Medical practice is changing at an accelerated rate. Today’s healthcare systems are significantly more complex than they were 20 years ago due to the complex requirements of an aging population, the variety of treatment options available, the interprofessional nature of care, and other factors.

As a result, we have had to modify the way that we train future clinicians for practice. It is now more important to consider how someone uses, assesses, and applies information to patient care rather than whether or not they can remember or access data.

Therefore, there is a movement to replace memorization with education that is more clinically applicable and hands-on. The teaching of communication skills, problem-based learning, and simulation-based learning have all been incorporated into curricula. In light of the growing need for clinical learning experiences and the challenges that come with them, simulation in particular has gained popularity as a way to give experiential learning.

A simulation is a teaching method that involves simulating real-world scenarios, letting learners behave as they would in those situations, giving feedback thereafter, and debriefing on performance. It has been discovered that simulation is better to traditional clinical education in several areas and produces potent educational interventions that have both immediate and long-lasting effects.

Although simulation is increasingly important in healthcare education, it still demands a lot more resources than conventional instruction. Additional resources are difficult to come by at a time when healthcare systems and educational institutions around the world are contending with escalating demands and constrained budgets.

Thankfully, there has recently been a significant expansion in the ways that we may provide medical education. Immersive technologies have been used in addition to the internet and mobile devices to accomplish this. These tools, such as augmented reality (AR) and virtual reality (VR), have the potential to revolutionize the way we provide educational experiences.


Particularly in the medical and nursing areas, VR has been used. Wearing a VR headset allows the user to fully immerse themselves in an interactive virtual environment. This enables the user to gain knowledge through experience in the virtual world when utilized with the proper educational software. This essay defines VR and discusses its advantages, disadvantages, supporting data, practical applications, and prospects for the future.

The effectiveness of VR and the immersion it delivers for experiential learning is supported by a wealth of studies. Virtual reality is already a crucial teaching tool in a variety of industries, including aviation, oil, shipping, and the military, demonstrating its effectiveness in practice. In fact, the aviation industry attributes a significant portion of the roughly 50% decline in airline crashes caused by human error during the 1970s to VR-based simulation.

Studies in the field of healthcare affirm the benefits of VR. For instance, when adopting an immersive environment rather than screen-based learning, medical students show noticeably higher knowledge gain.

Immersive VR has now been widely used in surgical training, where it has been demonstrated to reduce harm, speed up procedures, and enhance overall results. With great success, it has now been incorporated into many surgical programs.

There is a ton of evidence, even if the medical and nursing industries have been slower to adopt VR than surgeons. For instance, VR can be used to train medical professionals in intricate procedures like transvenous lead extraction. It also works well for cardiopulmonary resuscitation training and can help with clinical decision-making, communication skills, and critical thinking.

360 – video

The usage of 360-video, a relatively new way of filming, enables the user to build a comprehensive picture of the situation or environment. A camera is used by the user to simultaneously film in all directions and record 360-degree video. With the use of VR headsets, students may virtually immerse themselves in these recordings.

For instance, 360-degree videos can be used by medical students to place patients in virtual environments. It serves as a diversion during painful procedures like open-back discectomies.

However, because the video is only a linear recording, it is a passive experience in which pupils cannot engage in real-time interaction. Users can’t move realistically in the video because they only capture it from one spot.

Why VR is important in healthcare education:

Healthcare education is already being transformed by virtual reality, which enables students to apply their knowledge to scenarios that are similar to real-life situations, make safe mistakes, and learn from their mistakes.

In the medical and healthcare industries, VR technology concentrates on boosting competences while emphasizing autonomous and blended learning.

In order to speed up the learning process, several healthcare and medical institutes make significant attempts to introduce and integrate VR into their curricula. Virtual reality lifelike simulations allow for the participation of multiple students without any geographical limitations.

In this manner, organizations might alter their approach to inter-professional medical education.

If you would like to know more about VR Solution, contact Leader Healthcare on , or visit the website for a broader understanding.

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