Free Educational Webinar
Join us for a collaborative learning event. Learn about the development of prone position simulation training to meet the COVID surge staffing needs of academic and hospital partnerships and how to facilitate this type of training for large audiences.
In this webinar, you will learn:
- How a prone position simulation training program was developed to meet staffing needs.
- How to facilitate and implement this type of training for large audiences.
- Implementation of proning teams in the clinical setting: takeaways and lessons learned.
Speakers:

Summer Powers DNP, CRNP, ACNP-BC, AACC
Assistant Professor of Nursing, AHA Training Center Coordinator University of Alabama at Birmingham, School of Nursing
Related
You Might also like
-
[Webinar On-Demand] Assessing clinical training readiness with high-fidelity simulation and a validated rubric
Join us for a collaborative webinar presented by Dr. Greenwood of Rosalind Franklin University of Medicine and Science. She will discuss the university’s unique approach to simulation-based training. Gain insights into validating a high-fidelity simulation rubric and their learner evaluation process before clinical training in high-stakes environments. Request access!
-
[Webinar On-Demand] Difficult Airway/Percutaneous Cricothyrotomy Training: A Quality Improvement Initiative
Join our collaborative webinar. Gain insights on navigating critical scenarios like can’t intubate-can’t ventilate (CICV) with demonstrations on two essential cricothyrotomy methods. Led by esteemed experts, including Dr. Clark J. Obr and Dr. Lovkesh Arora from the University of Iowa, along with Stephanie White, delve into the behind-the-scenes setup of their simulations and cricothyrotomy exercises. Request access.
-
[On-Demand Webinar] Presenting Obstetric MR™: Enhancing Simulation-based Education and Training with Mixed Reality and VICTORIA®
Join our team for an in-depth talk about mixed reality and get an exclusive opportunity to see what it is like to wear the Obstetric MR HoloLens and observe the dynamic physiological processes that occur during childbirth in real-time.