Research Fields
Measure the impact of experiential learning on improving quality of care, patient safety, and healthcare practice. Evaluate the adoption of high-fidelity simulation and visualization into clinical practice, and skills transfer from a training to practice environment.
Evaluate performance of trainees utilizing high-fidelity simulation and visualization activities during remote learning and tele-training. Opportunities for real-time feedback via audio-visual capture, dedicated debriefing spaces, and multi-site remote leaning capabilities. Outcomes and metrics are available for competency assessment in Live Virtual Constructive Exercises (LVCEs) with various partners, including the US military.
Exploring the unprecedented array of 3D, augmented reality/virtual reality (AR/VR), and high-fidelity simulation environments for training, program and curriculum development, product design, testing and imaging. Collaborative research to develop and test new processes, products, and content. Opportunities for advance learning, teaching and skill development, as well as incorporating these technologies into clinical practice.
Measure the impact of experiential learning on improving quality of care, patient safety, and healthcare practice. Evaluate the adoption of high-fidelity simulation and visualization into clinical practice, skills transfer from a training to practice environment, and cost of healthcare.