HMI & Control Room Ergonomics

Human-Machine Interfaces (HMIs) and Control Rooms are critical environments where operators monitor complex systems, make time-sensitive decisions and control advanced manufacturing processes. Poor interface design or ergonomic setup increases cognitive load, operator fatigue and error risk. We provide ergonomic design solutions that address both digital interface design and the physical environment to ensure optimal operator performance in critical manufacturing and control environments.

Core HMI Design Principles

  • Operational Support & Safety

    Displays supporting critical operations, monitoring and decision-making with robust safety protocols

  • User-Centred Design

    Considering cognitive abilities and workflow requirements to reduce cognitive load

  • Simplicity & Efficiency

    Eliminating complexity for intuitive, error-resilient interactions

  • Consistency

    Uniform design elements including labelling, symbols, icons and colour schemes

  • Effective Feedback & Alarms

    Clear immediate feedback with comprehensive alarm systems

  • Iterative Improvement

    Continuous refinement based on operator feedback and simulation

Physical & Environmental Considerations

  • Screen Positioning & Ergonomics
    Strategic screen positioning and adjustable mounting for ergonomic working heights

  • Interface Accessibility
    Anti-glare measures and touchscreen sensitivity for gloved use

  • Industrial Requirements
    Industrial durability with emergency override access

  • Display Configuration
    Number and type of screens for operational coordination

Control Room Specialisation

  • Operator Comfort
    Ergonomic seating for extended monitoring periods

  • Environmental Controls
    Lighting, temperature, airflow, humidity and noise management

  • Spatial Layout
    Facilitating operator communication whilst maintaining clear sightlines to critical displays

This approach addresses both the digital interface design and the physical environment to ensure optimal operator performance in critical manufacturing and control environments.