The primary goal of human factors in healthcare is to improve patient safety by minimizing the risk of errors and adverse events.

Equipment failures are not considered a human factor, as they are caused by technical issues rather than human behavior.

Human factors engineering is the process of designing healthcare systems and technologies to minimize the risk of human error.

All of the above are examples of human factors interventions to improve patient safety.

Cognitive biases are the tendency for healthcare professionals to rely on their intuition and experience rather than objective data when making decisions.

All of the above are examples of cognitive biases that can lead to errors in healthcare.

Task analysis is the process of breaking down a complex task into smaller, more manageable steps.

All of the above are examples of task analysis techniques.

All of the above are terms used to describe the process of designing healthcare systems and technologies to match the capabilities and limitations of the human users.

All of the above are examples of human-centered design principles.

All of the above are terms used to describe the study of the relationship between humans and technology in healthcare settings.

All of the above are examples of research methods used in human factors in healthcare.

All of the above are terms used to describe the process of evaluating the usability of healthcare systems and technologies.

All of the above are examples of usability testing methods.

All of the above are terms used to describe the process of implementing human factors principles and interventions in healthcare settings.