Dates
Friday, 18 March 2016 - Friday, 18 March 2016
Meeting Code
HRT1604b
Would you like more information?
Kate Tynan
kate.tynan@healthroundtable.org
Improving Reliability of Systems to
Detect and Rescue Deteriorating Patients. Click here for workshop information
Upon completion of her industrial engineering degree,
Dr. Huddleston embedded systems engineering and reliability principles into the
multi-specialty and multi-disciplinary 100% mortality review system at Mayo
Clinic. The opportunities for
improvement identified through mortality review were no longer the low hanging
fruit of traditional quality improvement.
She translated a systems engineering and design method from industrial engineering
to solve health care delivery’s toughest problems.
This hands-on workshop will walk you through the
application of several systems engineering tools using detection and rescue of
deteriorating patients as the case study.
After this session,
participants will be able to:
·
Define the steps involved in using a systems
engineering approach to solve tough care delivery problems.
·
Apply failure modes and
effect analysis to understand why patients are still dying when MET systems
exist
·
Prioritize the process of
care failures contributing to failure to rescue deaths from acute deterioration
in your care setting.
·
Articulate the role for predictive analytics
in the detection of deteriorating patients
·
Integrate stakeholder’s needs and system
requirements to design a reliable care delivery process
·
Design an experiment for improving detection
and rescue of deteriorating patients
·
Identify metrics of success
·
Consider challenges of diffusing across your
healthcare setting
·
Describe key approaches to maximising individual
team members’ talents and avoid attrition throughout the project life cycle