The Simulation Center exists to measurably improve the quality, safety, and experience of healthcare delivery through the application of cutting-edge simulation methods, systems thinking, human-centered design, and innovative technology. Under the umbrella of the Center for Acceleration & Implementation Science, simulation is a key implementation strategy to drive innovation and outcomes across UChicago Medicine.
“We do not rise to the level of our expectations, we fall to the level of our training” – Archilochus
Safety
Simulation is used to proactively mitigate latent safety threats, cultivate emergency preparedness, and train staff to perform with high reliability during high-stakes events. In situ mock training and high-quality resuscitation programs are offered throughout the health system to ensure readiness for clinical care.
Digital Innovation
The Simulation Center serves as a real-world clinical laboratory for testing digital solutions and innovative technologies. This program allows for testing and iteration of implementation strategies to weave in user-design principles and identify approaches to improving adoption of digital solutions prior to implementation into clinical processes.
Building Expert Teams
Communication and interdisciplinary teamwork training are a key focus of simulation-based training at UCM. The Simulation Center serves as a hub to build expertise in the novel application of technologies such as 3D printing and Virtual Reality to clinical care and patient education.
Surgical Simulation
Our Surgical Simulation and Innovation programming offers hands-on cadaveric training to support our world-class surgical programs, robotic training combined with augmented reality to train and refine surgical technique.
Resuscitation
Our Resuscitation Core Program serves as an accredited American Heart Association Training Institute, providing a range of courses for faculty and staff to improve their skills in resuscitation and life support.
Simulation Methods
We are developing targeted education to improve clinical debriefing, develop float pools for simulation technicians, and cultivate trained simulation scientists throughout the health system.
