Bringing Learning to Life
iEXCEL is a transformative model for health care education headquartered in the Davis Global Center at UNMC
Our Mission
The iEXCEL program improves human performance and effectiveness in health care through the adoption of high-fidelity simulation, interprofessional collaboration and experiential learning technologies.
Davis Global Center
The Dr. Edwin G. & Dorothy Balbach Davis Global Center is a highly advanced clinical simulation facility purposefully designed to foster the practice of patient care in highly-functioning and effective interprofessional teams. The 192,000 sq.ft. center is made up of five distinct levels that work together to create a safe and innovative learning environment.
Education & Training
The iEXCEL training model focuses on improving the outcomes of care by emphasizing interprofessional collaboration and experiential learning.
In the News
Holograms revolutionize medical training in North Platte
The University of Nebraska Medical Center brought the future of medical education to North Platte today, utilizing cutting-edge hologram technology for a groundbreaking training session that connected health care providers across the state. An instructor located in Omaha taught and interacted in real-time with approximately 10 health care professionals at Great Plains Health in North Platte, as well as participants in Kearney.
UNMC connects Nebraska campuses through hologram and VR technology at statewide stroke conference
At the University of Nebraska Medical Center, hologram boxes, virtual reality headsets and interactive walls brought health care providers together across four campuses. The statewide stroke conference showcased how technology can turn remote learning into a hands-on, collaborative experience.
UNMC crosses the state with interactive stroke conference
On Sept. 26, the UNMC iEXCEL program hosted a statewide stroke conference with a difference. The Nebraska Department of Health and Human Services’ second conference held at iEXCEL was called “Stroke Transitions Across the Continuum.”