What are some innovative VR learning resources for education?

There are many educators and startups building great content for Educational purposed. Students also are an amazing resource of creativity. Project idea, ask your students to build a piece of content aligned with lower grade levels and have them test their experience with the students!

In the field of medicine, VR holds incredible promise by transforming education. It offers immersive simulations for medical training, detailed anatomy visualization, and surgical rehearsal, enabling students to hone skills and understand complex anatomical structures in a safe environment. Also, VR has the potential to enhance patient care through pain management, phobia treatment, and engaging rehabilitation exercises. It also drives advanced research by simulating drug testing and disease progression. Lastly, it improves patient education via interactive anatomy lessons and enables remote consultations.

In my opinion, some of the most exciting classes at school involved the rare occasion when the teacher brought in a television set and the class were able to watch history documentaries, narrated by the ones that have been to the location in the present day. The experience has the potential to be more immersive and more engaging if the students could experience a historical recreation in virtual reality. The student could see the environment in a full 360-degree view, and then be able to pick up and inspect 3D recreations of historical objects too.

Virtual Reality has proven to be a valuable tool in education, providing immersive and engaging experiences that can enhance learning in various ways. I have worked with many organisations providing virtual education. It helps in giving simulation training, medical education, collaborative learning, life skills training, personalized learning and is also helpful for children suffering from autism.

VR is changing the game in science education. Beyond the mentioned applications (Labster, Titans of Space, The Body VR), two applications help students get their heads around tricky topics like quantum physics and molecular biology. With 'Quantum VR,' the user can dive hands-on into the world of quantum mechanics. And for molecular biology, 'Nanome' lets the user play around with molecular structures up close. These tools make tough subjects more approachable and fun, and they're also great for team projects, encouraging students to work together in a virtual lab.

VictoryXR labs is a great platform to introduce to the classroom. There, you can do many different classes tailored to your needs.

Incorporating VR into educational science applications presents a unique set of challenges, such as ensuring content accuracy and maintaining student engagement. As a game developer, I've found that leveraging game design principles can enhance VR educational tools. By integrating narrative elements, reward systems, and interactive challenges that adapt to the user's progress, we can create more engaging learning environments. For instance, in a VR biology lab, students could unlock new experiments or receive virtual accolades for mastering concepts, which mirrors the progression systems in games. This gamification approach not only motivates learners but also provides immediate feedback, a key element in effective education.

In 2023, I developed an immersive virtual reality experience for Hospital Albert Einstein as part of the World Patient Safety Day campaign. The project aimed to unveil restricted areas to the public, showcasing the hospital’s technology and security through virtual reality glasses and tablets. Throughout the development, various ideas emerged, such as implementing internal virtual reality training, including advanced clinical simulations, patient education, safety procedures, internal training, and virtual tours. These initiatives would not only optimize internal training but also enhance the patient experience and the overall operational efficiency of the hospital.

VR for Science is actually proven concept, we can see many applications on STEM, Solar system, chemistry, Maths, physics are just few. here are the few conecpts and examples-https://www.bing.com/saves?&collId=4&FORM=savmv2, few topics like trignometry, electric circuit, force, etc i feel can be best explained using this technology.

If I were a teacher, I would buy a 360 camera and go film any amazing trips they go on and then learn to edit and narrate it. This way your student will be able to travel with you and understand the topics with context. Imagine going to the Guernica whilst learning the Spanish Civil War.

I really enjoy infographic posters that show of civilizations throughout history, and XR does such a great job of sharing concepts that are a challenge to understand because of their scale. I would love to see development of infographic style experiences that are able to impress upon users the scale, influence, and interconnected nature of civilizations over the centuries.

It is very important to not only revive historical moments through an immersive experience, but also think about how to apply a guided situation, helping students to reflect and discuss the experience. We in Germany have a special responsibility to educate about our history. Teachers or tour guides on historical sites have should the ability to apply didactics on the concept of VR learning. I believe the social aspect is very crucial.

VR in education demands content alignment with objectives. Teachers guide students through VR, fostering discussions and linking to historical themes. Platforms like Google Expeditions offer virtual historic site trips. Unimersiv covers ancient civilizations, TimeLooper provides historical VR at iconic locations, and Titanic VR explores the wreck. VR Museum of Fine Art offers historical artifact tours, Civilizations VR spans historical periods, and BBC's Berlin Blitz VR immerses in WWII bombing raids—Holocaust VR shares powerful stories. Align VR content with educational goals for impactful learning.

VR gives amazing insight in the visualisation and we can recreate any monument and event from history from imagination and also from videos of the events in VR. I would very much like children to understand history pictorially than to read in books and remember the dates when we can make everything so fun with the help of VR/AR/MR.

Virtual Reality (VR) is revolutionizing history and cultural education by immersing students in historical events and environments. Key VR resources include: Discovery VR: Offers immersive documentaries on history, culture, and nature, allowing students to explore diverse global topics. Rome Reborn: A VR project that accurately recreates ancient Rome, enabling students to virtually experience the city's historical evolution. The Anne Frank House VR: Recreates Anne Frank's secret annex with narration and photos, providing an intimate look into her life during World War II. These VR experiences allow students to visit ancient civilizations, witness historical events, and understand different cultures in a deeply engaging way.

Virtual reality offers innovative approaches for enhancing social skills. Virtual Social Interaction Training caters to those with social communication challenges by simulating a range of social scenarios. In a different vein, Cultural Empathy Training through VR immerses users in various cultural environments and provide a unique platform for honing communication skills. They create a virtual audience for users to practice public speaking, offering a risk-free and controlled setting for skill development and confidence building. These VR tools collectively contribute to a more comprehensive and empathetic social skill set.

The immersion of VR gives you the chance to convey feelings more intensely. It is one thing whether you are watching a video or whether you are standing in a (virtual) room and everything is more tangible, more real. A room where people look at you, talk to you or even scream for your help while they are being dragged into a concentration camp, for example... With this use case in particular, however, great attention should be paid to the story telling and the visual and audio quality of the scene depicted.

Has someone mentioned the Roman Empire? Jokes aside, virtual reality is an incredible tool for historical recreation, not only for high school students, it is a tool for the study of history, let's not forget that the Notre Dame Cathedral was rebuilt with Assassin's Creed Unity.

With VR you can reach history in a more interactive and fun way which allows people to feel more connected with cultures, historical events, and so on. Resources like Discovery VR, Rome Reborn, The Anne Frank House, and other applications offer a different perspective of storytelling rather than the conventional way to learn about history.

Kore Meta is pioneering the development of Virtual Reality (VR) language learning applications, offering users an engaging blend of cultural immersion (architecture or food) and gamified language learning experiences. Our approach addresses the core motivation for language learning, leveraging learners' interest in culture. Drawing upon CEO Miji's extensive expertise in language teaching, Kore Meta creates an immersive and culturally sensitive environment for an enjoyable language learning journey through gamification. This level of immersion can be achieved only when the learner visits the country after spending much money or only in the world of XR.

In addition to immersive language learning, VR can simulate cultural experiences, providing context to the language being learned. This includes virtual tours of cities or participation in cultural festivals, offering a deeper understanding of the language's cultural nuances. 'ImmerseMe' is a great example, allowing users to practice conversations in realistic settings across different countries. It's perfect for overcoming the fear of speaking a new language by providing a safe, judgment-free environment. This approach makes learning languages more practical and engaging, enhancing the overall experience.

Using virtual worlds platforms such as Educa360, you can create scenes and role plays which helps each student act out and practice the language they learnt.

Recent research on VR has focused on comparing traditional and immersive teaching methods in assessing vocabulary knowledge and motivation. However, there is a gap in understanding the behavioral aspects of learning and intercultural competence. In my opinion, social VR applications like Mozilla Hubs or Virbela should be used to complement exchange programs and be used earlier in the teacher training curriculum so that future teachers are exposed to the technology during their studies and create or try out best practice examples themselves. More attention needs to be paid to teacher training in this area, with a focus on digital literacy and interdisciplinary approaches to effective pedagogical practice.

Language learn can definitely be very much interesting when you can interact with the words, sentences and their meanings in the VR. Imagine how cool it would to correct mistakes by sliding the words from here to there rather than showing it on paper. Not only it would encourage the learner but it is so creative that it increases the interest and learning pace. From someone who is trying hard to learn a language at 25;)

Virtual Reality (VR) offers immersive and practical experiences for language learning. Key VR tools include: Mondly VR: Teaches 33 languages through interactive dialogues and voice recognition, allowing learners to practice and improve their conversational skills. VRChat: A VR social platform where users can interact with people from diverse cultures, providing real-world language practice with native speakers. Within: Offers storytelling and cultural experiences in various languages, including documentaries and animations, enhancing language and cultural understanding. These VR applications simulate real-life scenarios like traveling and socializing, enabling learners to practice languages in realistic contexts.

A cool thing about VR is that it can connect people, imagine being in the same room with another person in a language exchange, not only talking to each other in a Zoom meeting but actually participating in a cultural exchange or in a mutual activity that will connect both of them into more engagement, like VRChat does this pretty well, but educational platforms like Coursera are starting to see this potential and implementing it.

One of the important premises when we talk about technology in education is “learning by doing” and this implies a change in our way of bringing learning to students. The approach we have to a technological resource must change, the question of What can we do with VR? should not be asked, yes. no, what does VR give me in my subject? What aspect can I improve in student learning using VR? If these questions are answered, then it will be possible to be transversal and bring VR to any subject and line of learning of any type.

Going into VRChat provides an engaging platform for language learners to practice and enhance their language skills by immersing themselves in real-time conversations with speakers of their target language. The virtual environment fosters a dynamic language learning experience, allowing users to interact, practice, and improve their language proficiency in a fun and interactive way.

The list of some usable tools from VR/MR Headsets: 1. Gravity Sketch 2. ShapesXR 3. Oculus Medium By Adobe 4. Google Tilt Brush 5. Unity3D After designing in these, the assets could be transferred to platforms such as but not limited to Blender, Unity and more for rendering or modification. Then, you could magically turn them into art pieces, animations or metaverse assets. You may also view some 3D production process that involves the usage of VR for creative designs, such as a shoe brand that I've seen training and recruiting some of the new explorers using the VR/MR headsets to design creative shoe styles. For other professionals involving arts, it's an immersive and dynamic way to have the concept art and arts with more possibilities.

For Beginners and Hobbyists Vertigo Sculpt SculptrVR ShapesXR CoSpaces For Advanced Users: Gravity Sketch Kanova ZBrushCore for Oculus Quest or Oculus Medium by Adobe Masterpiece VR Special Mentions: Adobe Substance 3D Painter SideQuest (Android) VR's rise in art introduces dynamic new ways for both making and experiencing art. It reshapes how artists create and allows AI to engage with human creativity, offering insights into the distinct creative approaches of humans and machines. This blend of technology and art could redefine our understanding of artistic creation and collaboration.

I am a hardcore fan of 2D illustrations, when i dived into 3D art creation with Blender it opened a whole new world of how i can highlight my imagination as an environment where i can walk into with VR headsets.

True complexity of Human mind being creative can be expressed thru arts. One can create something with own interpretation and others will understand his works it in a different way. Making arts thru VR will introduce new perspective on making and viewing arts. When it is made in VR. The chance of computer intelligence can join to appreciate and understand the human creation. Perhaps it will become another way of link to understand of Human and Machine difference when it comes to creativity.

Virtual Reality (VR) enhances arts education by enabling creative and interactive experiences. Notable VR tools for art include: Tilt Brush: Allows users to paint in 3D space with a variety of brushes, colors, and effects, offering a novel way to create and experience art. Medium: Focuses on 3D sculpting and modeling, providing tools for creating detailed artworks with diverse materials and textures. The VR Museum of Fine Art: Showcases a range of artworks from different periods and cultures in a virtual museum, complete with zoom and informational features. These VR resources transform how students create, explore, and understand art, fostering creativity and providing immersive experiences in various artistic genres and styles.

Virtual reality expands artistic horizons by providing a previously underexplored vision. It allows immersion in 3D spaces, where proportions and details can be adjusted at various scales. This technology opens up new perspectives in artistic creation, creating a new branch of digital art. VR adds a unique dimension to the artistic experience, whether through immersive visits or by breathing new life into static artworks. This experience can be enhanced using glasses or a smartphone terminal for augmented immersion.

There is also a lot of experiences using VR as an art form. Between art movies, interactive experience or experimental and abstract art. Many artists built very interesting pieces for VR.

VR is an exceptional tool for the development of 3D models and sculptures. Immersing oneself in virtual environments allows artists and designers to sculpt and refine their creations with a remarkable level of detail and realism. This not only facilitates the creative process but also provides an immersive experience that can inspire innovation and exploration in three-dimensional design.

VR + iA will open a new era of experiences In a near futuro, we can create new world with just a short text In the mean time, Artists have to adopt new skills in technology and programming , and i think móviles like Inception will become real

Art is not only limited to paint and sculpt etc we can also use and implement VR in digital form of art like design and illustration, digital art in institutions and museums, their progress and etc can be foreseen by us in VR. We can also visualize different artworks which are digital and can’t be seen as a picture in VR headset.

VR for Maths, trignometry, geometry, graphs are few examples application that cab be and has already implemented as a application. example video-https://www.bing.com/videos/riverview/relatedvideo?&q=geometry+in+virtual+reality&&mid=8F80957F704D7DEC19798F80957F704D7DEC1979&&FORM=VRDGAR

Virtual Reality (VR) is enhancing math education by enabling students to visualize and interact with complex concepts in a virtual environment. Key VR tools for math learning include: Calcflow: Allows exploration of vector calculus in 3D space, offering a tangible experience with vectors and functions. Mathland: A VR game that teaches math through puzzles and challenges, making learning both fun and engaging. GeoGebra VR: Enables creation and exploration of 3D geometry, algebra, and calculus, helping students understand abstract concepts more clearly. These VR applications provide visual and spatial representations of mathematical elements, making abstract ideas more accessible and comprehensible.

VR enhances math learning with apps like Calcflow for 3D vector calculus, Mathland's gamified puzzles, and GeoGebra VR for 3D geometry exploration. It makes abstract concepts tangible, facilitates real-world applications, and adapts to individual learning styles. In remote settings, VR creates virtual classrooms for collaborative learning. Visualizing complex math becomes accessible, catering to diverse learning styles. As technology evolves, VR promises innovative tools for effective math education.

During my university Professional Training and develop skills and knowledge about virtual reality in mathematics and as part of this knowledge I have developed educational applications of virtual tours in geometry providing students with virtual tours of geometric figures and solids, allowing students to explore their properties and relationships in a more interactive way and help improve mental calculation skills through interactive games and mathematical challenges.

VR experiences enable those providing care to embody the perspectives and conditions of other people, gaining an understanding they can’t get from traditional training tools. These insights empower our users at Embodied Labs, who are current and future professional caregivers, as well as family caregivers, to provide more effective care. I could talk all day about our users' experiences with our Alzheimer's Lab, which enables families to discover more about their loved one's experience living with Alzheimer's. It also enables families to talk about the person they embody together inside the Lab, rather than about their loved one, for a less emotionally-charged discussion.

We use VR to help with socialization skills in young individuals. We employ team building, game based learning, peer instruction and communication skills so youths can further their engagement in rapidly changing technology environments.

I used VR very effectively in a Diversity and Inclusivity seminar we had in our organisation. One of the topics we were tying to demonstrate was cognitively differently abled individuals and how they experience everyday life. Through a very simple experience the users were able to experience a typical sensory overload scenario where they were increasingly bombarded with additional multi-sensory stimuli while trying to concentrate on information being shared in the scenario. This created a great deal of empathy and understanding in the users for people who live with such conditions on a daily basis.

VR can be used to tailor the learning experience to individual students' needs and learning styles, offering personalized instruction and adaptive feedback in real time. By tracking students' movements and interactions within the virtual environment, educators can gain valuable insights into their strengths, weaknesses, and areas for improvement. This data can then be used to create targeted learning experiences that address each student's unique learning challenges, ultimately leading to more effective learning outcomes.

I have tried VirtualSpeech, great VR app for practicing soft skills. It is integrated with AI and analysis so you get a good idea of how you perform under each circumstances. Imagine public speaking or presentations.

If we can combine VR with google street view then we can travel whole world by sitting at home..combining with omini pad we can play games like COD and PUBG ..lots of opportunities with VR in future..

Virtual reality provides a unique opportunity to enhance students' social skills. By exposing learners to diverse perspectives and emotions through simulations, VR promotes personal development and interactions with individuals across the globe, fostering collaboration and communication. Moreover, the metaverse experience offers a gradual introduction, allowing students to familiarize themselves with social interactions before facing larger audiences. These innovative tools provide students with invaluable knowledge for effective communication.

One of the biggest limitations with any training scenario is the lack of reality. The immersive nature of VR can literally place you in the shoes of someone, allowing you to experience what its like to be a person of different gender, race or religion, and face the situations and challenges people go through every day. There is no doubt VR training is a far more effective tool that video or reading collateral.

Create virtual environments that simulate job interview situations to help individuals practice and hone their communication, personal presentation, and handling interview situation skills. Provide interpersonal communication scenarios, such as presentations, group conversations, or conflict resolution, where users can practice speaking, active listening, and empathy.

In my opinion, the use of VR should aim to work on that “thread” that unites the teacher with his student, to improve that line of learning and reach our students in a more productive and efficient way in cases where it is necessary. necessary. Educational technology is a mere tool that works more as a means than as an end in itself.

When implementing VR in education, it's crucial to consider accessibility and inclusivity. Not all students can access VR technology; some may experience discomfort or motion sickness while using VR headsets. Educators should ensure that VR supplements, rather than replace traditional learning methods, and that content is accessible to all students. Also, it's essential to keep updating VR content to reflect the latest developments in each field and ensure the educational material's accuracy and relevance.

VR can also be an excellent support tool in Workforce Development and Career & Technical Education programs. It offers a safe way for learners to take their first steps in environments that might be extremely costly or dangerous to recreate in a classroom environment - think fire safety, welding, or machining. As others have mentioned, it's important to keep accessibility in mind, but if you can strike a balance between teacher time and device use, preliminary research shows high retention for skills practiced in a VR environment. It's aligns well with best practices of andragogy which tells us that adults need to apply what they learn in order to internalize new knowledge.

The Virtual Reality application 'Virtual Speech' on Oculus Metaquest is an excellent application. Its Role Playing option with an avatar integrated with ChatGPT allows the development of skills such as: 1) discussing by substantiating arguments, 2) rapidly solving problems of any discipline, defending the foundations of those solutions, always with the constant evaluation and feedback of the AI, 3) effectively presenting ideas being evaluated by the AI, 4) oral exams of any discipline receiving feedback from the AI, and countless more applications. I highly recommend it!

Next to VR apps for topics like history, math and science, consider getting an account at a VR authoring platform and be able to create your own VR training education. With a platform like Warp VR, a 360 camera and several VR headsets, students can create and deploy their own interactive learning experiences and virtual tours. Let students reenact certain historical events, or set the stage being at a foreign hotel to practice learning learning. With such an authoring solution, the possibilities are endless.

It's an opinion of mine, education through simulation should be a more appropriate tag in this context. Learning to drive or to fly an aeroplane is also a part of education (though mostly considered training). In this skill acquaintance based learning era, VR is a very powerful and effective platform. From academic to practical skills every aspect of learning has applications of VR. I eould farther prefer using XR or MR instead of VR in this particular aspect (education/learning) because AR also has its fair share of merits.

Learning occurs as an interaction with the environment. At a conceptual level, it involves skill, will, and thrill. VR on the other hand is an embodied platform that perceptually replaces the physical environment with a digital one. Be it by simulating the real world or exploring less realistic venues, by integrating the mechanisms of learning into a digitally embodied manner you'll be able to create a rich sensorial tool to experience learning. While one-size fits all solutions are entering the market, learning best occurs in a personalized manner, and for this nothing replaces customizing your experiences. Beyond the limits of imagination, there's 3D development. Unity, Unreal and Godot are poised to become the powerpoint of the future!

Lets not forget this is a virtual reality, not actual reality. Using a headset to look at the Sistine Chapel for example won't come anywhere near the actual experience of being there in real life, but a good compromise for those that can't travel.

VR for Computer maintenance As a teacher, I work in an educational institution where we have technology but sometimes we need computer repair maintenance laboratories, so as a teacher, VR is used to simulate computer repair, which provides students with immersive practical knowledge. of the real world for experimentation and practice in the design, configuration and maintenance of physical systems.

First, Reading "Compendium Extended Reality Tech and Business Models" book by Dr.Ramy Hammady This will give you a deep overview of different aspects of how you can utilize VR in different industries as well as different business models plus its a solid foundation for starting. Second: Start familiarizing yourself with VR platforms like unity or unreal engine. Learn basic programming, if necessary, and explore online courses in VR development tailored to your platform. Dviz is good for UE and Coursera for Unity. Also, learn some solid skills such as: 3d modeling ( max or maya or blender ) , spatial audio, and some basic UX design Lastly: create something and test experiences with users, gather feedback, iterate, and keep learning.