On-Demand Learning Lab Part 1: Preventing Harm Before It Happens With Proactive Patient Safety Tools-Learning Lab Part 1: Preventing Harm Before It Happens With Proactive Patient Safety Tools

Video Transcription

Video Summary

This live learning lab introduced a three-part patient safety series focused on preventing harm before it happens. Presented by Sherry Hobbs-Messick and Maggie Kane from the University of Maryland Medical Center, the session emphasized shifting from reactive responses to proactive risk prevention.<br /><br />The speakers explained that healthcare systems often rely too heavily on event reporting and other lagging indicators, which means risks are often recognized only after harm has occurred. To counter this, they promoted proactive tools such as failure modes and effects analysis (FMEA), proactive risk assessments, safety huddles, leader rounding, and signal integration across data sources like event reports, culture surveys, near misses, and operational strain.<br /><br />Using wrong-site surgery as an example, they showed how teams can map processes, identify where failures may happen, score severity, occurrence, and detection, and then prioritize the highest-risk areas for improvement. They also discussed how routine workarounds, repeated near misses, and weak speaking-up culture can reveal hidden system problems.<br /><br />A major theme was drift and normalization of deviance: small workarounds can gradually become accepted practice, creating new risks. The speakers encouraged leaders to use observations, just culture, psychological safety, storytelling, and rapid feedback loops to detect and address drift early.<br /><br />Key takeaways: build early warning systems, connect multiple safety signals, look for patterns rather than isolated events, and act quickly on the risks that matter most.

Keywords

patient safety

proactive risk prevention

failure modes and effects analysis

FMEA

wrong-site surgery

safety huddles

leader rounding

near misses

psychological safety

just culture