Saint Paul College Sim Center Site Visit

When: Friday, March 8th, 2019 from 8 am to 2:30 at Saint Paul College in St. Paul, MN

Price: $40.00 (includes lunch, parking, and 6 CEUs)

Continuing Education Hours: 6 Continuing Education Units (CEU’s)

Description: Walking through the doors of the simulation center at Saint Paul College’s new Health and Science Alliance Center feels like being transported directly into a hospital wing; from the check-in desk at the entrance to the hospital rooms, high fidelity manikins, intensive care units, operating rooms, isolation area, long term care center, physicians’ office, and pharmacy. Join us for a site visit at St. Paul College’s new Simulation Center and visit with faculty and vendors as you rotate between 7 stations in different simulation rooms and see the latest in innovative technology currently being used at SPC. Host/Presenter: Joseph Buhain EdD, MBA, RRT, NREMTB, FAARC, Program Director for Cardiopulmonary Sciences and Simulation Studies at Saint Paul College

Objectives:

1. Describe the new simulation design at Saint Paul College.

2. Review simulation techniques used at Saint Paul College.

3. Review innovative technology including Sim 3G, SynDaver, Trauma Man, Laproscopic and Telemedicine Simulators.

4. Identify key takeaways used in simulation to expand student understanding in their specialty area.

The Class Stations include:

1. Laparoscopic Simulation Rotation: Watch a demonstrate of the Laparoscopic Simulator in the Operating Room Suite. The Laparoscopic Simulator is used to train surg tech students to assist during laparoscopic procedures.

2. SynDaver Simulation Rotation: The SynDaver Synthetic Human bleeds, breathes, and employs hundreds of replaceable muscles, bones, organs, veins, and arteries – all made from materials that mimic the mechanical, thermal, and physicochemical properties of live tissue. This validated technology is used to replace live animals, cadavers, and even human patients in medical device studies, clinical training, and surgical simulation. See how the college programs are using the SynDaver for Anatomy and Physiology courses and health science simulations.

3. Gaumards Maternal and Newborn Care Rotation: View the Maternal and Newborn Care simulators which are used to simulate ante-partum complications, routine and high-risk deliveries, and postpartum emergencies essential in competency-based training and team building exercises.

4. Laderal 3G and ASL 5000: Introducing our new ASL 5000™ Lung Solution for the SimMan 3G platform, developed in collaboration with Laerdal. The

ASL 5000 Lung Solution allows programs to integrate the world’s premier breathing simulator, the ASL 5000, with the SimMan 3G, SimMan Essential and SimMan 3G Trauma. Programs use the SimMan 3G to conduct high-fidelity ventilation management training in anesthesia, critical care, emergency medicine, pulmonology, and respiratory care.

5. ReeelDx: ReelDx is a cloud-based library of real patient video cases frequently used by educators in healthcare to anchor simulations with their students. What's true for the real patient in the video is then true for the simulated patient. 6. Hillrom: The Vest® System assists in airway clearance for patients suffering from airway clearance dysfunction, secretion retention, and/or

ineffective cough or secretion clearance due to immobility, deconditioning, or muscle weakness. The Vest® Airway Clearance System, Model 105 represents technology from innovators of High Frequency Chest Wall Oscillation.

CORE : rtNOW is a an innovative telemedicine service for any organization that takes care of people with pulmonary conditions. Patients may

need the services of a respiratory therapist, but an organization may not have a therapist on staff. The rtNOW can assist in situations such as these with a telemedicine platform for real-time solutions.

7. CAE: CAE iStan is certified for inflight use aboard major military aircraft, and boasts high-quality features, including flail chest, cyanosis, central IV

lines, and detectable range of cervical motion. iStan supports controlled asynchronous mechanical ventilation for advanced training scenarios. Combining advanced physiological modeling with innovative wireless technology, iStan delivers the ultimate in mobility, reliability and functionality.