


Our integrated learning services are designed to empower healthcare organizations by combining Instructional Design, Clinical Simulation, Live Events, and On Demand Learning.
Compared to other high-risk industries, healthcare has been slow to incorporate simulation into its training, assessment, and certification activities. The potential for simulation to improve patient safety, reduce medical errors and deaths, and decrease health care costs is far from fully realized.
Simulation strengthens confidence and promotes competence by providing a safe and supportive environment for mastering skills, practicing protocols, learning system-based practice, applying critical decision making, and developing communication and interpersonal skills.
Serving over 23 million U.S. Veterans, it is critical that the Veterans Health Administration (VHA) develops a coordinated effort in simulation training, education, and research to maximize the benefits of simulation for its staff and Veterans. In “Simulation 2010 Update: A Review of Simulation-based Strategies for Healthcare, Education and Training,” the VHA begins what will be an ongoing process of research and improvement.
Consequently, on July 17, 2009 the Acting Under Secretary for Health authorized the establishment of a national simulation training and education program for the Veterans Health Administration.Named SimLEARN (Simulation Learning, Education, and Research Network), the program’s mission is to develop and maintain a national strategy for the deployment of simulation training and education across VHA. SimLEARN will ensure that VHA optimizes its resources and applies new training technologies toward the ultimate goal of improving the quality of health care for Veterans.
Enterprises can capitalize on VHA’s extensive investment in simulation resources. Using the VHA’s key findings they can develop system-wide policies, guidelines, documentation strategies, and protocols; and design essential curricula and competency evaluation tools. Additionally, mechanisms should be established that allow VHA to assess the effectiveness of its simulation training initiatives and to share the findings from its simulation research and development.
In healthcare, simulation is becoming an essential component of education, training, assessment, and the maintenance of professional certification. Substantial advances in technology in the last two decades have resulted in new and remarkable ways of creating simulated environments that can enhance or substitute for experiences with living patients.
Health profession schools have incorporated simulations that range from basic task trainers and standardized patients to high fidelity mannequins and virtual patients. Practicing professionals have been slower to adopt simulation methods for safety or quality initiatives and as a life-long learning strategy.
Across the next few weeks, I will be perusing this report and excerpting key concepts across the following six areas:
(1) Mannequin-based Simulation In Healthcare
(2) Task Trainers and Haptics
(3) Standardized Patients
(4) Virtual Patients for Medical Education
(5) Virtual Environments
(6) Process Modeling Using Simulation

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