May 21, 2023 - Twin Reality

May 21, 2023June 2, 2023

VR in aviation

Virtual Reality (VR) technology has become increasingly popular in recent years, with applications ranging from entertainment to education, and even healthcare.

One of the industries where Virtual Reality has the potential to revolutionize is aviation. In this blog, we will explore how VR is being used in the aviation industry and its potential impact.

Applications:-

One of the most significant applications of VR in aviation is in training. VR can provide pilots with a realistic simulation of flight conditions, allowing them to practice in a safe and controlled environment.

This technology allows pilots to experience a range of scenarios that may be difficult or impossible to simulate in real life, such as emergency situations or extreme weather conditions.

Moreover, VR training can also help reduce costs associated with traditional training methods, such as fuel expenses, aircraft maintenance, and instructor fees.

This technology can also reduce the amount of time required for pilot training, as well as providing a more immersive and engaging learning experience.

In addition to pilot training, VR can also be used for cabin crew training. For example, cabin crew can use VR to simulate emergency scenarios such as fires, evacuations, and medical emergencies, allowing them to practice and improve their response times.

Another application of VR in aviation is for aircraft design and maintenance. Engineers and designers can use VR to create and test new aircraft designs, allowing them to identify any potential issues before the actual aircraft is built.

VR can also be used to simulate maintenance tasks, allowing technicians to practice and improve their skills before working on actual aircraft.

Furthermore, VR can also be used for passenger entertainment and experience. Airlines can offer VR entertainment systems to their passengers, allowing them to watch movies or play games in an immersive 360-degree environment.

VR can also be used to create virtual tours of destinations or attractions, providing passengers with a unique and engaging experience.

Virtual reality training is not just for pilots in the aviation sector. Since the cabin crew is essential to the efficient functioning of all aircraft, training them can also be done using virtual reality.

As opposed to what we used to call them, they are no longer air hostesses. The cabin crew has a variety of operational, security, safety, and emergency responsibilities.

Wow, people really want Rifts. There must be a lot of lurkers in the VR community.

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Challenges:-

However, the use of VR in aviation is not without its challenges. One of the biggest challenges is the cost of implementing VR technology.

VR systems can be expensive, and it may take time to recoup the initial investment. Another challenge is the need for high-quality VR content. Creating realistic and engaging VR simulations requires significant resources and expertise.

Without high-quality content, VR simulations may not be effective in training or entertainment.

At the moment, VR is really about lessons learned. It's in an exciting (and frightening) experimentation stage, something that might not be perfect during the first go-around but should still be invested in. This is the way we will start breaking new ground and challenging the norms.

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Conclusion:-

In conclusion, VR has the potential to revolutionize the aviation industry. From pilot training to aircraft design, maintenance, and passenger experience, VR can provide a range of benefits to the industry.

However, the challenges associated with implementing VR technology must be carefully considered, and efforts must be made to create high-quality Virtual Reality content that meets the industry’s needs.

With careful planning and implementation, VR can help the aviation industry become safer, more efficient, and more enjoyable for everyone involved.

May 21, 2023September 13, 2024

VR in Medical Training in 2024

Virtual Reality (VR) technology has been used in various industries for training, simulation, and entertainment purposes. However, in recent years, the medical industry has started to explore the benefits of Virtual Reality in medical training.

VR provides an immersive learning environment that enables medical professionals to learn, practice, and refine their skills without the risk of harming patients.

In this blog, we will discuss the advantages of VR in medical training.

10 Virtual Reality Medical Training simulations

1. ACLS Virtual Reality Simulation | Medical Training for Clinicians

ACLS Virtual Reality (VR) Simulation is a cutting-edge method employed for medical training designed specifically for clinicians.

This advanced technology is developed in collaboration with EMS agencies and aims to provide immersive ACLS training for first responders

The simulator allows clinicians to practice in a virtual, risk-free environment, where they can assume different roles, communicate, and perform tasks collaboratively, mirroring real-life clinical complexities.

This VR-based approach in ACLS training is seen as highly beneficial in medical education, offering adaptive learning practices and ultra-realistic animation, which are crucial for enhancing clinicians’ skills and preparedness in handling cardiopulmonary emergencies.

2. NHC - XR Clinic VR Medical Training Solution

The XR Clinic VR Medical Training Solution by NHC is a groundbreaking training tool utilizing virtual reality technology.

It is intended to train and evaluate the skills of medical staff and students in a risk-free environment, preventing any harm to patients

XR Clinic offers high-resolution graphics and allows learners to interact with virtual patients to develop their medical diagnostic skills.

This innovative solution is seen as a revolutionary way to enhance medical training by enabling users to experience diverse clinical scenarios and improve their diagnostic capabilities and overall medical proficiency.

3. VR Medical Training - Auscultation

VR Medical Training for Auscultation typically involves using virtual reality technology to simulate medical scenarios where medical professionals, especially students, can practice auscultation – the action of listening to sounds from the heart, lungs, or other organs, typically with a stethoscope, as a part of medical diagnosis.

This form of training allows for a risk-free learning environment where users can experience and interact with realistic clinical scenarios to improve their diagnostic skills and medical proficiency.

For example, some VR simulators for medical auscultation training can reproduce sounds belonging to the heart and lungs, helping students relate and identify various conditions through auditory learning.

Virtual reality in medicine serves as an essential tool to let students learn how to perform a number of tasks and procedures without any risk to real patients.

4. Shoulder Dystocia Virtual Reality Simulation

Virtual reality simulations in medical training, such as those for shoulder dystocia, are designed to create immersive learning environments where healthcare providers can practice managing medical emergencies in a risk-free setting.

Shoulder dystocia is a specific obstetric emergency where the baby’s head has passed through the birth canal, but one of the shoulders becomes stuck behind the mother’s pelvic bone, requiring specific maneuvers and medical interventions to resolve.

Health Scholars could potentially be utilizing advanced VR technology to simulate this condition, enabling medical professionals and students to practice, learn, and assess their skills in managing shoulder dystocia, thus improving their preparedness and response in real-life scenarios.

5. Surgical teaching, assesment and medical education in VR

Virtual Reality (VR) is significantly transforming surgical teaching, training, assessment, and medical education.

VR provides immersive learning experiences, allowing medical professionals and students to practice and manage medical scenarios in a risk-free setting.

It’s been adopted widely in surgical training, shown to decrease injury, increase the speed of operations, and improve overall outcomes.

The use of VR in surgical education is extensively researched, focusing on its effectiveness within surgical disciplines.

Many hospitals are leveraging VR to assist senior surgical residents in enhancing their surgical technology, proving effective in improving surgical skills and technology.

6. Different VR modules for VR Training

Learning through different medical VR modules involves utilizing immersive environments to safely perform and practice medical procedures multiple times, thus developing confidence and proficiency.

VR modules include various scenarios and use cases, allowing for visualization, replay, and training analytics, along with scenario editing and supplementary data load, enabling users to modify or customize scenarios as per their learning needs.

7. Experience Medical Procedures in VR

You can experience medical procedures in VR through various applications designed for healthcare and medical training.

VR is utilized for simulation of surgeries, anatomical study, and skills training. Medical professionals and students can learn and practice different medical procedures in a controlled and risk-free environment, enhancing their understanding and proficiency.

Virtual Reality offers scenarios and common situations for medical training, aiding in the visualization of complex medical conditions and treatments.

Additionally, it is also employed for patient treatment, medical marketing, and education, allowing individuals to experience medical procedures virtually, thereby improving patient outcomes.

8. Surgical Training In Virtual Reality by Precision os

Virtual Reality in surgical training is immensely beneficial as it provides a controlled and immersive environment for surgeons-in-training.

It allows the training and assessment of surgeons on new and infrequently performed procedures, reducing the risk of errors.

Through apps like Medicalholodeck’s TeamXR, trainees can connect with colleagues and mentors globally for real-time guidance and support, broadening learning opportunities and collaboration.

The use of VR surgical simulation has been demonstrated to improve operating room skills and reduce error risk, substantiated by prospective, randomized, blinded studies.

Additionally, the enrollment of participants with varying levels of gaming and surgical skills in VR surgical education applications can be advantageous for a more holistic evaluation and improvement of surgical skills.

9. NHC - XR Clinic VR Medical Training Solution

VR platforms for nursing are highly beneficial as they offer immersive and interactive learning environments.

They provide nursing students with the opportunity to practice critical thinking, decision-making, and patient care in a virtual setting, allowing for risk-free learning experiences.

Moreover, VR simulations help nurses not only to refresh their existing skills but also to acquire new ones, facilitating continuous learning and adaptation in the fast-evolving field of healthcare.

Although some studies conclude that VR is not more effective in improving skills than other simulation methods in nursing education, the immersive nature of VR can uniquely support the handling of anxiety and fears and improve clinical decision-making.

In conclusion, VR platforms are a valuable tool in nursing education and training, aiding in the development of essential skills and the enhancement of learning experiences.

10. Heart Rhythm VR-S-ICI implantation Preview Training

Virtual Reality training is immensely helpful for heart -s-icd implantation as it offers immersive learning experiences for healthcare professionals.

This technology enables medical practitioners to train and practice in realistic and stress-free settings, providing an opportunity to replicate true-to-life, high-risk scenarios for training purposes.

Heart Rhythm VR collections are developed to deliver immersive virtual reality training experiences globally to health care professionals, enhancing their understanding and execution of intricate medical procedures like -s-icd implantation.

This mode of training is relevant, engaging, and can be directly applied to patients’ daily lives, ensuring motivating cognition training.

Moreover, VR technology is evolving to aid in repairing hearts and is instrumental in making congenital heart disease surgery even more successful, supporting people in understanding and managing their conditions better

VR has finally broken the jinx and is changing all norms in the tech space. It is likely to grow exponentially as it promises a whole new dimension to customer experience.

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Advantages of VR in medical training :

1. Enhances Learning Experience

VR technology provides a unique and interactive learning experience that allows medical professionals to explore and understand complex medical concepts and procedures in a safe and controlled environment.

With VR, medical students and professionals can visualize and interact with three-dimensional models of human anatomy and medical procedures, making it easier to understand complex topics.

2. Reduces Risk

Medical procedures can be risky, and mistakes can lead to serious consequences for patients.

VR technology provides a safe environment for medical professionals to practice procedures and refine their skills without the risk of harming real patients.

This not only reduces the risk of medical errors but also reduces the cost associated with training and the use of resources in a traditional training setting.

3. Improves Retention

Research has shown that VR training improves knowledge retention and skill acquisition compared to traditional training methods.

This is because VR training provides a more engaging and immersive experience that stimulates the senses and allows for active participation.

Medical professionals who undergo VR training are better equipped to handle real-life medical situations because of their enhanced knowledge and skills.

4. Enhances Collaboration

VR technology enables medical professionals to collaborate in real-time from anywhere in the world.

This allows for the sharing of knowledge and expertise, and the ability to work together on complex medical procedures.

With VR, medical professionals can communicate in a virtual environment, share feedback, and discuss best practices, ultimately leading to better patient outcomes.

5. Adaptable to Different Learning Styles

VR technology is adaptable to different learning styles, making it easier for medical professionals to learn and practice medical procedures.

VR simulations can be customized to suit different skill levels and learning styles, ensuring that each trainee receives training that is tailored to their individual needs.

So will we be hauling ourselves to virtual parties in Vegas in the future? Perhaps! But we'll also be partying on the tops of mountains, at the bottom of the ocean, and on the surface of the moon.

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Conclusion.

VR technology has the potential to revolutionize medical training and enhance patient outcomes.

With its immersive learning experience, reduced risk, improved retention, collaborative capabilities, and adaptability, medical professionals can learn and refine their skills in a safe and controlled environment.

As Virtual Reality technology continues to evolve, it is likely that we will see an increasing number of medical institutions incorporating VR into their training programs.

May 21, 2023June 2, 2023

Virtual Reality for product design

The epidemic has been a startlingly innovative force across the board in design engineering, from product design to new production advances. Surprisingly, many remote design teams have improved their productivity and creativity compared to their office-based counterparts. In an interview with Design News, Design Partners’ creative director Cormac O’Conaire discussed how virtual reality (VR) will mature as a design tool in the next years.

The continued development of the software and hardware provided by VR suppliers contributes in part to the improvement of VR as a design tool. The demands of working in a remote team account for yet another portion of it. Our team at Design Partners has built AR and VR experiences throughout the years for a variety of purposes, from gaming to healthcare, but over the

We have been testing VR’s potential in the design process for the past nine months, O’Conaire told Design News. We can already see how VR has the potential to significantly alter the way that the design sector operates.

The mannequin from Gravity Sketch was used to optimize the posture of the body, and the ideal future controller was designed around it.

There is some art that says the same thing to everybody. WE need something like that. What that is, I don’t know. But virtual reality may be the key to it

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A Mix of Surgeons and Gamers

With advancements in VR technology, surgeons and gamers can now have their weirdly identical demands met. The design of products can also make use of that technology.

According to O’Conaire, “surgeons and gamers share certain crucial attributes, including an awareness of precision and accuracy, visual-spatial skills, depth perception ability, and absolute immersion in a task.

“VR was used to research the ergonomics and human factors of existing solutions in a three-dimensional environment using a simulation of the human body.

The ideal future controller was then constructed around that human form once the body’s posture had been improved using Gravity Sketch’s mannequin.

The ability to simulate in the virtual environment makes the technology suitable for design.

“Whether it’s a hospital room, the outdoors, or the view We may experience the client journey in the virtual world for which we are developing by simulating the context from a crane, according to O’Conaire.

Developing VR Remotely

The remote teams component of the pandemic has led to so many improbable innovations in 2020 that will last beyond the lockdown.

“Design teams will always choose tools that boost both creativity and productivity, enhancing their capacity for rapid innovation. Up until recently, virtual reality (VR) was a fresh creative tool, according to O’Conaire.

“Programs like Flyingshapes and Gravity Draw, as well as hardware companies like Oculus and Logitech, who are developing in the field, are the catalysts for this transformation. Then, due to the global epidemic, remote work was required of creative teams.

No matter where on earth the team members are located, VR technology may be a shared environment like CAD was before it. The VR environment also outperforms Zoom. Instead of staring at Zoom’s rectangles, virtual reality enables remote collaboration amongst creative teams in a more organic way.

The laid-back atmosphere that VR generates in a meeting space is an unexpected perk, according to O’Conaire.

You can work in your own space within the virtual environment, or you can observe someone else’s products and cognitive processes. This is both invigorating and liberated in these COVID times. It creates an engaging, cordial, and cooperative atmosphere.

Similar to cutting-edge CAD, VR concepts can be evaluated before being implemented in real life.

“You can easily sketch things up in VR instead of creating large-scale concepts, items, or environments—which is expensive and time-consuming,” added O’Conaire. Workflows and ergonomics can both be designed and validated at the same time

Emotions – Happiness, anger, jealousy… is the mind experiencing “presence” in our holographic existence

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The VR Hardware's Highs and Lows

O’Conaire pointed out that the development of VR gear is slow. Despite the amazing recent advancements, the hardware still needs to expand. “VR hardware is still falling short for us despite the enormous promise it has.

Although the newest Oculus Quest 2 is moving in the right direction, O’Conaire remarked that the headsets are still excessively big and heavy, which hinders the creative process.

Also, the default VR controllers aren’t quite easy enough to get started right away. There is a necessary but unnatural learning curve.

The design process is somewhat hampered by the lack of hardware advancements, but those that have been made have been beneficial. “Hardware advancements have simplified the design process in several cases.

Since lockdown began, I’ve been using the VR Ink Pilot Edition and have discovered that it transforms weird and unfamiliar encounters into a more normal experience,” stated O’Conaire.

“The pen translates well-known design concepts, such as pen and paper, into the virtual realm. This shortens the learning curve for the VR program and makes it easier to get into the design flow.

Using Logitech’s approach, moving from 2D sketching to 3D creation is simple. The VR Ink pen in Logitech’s Flyingshapes’ magic is that it enables 2D sketching on a flat surface.

Designers are accustomed to doing this, but conventional controllers cannot, according to O’Conaire. You can design in 2D on a physical surface, then transfer that design into 3D.”