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Imagine a history class in which the events studied come to life before our eyes: while the teacher narrates the key events of the French Revolution, the students are immersed in an immersive visual experience.\u00a0Historical figures emerge as three-dimensional holograms in the classroom, recreating the most crucial moments.\u00a0Robespierre delivers his speeches, the clamor of the masses resounds as they take the Bastille.<\/p>\n
Or think of a math lesson where we can interact with three-dimensional graphs on our own desktop.\u00a0Instead of simply looking at a two-dimensional representation in a textbook, students can manipulate and explore three-dimensional geometry right from their tables.\u00a0They visualize pyramids and prisms, rotating and moving them with simple gestures.<\/p>\n
The possibility of using augmented reality in class makes these situations, which could seem like something out of a futuristic movie, now within our reach.\u00a0It is a technology that combines three-dimensional virtual elements with the real world.\u00a0Unlike virtual reality, where users are completely immersed in a digital environment, augmented reality overlays computer-generated information and graphics on the physical environment around us.<\/p>\n
Augmented reality works through applications on mobile devices.\u00a0With them, through the camera of the mobile phone or tablet, or the lenses of the glasses, we can see the real world on the screen with superimposed virtual elements.<\/p>\n
For example, three-dimensional holograms of historical figures or mathematical graphs are projected onto the physical classroom through the screen of students’ devices.\u00a0This creates an immersive experience where digital elements interact with the real environment, allowing users to view and manipulate information contextually.<\/p>\n
What are\u00a0the positive and negative effects<\/a>\u00a0of augmented reality applications in class?<\/p>\n Since\u00a0its creation in 1968<\/a>\u00a0until\u00a0the term was coined in 1992<\/a>\u00a0, augmented reality has evolved significantly.\u00a0Today, these applications have the potential to improve\u00a0students’\u00a0motivation , <\/a>academic performance<\/a>\u00a0, and cognitive skills.\u00a0In addition, they encourage a positive attitude towards subjects and\u00a0promote the development of skills<\/a>\u00a0such as spatial thinking and creativity.<\/p>\n There are legitimate concerns, such as the possibility of students becoming distracted during the lesson due to the interactive nature of the technology.\u00a0Additionally, not all apps are free, which can present a challenge for schools with limited resources.\u00a0Teachers may also need more support from subject matter professionals to effectively integrate augmented reality in class.<\/p>\n Below we list the areas where augmented reality can significantly improve the teaching and learning process:<\/p>\n Using augmented reality in class allows students to interact with story characters and environments in an immersive way.\u00a0By providing stimulating visual context, fostering an emotional connection, offering sensory input, and being interactive, they can make reading more engaging, meaningful, and immersive for students.<\/p>\n They are beneficial at all educational stages, although their effectiveness may vary depending on the level of cognitive development and the specific educational objectives of each stage.\u00a0In primary education, its playful nature can be especially effective.\u00a0Of course: it is essential that there is adequate support from teachers.\u00a0Some interactive books are:<\/p>\n Digital libraries and museums:<\/p>\n Students can relate scientific concepts to three-dimensional objects and experience scientific phenomena visually and practically.\u00a0Unlike performing physical tests in a laboratory, using augmented reality in class offers accessibility and availability anywhere, variety of virtual scenarios, reduced costs, safety by eliminating risks associated with physical experiments, customization to fit individual needs , replayability and an interactive experience that provides immediate feedback.\u00a0Although it complements physical practices, it stands out for its versatility and the possibility of exploring complex scientific phenomena in a safe and accessible way.<\/p>\n Applications such as\u00a0Nucleus Medical Media<\/em><\/a>\u00a0allow students to interact with\u00a0three-dimensional models of cells<\/a>\u00a0.<\/p>\n Augmented reality applications such as\u00a0_Aumentaty_<\/a>\u00a0or\u00a0AR Flashcards<\/em><\/a>\u00a0have proven to be valuable tools for students with special needs in the educational field.\u00a0These applications offer immersive and personalized experiences, allowing students to interact with real-life situations in a way tailored to their unique needs.\u00a0By providing a visually stimulating and interactive environment, using augmented reality in class\u00a0improves the ability<\/a>\u00a0of students with special needs to complete tasks independently.<\/p>\n Boys and girls with disabilities can benefit from applications such as\u00a0LookTel Recognizer<\/em><\/a>\u00a0, which helps people with visual disabilities recognize objects, or\u00a0AbleLink WayFinder<\/em><\/a>\u00a0, which helps people with intellectual disabilities travel safely, whether by bus or on foot.\u00a0These apps use augmented reality to immerse users in a real-life experience, providing them with a controlled and safe environment to practice and learn specific skills.\u00a0By simulating real-world situations, these applications\u00a0contribute to the development of autonomy and safety<\/a>\u00a0in children with cognitive disabilities, allowing them to practice and understand important skills in an interactive way tailored to their individual needs.<\/p>\n Learning a new language can be made into an enriching challenge by using augmented reality apps like\u00a0Lingodeer<\/em><\/a>\u00a0,\u00a0Mondly<\/em><\/a>\u00a0, and\u00a0Duolingo<\/em><\/a>\u00a0.\u00a0These apps not only improve students’ motivation but also strengthen listening comprehension, pronunciation, vocabulary, grammar, and verbal fluency.<\/p>\n By incorporating elements of augmented reality in class, users can experience interactive virtual environments that simulate real-world situations, thus improving the practical application of the language.\u00a0These apps encourage social interaction through chat and gaming features, improve self-efficacy by providing immediate feedback, and promote autonomous learning by adapting to students’ individual paces and styles.<\/p>\n In mathematics, applications such as\u00a0GeoGebra<\/em><\/a>\u00a0,\u00a0Desmos<\/em><\/a>\u00a0, and\u00a0Microsoft Math Solver<\/em><\/a>\u00a0provide students with an interactive and visually engaging experience.\u00a0These tools allow students to interact with three-dimensional graphics and models.\u00a0And in this way they contribute to improving problem solving, understanding of mathematical concepts, motivation and the development of mathematical skills.<\/p>\n Exploring a 3D representation of a mathematical fractal with augmented reality in class, modeling and studying complex natural and scientific phenomena, such as the formation of clouds or the distribution of galaxies, can help us make mathematical concepts more accessible and exciting.<\/p>\n Of course, it is important to adapt the experience to different levels of competition.<\/p>\n History and social science education can see a big boost with the use of augmented reality in class.\u00a0Notable examples include the ability to explore an archaeological site from the classroom using applications such as\u00a0Google Arts and Culture<\/em><\/a>\u00a0or\u00a0Civilizations AR<\/em><\/a>\u00a0.\u00a0These technologies allow students to visualize historical artifacts and events in 3D, providing an immersive experience that facilitates access to primary sources.<\/p>\nMotivation, performance and positive attitude<\/strong><\/h3>\n
1. Reading and literacy skills<\/strong><\/h4>\n
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2. Science education<\/strong><\/h4>\n
3. Special education<\/strong><\/h4>\n
4. Language learning<\/strong><\/h4>\n
5. Mathematics education<\/strong><\/h4>\n
6. History and social science education<\/strong><\/h4>\n