Free Collaborative Webinar
In this webinar, you will learn:
- Describe IP high-fidelity cardiopulmonary resuscitation simulation
- How to facilitate and implement this type of training for large audiences
- Implementation of high-fidelity resuscitation simulation: takeaways and lessons learned.
Speakers:
Jennifer H. Ledlow, PhD, RN, CCRN, CNL, CNE
Instructor/Nursing Simulation Coordinator
University of Alabama at Birmingham School of Nursing
Summer Langston Powers, DNP, CRNP, ACNP-BC, AACC
Assistant Professor
University of Alabama at Birmingham, School of Nursing
-
[Webinar On-Demand] Designing a Career Ladder for Simulation Operations Specialists
Join our collaborative webinar and discover how to navigate and advance within the dynamic field of simulation operations. Led by experts Ryne M Ackard, Assistant Professor and Director of Operations, and Andrew Guertler, Assistant Director of Operations at the University of Virginia Simulation Collaborative, this session will explore the structure and opportunities of a simulation operations specialist career ladder. Learn about the essential skills and competencies needed to move from entry-level roles to leadership positions, and gain actionable insights to reflect on your strengths and grow your career. Don’t miss this opportunity to take your professional journey to the next level. Request access.
-
[Webinar On-Demand] Comparing Rapid Cycle Deliberate Practice and Traditional Reflective Debriefing on Interprofessional Team Performance
Join us for a collaborative learning event. Dr. Susan Wiltrakis and Dr. Sherita Holmes will provide their insights on different debriefing strategies and compare their performance outcomes on interprofessional team training. Request Access!
-
[On-Demand Webinar] Building a Comprehensive and Thriving Simulation Center From Almost Nothing
Join us for a collaborative learning webinar. Learn how Holyoke Community College was able to build a simulation center that supports healthcare education and training on campus and performs hundreds of simulations per semester.