Workflow and Process Design in Healthcare
This lesson builds practical understanding of human factors engineering using a healthcare quality, patient safety, and high-reliability lens.
Learning outcomes
- Identify workflow hazards, bottlenecks, and handoff risks.
- Use process design concepts to support safer, smoother work.
- Connect standardization and flexibility in clinical workflows.
Why workflow design matters
Workflow design shapes how information, people, materials, and decisions move through care. Poorly designed workflows create delay, rework, workaround behavior, and safety risk. Good workflow design supports clarity, handoff reliability, and timely action.
Standardization and flexibility
Standardization can reduce variation and support safer routine performance, but healthcare also requires flexibility for changing clinical needs. Human factors engineering helps balance both by standardizing where predictability helps and preserving adaptive capacity where judgment is essential.
Handoffs and transitions
Transitions are especially vulnerable. Shift change, transfers, escalation, discharge, and specimen movement all require accurate communication and role clarity. Workflow design should make critical information visible, expected, and easy to confirm.
Reducing workarounds
Frequent workarounds are a warning sign that the designed process does not fit real work. Instead of treating workarounds only as rule-breaking, teams should ask what design friction is driving them.