What are some examples of successful AR storytelling in education and training?

AR is one of the most effective tools to provide an immersive experience while studying history! WOW! Wonders of the World is one of the bestselling encyclopedias for kids created by DEVAR. With the help of a mobile phone or tablet, it's possible to literally walk around the ancient wonders of the world, watch gladiators fighting lions in the Colosseum, stroll around the Roman Forum, and visit modern sights without leaving your home. All AR experiences are interactive, rich in graphics, offer interesting facts, and voiceovers for an engaging and comprehensive study. As for AR in museums, webAR can be a better solution as it doesn't require any Apps to be installed. Content can be easily updated and become instantly available for visitors.

The digital world is the new universe. AR will help brands achieve wonders in this digital world and its name is Metaverse. How we think, act, react, and communicate will change in the next two decades. Our devices will change completely. AR with its immersive environment will change all industries. Even in sports, it has entered. The world's first U-meta stadium in cricket has been launched by a cricket club called Islamabad United in Pakistan. This revolutionizes the sports industry from action and education. The world we see will be different from the world we live in.

While it didn't get a lot of attention when it was released, the Storytime feature in the Facebook Portal was a brilliant storytelling platform that utilized AR. It was designed so that kids and their grandparents would have an activity to do together on video calls. The grandparents would tell the story to the grandkids as they became different characters with various AR art filters applied to their faces during the call (along with animation). It was captivating and a great way to share stories. I'd love to see a new version of Storytime arrive to a new platform.

AR storytelling for history and culture is a big plus. The iHeritage project by the European Union under the ENI CBC program is a good example of this. Using AR, in such projects goes beyond traditional methods like guide brochures and books.

Augmented Reality (AR) storytelling has emerged as a powerful tool for exploring and preserving history and culture. By overlaying digital content onto the physical world, AR allows users to immerse themselves in historical narratives and cultural experiences. Whether it's touring ancient ruins with digital reconstructions or witnessing historical events through AR reenactments, this technology breathes life into the past and fosters a deeper connection with our heritage. AR storytelling has the potential to make history and culture more engaging and accessible to people of all ages, contributing to a richer understanding of our collective heritage.

1. NASA’s Jet Propulsion Laboratory (JPL) offers an augmented reality experience for science and engineering topics. The program, called Visualize Curiosity, uses AR to give users a realistic 3D tour of NASA’s Curiosity Rover and its environment. 2. The Center for Educational Technologies offers an augmented reality experience for engineering topics. The program, called Jurassic AR, uses AR to allow users to explore ancient fossils, including dinosaurs, in 3D.

Multiple apps like ar sky and ar planets are developed for iPhone and android and the learning and visual impact on kids is tremendous Seeing ice on a mars poles as mars floats in your living room is defiantly something that kids will remember for long time Likewise ar animals from Google is fun way for kids to visualise an animal

Math/ science specially Chemistry applications are the best use case, i have seen many periodic table application where molecules, bond formation are explained in more fun way, same goes with math the parabolic functions application, solving math's problem with image recognition are few.

By integrating AR technology, complex concepts can be visually simplified, enhancing understanding and engagement. It transforms abstract theories into interactive, immersive experiences, fostering a deeper grasp of scientific principles. Moreover, it bridges gaps in traditional learning methods, catering to diverse learning styles. This innovative approach not only enriches education but also fuels curiosity, making learning a captivating adventure. Its impact is transformative, offering a dynamic and personalized educational experience that empowers learners in the realms of science and engineering.

AR storytelling, especially in fields like science and engineering, is offering a uniquely interactive and immersive learning experience. ?? JigSpace offers a hands-on approach to learning about anatomy, astronomy, mechanics, and electronics. By using AR to create realistic 3D models, learners can delve into the details of various objects and systems. Interactive quizzes and challenges further enhance the learning experience, making it fun and engaging. ?? Curiscope takes this a step further with a focus on human anatomy and physiology. Imagine having a virtual body projected onto your torso, allowing you to explore organs and systems like the heart, lungs, and digestive system in real-time!

1. Duolingo: Duolingo is a language learning platform that uses AR storytelling to help learners gain language and literacy skills. Using AR objects, users can learn from stories, interact with 3D animations, and practice their language skills. 2. ARticle: ARticle is a platform that uses augmented reality to teach language and literacy through immersive storytelling. The platform allows teachers and students to explore 3D augmented reality texts by downloading the ARticle app and focusing on

The Language and literacy can be taught in a way that keeps user engaged, for example, sign board, few specific culture related words from all across the world can be taught.

AR in training is the next big thing. Boeing used AR in training to train its employees on how to assemble and maintain aircraft. This increased wiring speed and accuracy and saved millions allowing Boeing to manufacture more aircraft at a faster pace.

1. Wacom: Wacom recently released an AR-based educational tool for graphic design training. The app allows students to modify and adjust images in 3D to better understand the use of artistic techniques in graphic design. 2. ClassVR: This virtual reality learning platform allows teachers to create immersive learning experiences for students. Using the platform, teachers can create virtual tours to different countries and explore history and geography in an interactive way.

Leveraging AR for storytelling in learning is transformative. It immerses learners, making education interactive and engaging. AR can provide real-time visualizations, enhancing understanding and retention. It's particularly impactful for skill-based learning, offering hands-on simulations. Incorporating AR requires intuitive interfaces, ensuring seamless interaction. Users could visualize complex concepts, augmenting traditional methods. This technology democratizes education, bridging gaps in accessibility. It fosters creativity, making learning dynamic. AR's potential lies in tailored experiences, accommodating diverse learning styles, potentially revolutionizing how skills are acquired and retained.

AR is an excellent marketing tool. Music labels have used AR to animate album covers. I, for example, have created an AR filter for Dualipa and Warner Bros that turns her album cover into an animation. Brands have used it to animate ads in magazines. Artists to animate murals. Even municipalities to animate subway's maps and useful information.

AR in education has numerous advantages. It enhances learning by making it engaging and easy to remember. It is suitable for all education levels and ages, providing accessible and portable learning materials. Unlike virtual reality, it doesn't require expensive hardware, making it widely accessible. AR boosts student engagement through interactive and gamified lessons, promotes collaboration and teamwork, and accelerates learning through visualization and immersion. It also benefits professional training and practical skills, offering safe and efficient workplace training. However, challenges include the need for teacher training and readiness, dependence on hardware, and issues related to content portability and quality.