The University of Michigan Clinical Simulation Center (UMCSC) is an innovative instructional environment and learning laboratory providing challenging, immersive simulation training for physicians, nurses and other health care professionals at the University of Michigan. As part of the Department of Learning Health Sciences, the UMCSC plays an integral role in leading change through innovative and effective education and establishing assessment methodologies used in clinical care.
The mission of the Clinical Simulation Center is to advance best practices in healthcare education and improve patient safety through the development of effective simulation-based instruction, robust assessment, and rigorous research.
The University of Michigan Clinical Simulation Center is accredited by the American College of Surgeons as a Level 1 training center.
Looking for the previous CSC website?
Short URL for page: http://LHS.medicine.umich.edu/UMCSC.
Thursday October 8th, Clifford Craig, MD will be presenting "Wearables in Surgical and Medical Education". Dr. Craig is an Associate Professor of Orthopaedic Surgery and Clerkship Director of Orthopaedic Surgery at the University of Michigan. He also serves on the Steering Committees for the Academy of Medical Educators and Simulation Center.
Teen treated for heart condition at U of M Mott's Children's Hospital shares her sudden cardiac arrest story.
Teenager, Emily Orta, shared her story of sudden cardiac arrest during soccer practice and how her life was saved due to the presence of a CPR certified lifeguard and an AED.
The CSC now has a complete da Vinci Si robotic surgical system on loan from Intuitive Surgical for educational use. This makes University Michigan one of a very small group of academic health centers in the nation to have a dedicated surgical robot for resident, faculty, nurse and operating room (OR) staff training. This will dramatically advance surgical training within the medical school and hospital, allowing for safety and team training among Mott and UH OR teams.
Deborah Rooney, Ph.D., worked with the ACS AEI Administration and Management Committee, who drafted the content for the newsletter. The document is intended to serve as a special interest newsletter of essentials for a running simulation center. Chapters of this resource will be released one by one.
Dr. Rooney co-authored the recently published article "Development of a 3D-printed external ventricular drain placement simulator." The article discusses their development of a physical model to simulate external ventricular drain placement.