tools and standards to evaluate and improve the ergonomics of the console, such as anthropometric data, ergonomic checklists, and ISO 9241.

3 Use appropriate technology

The third step in designing a user-friendly bridge console is to use appropriate technology, which is the selection and integration of hardware and software that can support the users' tasks and goals. Technology can enhance the functionality, usability, and reliability of the bridge console, but it can also introduce complexity, distraction, and dependency. Therefore, you need to use technology that is suitable for the context, purpose, and level of the users. You can use various criteria to choose and implement technology, such as compatibility, availability, maintainability, and security.

4 Test and evaluate

The fourth step in designing a user-friendly bridge console is to test and evaluate the design, which is the process of measuring and improving the performance and satisfaction of the users and the system. Testing and evaluation can help you identify and solve any problems, errors, or gaps in the design, as well as collect feedback and suggestions for improvement. You can use various methods to test and evaluate the design, such as usability testing, heuristic evaluation, and user acceptance testing.

5 Follow standards and regulations

The fifth step in designing a user-friendly bridge console is to follow standards and regulations, which are the official rules and requirements for the design and operation of the bridge console. Standards and regulations can ensure the safety, quality, and consistency of the bridge console, as well as comply with the legal and ethical obligations of the industry. You can use various sources to find and follow standards and regulations, such as IMO, SOLAS, IEC, and ISO.

6 Update and maintain

The sixth step in designing a user-friendly bridge console is to update and maintain the design, which is the ongoing process of keeping the bridge console in good condition and adapting it to changing needs and circumstances. Updating and maintaining the design can extend the lifespan, efficiency, and functionality of the bridge console, as well as prevent or fix any issues or malfunctions. You can use various strategies to update and maintain the design, such as regular inspections, repairs, upgrades, and training.

7 Here’s what else to consider

This is a space to share examples, stories, or insights that don’t fit into any of the previous sections. What else would you like to add?