VR, AR, and AI: The Future of Learning Experiences
Conventional educational systems have adhered to the same instructional methods for many years, with educators instructing students much like they did a century ago. Education remains one of the few professional domains that has seen little innovation in the 21st century. Nevertheless, this situation is on the cusp of transformation due to the emergence of cutting-edge technologies such as Virtual Reality (VR), Augmented Reality (AR), and Generative AI. Recent survey data indicates that nearly 70% of parents already believe that AR has the potential to significantly enhance educational systems. Educators also share the sentiment that these new technologies can reshape and improve the current learning paradigm.To illustrate, VR can be accessed through specially designed headsets that immerse users in an interactive world, which has the potential to revolutionize traditional schools and the entire educational landscape.
What will be the children's response to these substantial changes? How do educators perceive them? What are the opinions of parents? Could these innovations potentially impact job opportunities or hinder the social development of future students? Furthermore, what are the technical prerequisites for AR and VR-based classrooms?
Numerous inquiries await answers, and a comprehensive examination of this technology is imperative. In this article, we elucidate the reasons why AR, VR, and AI hold promise as the future of educational experiences.
Real-life examples of AR and VR usage in the classroom environment
The real-world significance of AR or VR in the educational journey is meaningless without concrete illustrations. It is essential for everyone to grasp how these new technologies can empower educators to effectively convey knowledge to their students.
Below, you'll discover a list of academic disciplines along with corresponding instances of AR and VR applications within the classroom setting.
Healthcare: In the past, the only way to grasp the intricacies of healthcare was through hands-on apprenticeships in local hospitals. Now, thanks to VR and AR technology, students can participate in virtual surgeries and medical procedures, gaining invaluable experience without any risk. This advancement is making healthcare education safer and more efficient.
Chemistry: The complexities of molecular and subatomic interactions have often made chemistry lessons tedious for students. However, in the era of augmented and virtual learning, this is changing. Students can engage in hands-on experiments, mixing substances and experiencing chemistry firsthand. This approach not only enhances safety but also reduces the costs associated with traditional laboratory experiments.
History and Geography: Students may enjoy stories about ancient civilizations like Greece, Egypt, or Mesopotamia, but learning and retaining vast amounts of information about these vastly different eras can be challenging. By incorporating AR into history and geography lessons, even the most demanding pupils can be captivated. Virtual field trips are not only shorter in duration (typically 30 minutes to an hour) but also require less planning and expenditure. Imagine a high school student in Boston, Massachusetts, experiencing the Great Wall of China from their classroom – it's truly remarkable!
Physics: Teaching classical mechanics and Newton's laws is essential, but what if students could put these theories into practice in a virtual reality setting? When discussing topics like astronomy, light years, and distant galaxies, why not take students on interstellar journeys? This may sound like science fiction, but with AR technology advancing, it could become a reality in the near future, offering our children more engaging educational methods.
Manual Work: Traditional classrooms are not equipped to accommodate serious tools and heavy machinery, which are essential for teaching practical skills. VR headsets can provide students with the opportunity to operate trucks, drill holes, or build structures without the fear of accidents. This concept extends to activities such as firefighting and coast guard operations, offering a broad range of experiential learning.
Art and Culture: AR technology can introduce students to art and culture in unique ways. Apps like Prisma can transform photos and videos into masterpieces inspired by renowned artists like Edvard Munch, Vincent Van Gogh, and Pablo Picasso. VR goggles enable students to virtually attend ballet performances, opera plays, concerts, and other cultural events to gain insights into contemporary trends. Furthermore, time-traveling to watch a Shakespeare play in 16th-century London is within reach, showcasing the limitless possibilities of new educational technologies.
Languages: Learning a foreign language is most effective when immersed in a native-speaking environment, but this opportunity has historically been limited to those from affluent backgrounds and still constrained by time and resources. However, in the future, everyone will have the chance to 'visit' countries like France or Japan, learning languages and cultures on-site.
The potential applications of AR and VR in education extend far beyond these seven fields. There are numerous other subjects and possibilities to explore in this context, and we've only scratched the surface.
Additionally, it's worth noting that AR and VR have the potential to create virtual classrooms where students from around the world can connect. These virtual classrooms could host renowned educators, elevating long-distance learning to a whole new level. While this concept is not yet commonplace, the potential is truly remarkable.
Smart technology helps students better understand complex concepts
Educators are increasingly embracing immersive technologies such as AR and VR to enhance students' comprehension of their lessons. Mixed reality technology enables students to transcend the constraints of time and space, offering them immersive, hands-on experiences that facilitate the retention of complex information and provide fresh insights into abstract concepts. VictoryXR stands out as a prominent provider of VR/AR educational solutions. The company offers a unique virtual reality science curriculum that aligns with the Next Generation Science Standards (NGSS). This comprehensive curriculum comprises 240 VR experiences spanning 48 educational units, encompassing subjects such as earth and space science, engineering, life science, and physical science. These exceptional experiences encompass 48 virtual excursions worldwide, 48 interactive edutainment encounters, 48 experiments and instructional moments, and 3 standardized multiple-choice assessments designed to evaluate critical thinking skills per unit. Furthermore, the curriculum includes VR comic books, animations, films, and exploratory journeys. Compatibility is not an issue, as the technology supports a wide range of headsets, including HTC Vive, Oculus Rift, Windows Mixed Reality headsets, and Oculus Go mobile VR headsets.