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Possible deskilling and loss of situational awareness

Need to establish appropriate levels of trust to ensure effective use

More advanced systems can fail in more complex ways, requiring more skilled intervention

Automated systems can lead to lower levels of vigilance and attention among operators

Operators may lose the ability to manually perform tasks when automation fails

Tendency to over-rely on automation and not detect automation failures

Automation should provide feedback that is easily interpretable by human operators

Automation can make error detection and recovery more challenging for operators

Automation interfaces should be designed considering human physical limitations

Properly designed automation should balance and not overload human cognitive workload

Continued training is necessary to maintain operator expertise in automated environments

Automation can affect job satisfaction through changes in task nature and operator roles

Operators must develop accurate mental models of the automated system to use it effectively

Automation should support situational awareness for all team members

Automation changes the distribution of workload among team members

Determining responsibility for actions taken by automated systems can be complex

Automated systems can influence the development and maintenance of operator skills

Automation must be designed to adapt to dynamic operating environments

Effective design of feedback from automation is essential for human operator performance