Presentation
Hearing is Believing: A New Approach to Fidelity and Immersion in Healthcare Simulation
DescriptionThis presentation aims to explore the application of audio soundscapes within healthcare simulation to enhance the authenticity of immersive learning environments and, consequently, elevate learner outcomes. In the context of healthcare simulation, the endeavor is to create immersive environments that faithfully replicate diverse clinical scenarios, thus enabling learners to effectively practice clinical skills and tasks. While the conventional approach often concentrates on visual and tactile aspects, such as moulage and standardized patients, which, though effective, can be resource-intensive and financially burdensome for smaller training facilities.
Audio, as an often-neglected tool in simulation, has the potential to significantly increase fidelity. Although audio components are extensively utilized in entertainment for immersive experiences, their utilization in healthcare simulation and training remains notably underexplored. Analogous to how a beloved song can evoke vivid memories, the mere sound of a baby's cry or the bustling noise of a hospital emergency room can serve to transport learners and immerse them within a simulated environment. What makes this proposition even more compelling is that the integration of custom audio elements is among the most cost-effective methods to enhance simulation fidelity, making it particularly viable for institutions with limited budgets.
In this presentation, we will delve into the ways static audio soundscapes can heighten realism and learner engagement in medical simulations. Additionally, we will address the essential human factors considerations pertaining to the design and usability of audio interfaces for seamless integration of soundscapes into healthcare simulation curricula. Furthermore, we will share preliminary findings related to how adaptive audio elements can effectively incite changes in learner behavior, achieved through the innovative design of an audio interface tailored specifically for healthcare simulations.
As the costs of implementing high-fidelity healthcare simulations continue to rise, the low-cost integration of audio soundscapes has the potential to revolutionize the delivery of healthcare training, making it more effective, engaging, and immersive. This innovative approach has the power to transform healthcare education and benefit learners, educators, and institutions alike.
Audio, as an often-neglected tool in simulation, has the potential to significantly increase fidelity. Although audio components are extensively utilized in entertainment for immersive experiences, their utilization in healthcare simulation and training remains notably underexplored. Analogous to how a beloved song can evoke vivid memories, the mere sound of a baby's cry or the bustling noise of a hospital emergency room can serve to transport learners and immerse them within a simulated environment. What makes this proposition even more compelling is that the integration of custom audio elements is among the most cost-effective methods to enhance simulation fidelity, making it particularly viable for institutions with limited budgets.
In this presentation, we will delve into the ways static audio soundscapes can heighten realism and learner engagement in medical simulations. Additionally, we will address the essential human factors considerations pertaining to the design and usability of audio interfaces for seamless integration of soundscapes into healthcare simulation curricula. Furthermore, we will share preliminary findings related to how adaptive audio elements can effectively incite changes in learner behavior, achieved through the innovative design of an audio interface tailored specifically for healthcare simulations.
As the costs of implementing high-fidelity healthcare simulations continue to rise, the low-cost integration of audio soundscapes has the potential to revolutionize the delivery of healthcare training, making it more effective, engaging, and immersive. This innovative approach has the power to transform healthcare education and benefit learners, educators, and institutions alike.
Event Type
Oral Presentations
TimeWednesday, March 2711:30am - 12:00pm CDT
LocationSalon A-4
Simulation and Education