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FROM THE DESK OF THE DIRECTOR OF MEMBERSHIP
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 Promoted by Laerdal Medical
 Blended-learning workshops offer Continuing Education Units (CEUs) and provide faculty development in simulation teaching and learning strategies when and where it’s needed most—at your location and convenience. Faculty will engage in learning opportunities that address simulation foundations, curriculum integration, debriefing, and evaluation in simulation.
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Surgical Science
One of the ongoing discussions in medical education addresses whether practicing a procedure on a simulator can translate to improved patient outcomes. We know that simulation resources are used to hone healthcare team performance. Institutions have also documented the value of simulation training in providing learners with a risk-free environment where they can practice surgical techniques. Now, a recent University of Michigan study directly addressed the link between simulation and patient outcomes. Their study proves the hypothesis true: regular simulation training can measurably improve patient outcomes.
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Next Generation Harvey realistically simulates nearly any cardiac disease at the touch of a button by varying blood pressure, pulses, heart sounds, murmurs and breath sounds. Harvey is the longest continuous university-based simulation project in medical education, and no other simulator presents cardiac bedside findings at the level of detail and fidelity found in Harvey.
Learn more about the Next Generation Harvey simulator
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Every 4 seconds a child is treated in the emergency department. For ED teams and staff, training is key to improving patient safety and outcomes. Pediatric HAL is an advanced patient simulator capable of simulating high-risk, low-frequency scenarios designed to help teams improve readiness, teamwork, and quality of care. Learn more about Pediatric HAL, today.
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Design, manage, deliver and measure both physical and VR simulations with Health Scholars future-ready training platform. Learn more about our VR simulations designed to promote patient safety scenarios that are not readily available or are difficult to scale across an entire health system
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Animal, cadaver and synthetic models can’t always accurately represent targeted pathology. The new Stratasys® J750 Digital Anatomy™ 3D Printer comes with three unique digital materials and anatomical pre-sets that provide ultra-realistic anatomical simulation and biomechanical realism – resulting in a model that feels and behaves like the real thing.
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7701 Las Colinas Ridge, Ste. 800, Irving, TX 75063
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