With AR and VR, students can learn through simulation, offering healthcare workers the added edge required to take their learning and experience to the next level.
FREMONT, CA: Virtual reality (VR) and augmented reality (AR) are two simulation models that upgrade medical education. VR offers a 3D and dynamic view of structures and the potential of the user to interact with them. The recent technological innovations in haptics, display systems, and motion detection enable the user to have a realistic and interactive experience, allowing VR to be ideal for healthcare training. Read on to know more.
AR and VR are flexible mediums for information uptake. The conventional reading and drilling sessions have their place in education, but frontline healthcare providers need hands-on practice. By catering to several learners’ styles, institutions will reach an extensive pool of students more effectively, accelerating retention rates across the board. One significant benefit of AR is that it moves beyond 2D images to offer detailed 3D views of complex or otherwise abstract concepts. Complicated anatomy like the human heart is visualized as a 3D turnaround model with tappable points that display needed info or play videos. These models can be combined into existing textbooks through scannable photos linking to additional educational content. Advanced applications let their users virtually operate on any individual organ or inspect a complete human skeleton.
Healthcare uses of AR and VR are not limited to any single facility, the field of practice, or piece of hardware. Both technologies are lightweight, with VR existing through headsets and AR through mobile apps and hands-free glasses. Users can function on a virtual patient using any decently sized table as a base. By avoiding the need for specialized props or heavy equipment, immersive technology provides unlimited opportunities for education and training. It’s secure to say that AR and VR have covered a blood cell all of the ways to complicated surgeries in the healthcare field.
Using VR creates an environment that is simulated and isn’t bound by any real-world elements. With a headset and hand-held controllers, VR training offers scenarios like emergency trauma reception and care. With affected patients and devices, healthcare training with VR becomes risk-free and can be replayed as an additional learning tactic.