The new metaverse reality is like a wave in Web3, bringing to life ideas that used to only exist on paper. Among these groundbreaking ideas is metaverse training, poised to revolutionize how we approach education and learning.
Metaverse training is changing how we learn and develop skills, revolutionizing the concept. Experts say the metaverse education market could reach $24.7 billion by 2030, growing at a rate of 43.76% from 2023 to 2030. This growth reflects the unique advantages of metaverse training—it’s immersive, interactive, and goes beyond traditional learning, creating a dynamic and engaging experience.
The metaverse, powered by AI, ML, blockchain, cryptocurrency, and XR solutions, is paving the way for e-learning advancements in healthcare, fitness, manufacturing, military, and education. PwC predicts that VR and AR software will impact around 23 million jobs globally, highlighting the importance of transitioning to metaverse training.
Training in the metaverse presents incredible opportunities for professional growth, education, and skill improvement. It’s a revolutionary method that’s reshaping how we learn and train professionally, ensuring informative, immersive, and globally accessible experiences. In this blog, we’ll explore the significant advantages and real-world applications of metaverse training, showcasing how it’s transforming our lives.
Benefits of learning skills in the metaverse
Virtual reality learning solutions have been in use for a while, and now, the metaverse is enhancing this VR experience to be even more immersive and interactive.
Learning in the metaverse will lead to numerous positive changes, transforming not just how learners acquire knowledge but also the role of trainers. It’s a mutually beneficial scenario for both parties involved.
1. Metaverse training can speed up learning by up to four times
In the US, employees dedicate only 1% of their workweek to training and development, making it crucial for employers to maximize this time effectively. VR plays a vital role in metaverse training by condensing a two-hour classroom session into just 30 minutes. Additionally, virtual learners can grasp concepts three times faster than classroom learners when considering the time saved on preparation and review.
2. Increased Confidence
Confidence is crucial for success in learning soft skills. Many people wish they could practice managing difficult situations in a safe setting, which is possible with VR. In the metaverse, VR-based training is more effective because it allows learners to practice in a low-stress, immersive environment. This results in greater confidence and a better ability to apply learning in the real world. According to a PwC study, virtual reality in metaverse training made learners up to 275% more confident in their ability to apply the learning they have received. This is a 40% increase over traditional classroom training and 35% over e-learning.
3. More ROI
Once an environment is created, it can be used repeatedly for numerous training sessions without any setup time between sessions, eliminating additional costs for recreating scenarios. Each environment remains ready for training at all times, requiring just a few clicks to start anew. With streamlined session transitions and a one-time setup feature, training expenses can significantly decrease, resulting in higher ROI.
4. VR content resonates more emotionally with employees
VR content resonates more emotionally with employees, fostering deeper connections, understanding, and information retention. This was evident in VR studies and multiple BXT (Business, Experience, and Technology) experiences, highlighting the importance of emotional impact. VR simulation-based learning enables individuals to feel deeply engaged, with virtual learners experiencing 3.75 times more emotional connection to the material than classroom learners and 2.3 times more than e-learners. In a survey, three-quarters of respondents noted that a VR course on diversity and inclusion served as a wake-up call, revealing gaps in their inclusivity perceptions.
5. Higher-level of focus
In a world where distractions are abundant, VR learning stands out. VR headsets immerse users in simulations without distractions or multitasking options. Research shows that VR-trained employees are four times more attentive during training than e-learning counterparts and 1.5 times more focused than classroom learners. Immersive learning experiences in VR lead to improved learning outcomes.
6. More Cost-effective
The value of VR in business becomes clear when used effectively. VR-based metaverse training can be cost-effective with a sufficient number of learners. Accessibility to VR content is crucial for cost-effectiveness. According to a PwC survey, VR training cost the same as classroom learning with 375 learners, was 52% cheaper than classroom learning with 3,000 learners, and equaled the cost of e-learning with 1,950 learners. Higher employee participation in metaverse training leads to increased ROI.
The metaverse is rapidly expanding. Recent reports project the metaverse market to exceed USD 993.86 billion by 2030 and potentially reach USD 94.9 billion from its initial value of USD 4.9 billion. These projections are unsurprising given the immense potential of this learning format.
Top 7 Use Cases of the Metaverse in Training
The metaverse is reshaping education through its innovative applications. Here are some impactful use cases of metaverse training, demonstrating how this technology revolutionizes learning. By merging virtual reality with traditional teaching approaches, the metaverse creates immersive and interactive learning opportunities.
1. Virtual Field Trips
Virtual field trips in the metaverse provide an unmatched educational experience, allowing students to explore historical sites, ecosystems, and museums in a vivid and immersive way. This application exemplifies the diverse uses of metaverse training. Oak Run Middle School in Texas is a notable example, where students engage in global explorations via virtual reality. For many, these virtual travels are their first experience of such adventures, highlighting the impact of metaverse training.
This innovative approach eliminates geographical constraints, enabling students to explore the Pyramids of Giza, the Amazon Rainforest, or the Louvre from their classroom. Metaverse training goes beyond mere observation; it allows students to interact with these environments. They can virtually step into historical events, comprehend diverse ecosystems, and interact with art in unprecedented ways.
Educators can lead these trips, offering context and enhancing the experience. This also facilitates cross-cultural exchanges, allowing students worldwide to participate in the same virtual journeys. These experiences are invaluable for promoting global awareness and fostering mutual understanding.
2. Medical Training Simulations
Medical training simulations in the metaverse are transforming the education of medical professionals. Companies like FundamentalVR lead the way with advanced technologies that create immersive learning experiences. Their platform, featuring HaptX Gloves, enables surgeons to engage their hands and fingers in virtual simulations, a significant benefit of metaverse training.
3. Metaverse training in healthcare
At the recent American Association of Orthopedic Surgeons meeting, the effectiveness of metaverse learning was on full display.
Veyond Metaverse, another leader in the field, has introduced Veyond Connect™, an XR communication platform tailored for medical applications. This platform underscores the value of metaverse training in healthcare by combining AI, machine learning, augmented reality, and haptic feedback to provide comprehensive surgical training. Additionally, Veyond Connect™ facilitates real-time telemedicine consultations and enables remote collaborations among medical professionals.
The platform’s most revolutionary feature enables a highly skilled surgeon to remotely supervise and mentor a less experienced surgeon. This is made possible through digital twin technology, which replicates the patient and surgical tools, along with augmented reality for providing real-time instructions. Such collaboration, spanning distances, plays a vital role in enhancing surgical care, particularly in isolated and remote regions.
Medical simulations in the metaverse offer secure and lifelike training settings. Surgeons can hone their skills in intricate procedures without endangering real patients. This technology also supports ongoing learning, ensuring that medical professionals stay abreast of the newest techniques and procedures.
Medical training simulations in the metaverse are revolutionizing medical education by establishing new benchmarks. These simulations provide surgeons with realistic, interactive, and safe environments to refine their skills. This advancement not only enhances medical training but also elevates patient care on a global scale.
4. Language Learning
Metaverse training platforms are revolutionizing language learning. Take, for example, Immerse, a virtual language experience platform leading this change. Immerse uses virtual reality technology to teach English in an immersive, interactive environment. This innovative approach showcases one of the primary applications of metaverse training, providing a highly engaging and unique learning experience surpassing traditional methods.
Within metaverse training, learners can immerse themselves in realistic language practice scenarios. Picture having conversations with virtual native speakers in settings like a Belgian café or a Beijing market. This immersive experience boosts language acquisition by offering context and real-life interactions. It’s more than just learning vocabulary and grammar; it’s about living and experiencing the language firsthand.
Metaverse language learning offers an effective, engaging, and accessible method to acquire new languages. This innovative approach transforms language education, enhancing interactivity, immersion, and enjoyment for learners globally.
5. Architectural Design
The metaverse is making a notable impact on real estate, particularly in architectural design. Esteemed firms like Bjarke Ingels Group (BIG) are leveraging the metaverse to showcase their designs in fully rendered, interactive virtual spaces. Their Mars Science City project serves as a standout example, allowing clients and the public to explore the potential future of human habitation on Mars through an immersive environment. This innovative application underscores the potential of metaverse training in architecture.
These applications give architects the opportunity to visualize and interact with their designs in three dimensions even before starting any physical construction. This is a major benefit of metaverse training, enabling exploration of different design options, experimentation with materials, and real-time understanding of spatial dynamics in a project.
Architecture students in educational settings can gain significant advantages from this technology. They can design and navigate through their projects, getting instant feedback on their work. This hands-on learning experience is priceless for honing their skills and grasping architectural concepts.
The metaverse enables collaboration among architects, clients, and stakeholders by allowing them to convene in virtual spaces for design discussions and modifications, regardless of their physical locations. This not only saves time and resources but also enriches the collaborative process.
Moreover, the metaverse enables environmental impact simulations. Architects can evaluate how their designs will interact with the environment, taking into account aspects such as sunlight, wind patterns, and energy efficiency. This leads to the creation of more sustainable and environmentally responsible designs.
6. Engineering Prototyping
Engineering prototyping in the metaverse is transforming the way engineers design and test new products. The BMW Pilot Plant in Munich is a prime example of this innovation. Engineers utilize augmented reality (AR) headsets to engage with 3D graphics of vehicle components, which are streamed in real-time from a cloud data platform. This application showcases the use of metaverse training in automotive design.
With AR in prototyping, engineers can instantly check the fit of newly designed parts. Despite the vehicle being physical, the parts are virtual, allowing engineers to manipulate them using hand gestures. This practical use of the metaverse in training dramatically speeds up the evaluation of design concepts, cutting down evaluation time by as much as 12 months.
Siemens’ Simulation Collaboration Platform represents another breakthrough project. It harnesses digital twin technology for collaborative design and simulation within an industrial metaverse. This platform serves as a prime example of metaverse training applications, particularly in conducting acoustic simulations to evaluate machinery noise levels, thereby improving product design and functionality.
The metaverse is reshaping engineering prototyping, ushering in more efficient, precise, and collaborative product development. This technological leap isn’t just about advancing engineering design; it’s also a significant stride toward enhancing manufacturing processes to be more efficient, sustainable, and innovative.
7. Virtual Laboratories
Virtual laboratories are revolutionizing metaverse training in scientific education. Labster, a Danish company, showcases this evolution by offering virtual science labs to students. These labs provide access to equipment worth millions of dollars, which would typically be out of reach for many schools. Metaverse training opens up new avenues for safe and cost-effective hands-on learning experiences.
The advent of virtual laboratories in the metaverse marks a significant stride in scientific education. These labs provide secure, comprehensive, and inclusive avenues for students to immerse themselves in practical scientific learning. This method not only elevates the standard of science education but also equips students for future scientific pursuits in a technology-driven world.
8. Business and Management Simulations
Metaverse training is transforming business and management education, as seen in Seoul, South Korea’s creation of a virtual Mayor’s office—a groundbreaking example. These simulations present learners with real-world scenarios to navigate and manage, providing practical experience in a safe and risk-free environment.
In the metaverse, these simulations enable aspiring managers and entrepreneurs to hone decision-making, leadership, and problem-solving abilities. They can operate virtual companies, manage crises, and engage with AI-driven customers and employees, all through an efficient metaverse training program.
Within these virtual realms, learners can test various business strategies and observe the consequences of their choices. This instant feedback aids in grasping the intricacies of business management, fostering innovative thinking and adaptability—essential skills in today’s dynamic business landscape. For businesses, these simulations provide a cost-efficient method of employee training. Companies can tailor scenarios to their industry or business model, ensuring that the training is pertinent and applicable.
Conclusion
Forbes has identified the metaverse as one of the top ten trends everyone must prepare for in 2023. Mark Zuckerberg has described the metaverse as potentially comparable to teleportation. By integrating the immersive and collaborative aspects of the metaverse with collaborative learning principles, corporate training can evolve into dynamic, interactive, and impactful learning experiences. This transformation fosters knowledge acquisition, skill enhancement, and collaboration among employees.
At ibentos, we are committed to leading the way in the future of metaverse learning. Our proficiency in metaverse training platform development places us at the forefront of educational advancement. We craft immersive platforms that redefine training and education delivery, enriching the metaverse training experience through the integration of cutting-edge VR and AR technologies.
Our metaverse platform is designed to be interactive, captivating, and extremely user-friendly, accommodating various learning styles and requirements. At ibentos, our dedication to creating seamless and user-friendly experiences distinguishes us in the industry.
Are you prepared to embrace the potential of metaverse and collaborative learning? Now is the time to embark on this transformative journey, harnessing the power of technology and collaboration to propel your organization’s success forward. Join us at ibentos and unlock the future of learning today!
Book a Free Demo
Experience the Metaverse Yourself
[contact-form-7 id="54500" title="footer form Memorable Events"]