How can augmented reality improve your classroom experience?

A Realidade Aumentada ganhou posi??o nos últimos anos. Contudo, assim como diversos artefatos, n?o pode ser encarada como objeto único de desenvolvimento imersivo. Também, a parcim?nia seria a palavra correta em seu uso. Ao que parece sua aplica??o se traduz efetiva quando a imers?o nos permite avaliar comportamentos humanos em situa??es adversas. No mais sua fun??o se reduz a aplica??o impropria.

AR (Augmented Reality): Augmented Reality overlays digital information or virtual elements onto the real-world environment, enhancing the user's perception by blending computer-generated content with the physical surroundings in real-time. This technology is commonly used in applications like mobile games, navigation, education, and immersive experiences, offering interactive and contextually relevant information.

AR stands for Augmented Reality. It overlays digital information, such as images, videos, or 3D models, onto the real world. AR typically works through devices like smartphones, tablets, or AR glasses, using their cameras to capture the surroundings. Specialized software processes the camera feed, recognizes objects or locations, and then superimposes relevant digital content onto the physical environment in real-time, creating an augmented experience for the user.

Augmented Reality (AR) is a technology that overlays digital information or virtual objects onto the real world, enhancing the user's perception and interaction with their environment. Unlike virtual reality (VR), which immerses users in a completely artificial environment, AR integrates digital elements into the user's real-world surroundings. Common devices used for AR include smartphones, tablets, AR glasses, and heads-up displays. Mobile apps, designed specifically for AR, play a crucial role in delivering AR experiences to users. These apps use the device's capabilities to create engaging and interactive content. AR has applications in various industries, including gaming, education, healthcare, manufacturing, and retail.

Preciso me aprofundar mais nesse universo. é um novo mercado muito promissor. Estou me especializando ml novo mercado digital.

AR in education? In my understanding all major (education, information, and communication) technology disruptions were led by a very few for the billions many, perhaps with a godly motive to make the world more equal? For tech like AR, we have to hear and learn more from original 'man-machine graphical communication' minds (whatif ocotogenarians) like, Ivan Sutherland, before we plunge to plough the rich soil of education with AR. Let us value the biological reality of learners inquisivity with patterns and more patterns, which can be best left unique as signatures, personifying organic curiosity and creativity in their responses to traditional education stimuli. How much is too much with AR in education? Let us ask the Ivans.

A partir do momento em que os livros trazer muito conteúdo e imagens já conhecidas, a Realidade Aumentada gera a oportunidade da crian?a/adolescente ter uma nova perspectiva. Além disso, a chance de interagir facilita a forma de fazer com que os alunos entendam e interajam com o conteúdo proposto.

Nas aplica??es que realizamos optamos por um uso que permita imers?o dos alunos. A vivência virtual e observa??o de comportamentos. Algumas aplica??es em Cursos para Normas Regulamentadoras foram satisfatórios.

The integration of AR in education aims to enhance the learning process, making it more interactive, personalized, and aligned with the evolving needs of students in a technologically advanced world. It ensures the following - Enhanced Learning Experiences Visualization of Complex Concepts Personalized Learning Real-World Applications Increased Engagement Spatial Understanding Accessibility Simulations and Virtual Field Trips

La realidad aumentada, al igual que otras tecnologías, permiten un acceso a la información y representación de objetos mucho más cercana a la realidad de los y las estudiantes. En este caso, podemos apoyarnos en la capacidad de crear objetos tridimensionales, que no son perceptibles a simple vista como átomos, moléculas, células, entre otras y hacerlas "de existencia creíble", es decir, hacer que un concepto pase de ser una idea abstracta a poder tener un modelo sobre la mesa. En este sentido, la RA permite a los y las estudiantes visualizar el entorno y comprender su funcionamiento, desarrollar capacidad de comprender el espacio y aprender con la tecnología.

Sem dúvidas a utiliza??o considerando a variedade de formas e acesso dos alunos. Os sistemas operacionais diversos e qualidade dos equipamentos s?o desafios complexos que podem “sucatear” este uso!!

The various challenges of using AR in education includes Cost: Implementation can be expensive. Access to Devices: Not all students may have AR-enabled devices. Training and Integration: Educators may need training for effective integration. Content Development: Creating quality AR content is time-consuming. Technical Issues: AR applications may face disruptions. Limited Content Standards: Lack of standardized educational content for AR. Privacy Concerns: Data collection raises privacy issues. Distraction: If not integrated carefully, AR can be distracting. Limited Research: Limited long-term research on AR effectiveness. Adaptation Period: Students and educators may need time to adapt.

La AR en educación plantea desafíos pedagógicos. Se destaca la necesidad de encontrar contenido AR confiable alineado con objetivos de aprendizaje y garantizar la seguridad estudiantil. Pero además, surge el reto de mantener la creatividad, ya que la AR proporciona representaciones visuales de conceptos previamente imaginados. Es esencial reconocer que, aunque la AR amplía las formas de visualización, debe complementar y no limitar la habilidad humana de concebir ideas complejas. Así, se requiere un enfoque educativo que fomente la creatividad y habilidades críticas en el uso de AR, asegurando que esta tecnología potencie la imaginación en lugar de reemplazarla.

I think that AR is a promising technology for learning. AR can enhance students' learning outcomes by providing them with rich and immersive experiences that are tailored to their needs and preferences. AR can also stimulate students' curiosity and motivation, by allowing them to interact with the real world in new and meaningful ways. AR can support students' development of 21st century skills, such as critical thinking, problem-solving, and communication, by enabling them to work on authentic and collaborative tasks. AR can transform learning from a passive and boring activity into an active and enjoyable one.

Uno de los mayores retos no está en la misma AR, sino en quienes desean implementarlo como estrategia. 1. ?Cómo llegamos a escuelas que tienen poco o nada de acceso a la tecnología (debido a sus bajos recursos o baja conectividad)? 2. ?Cómo el o la docente ayuda a sus estudiantes a pasar de lo concreto y visual, a la imaginación y creación de ideas? 3. ?Cómo creamos programas de apoyo para estudiantes neurodiversos o en situción de discapacidad? Tal vez, la parte fácil es comprar los recursos tecnológicos a través de la colaboración de empresas, fundaciones o el mismo gobierno de turno, pero hay otras dificultades que pueden terminar un proyecto de tecnologización escolar por inviabilidad.

Em minha organiza??o iniciamos em aplica??es práticas de literatura. Oportunizando uma vizualiza??es em 3D de componentes e pe?as. Este primeiro movimento foi fácil e de grande retorno.

By following these steps, educational institutions can effectively introduce AR into their classrooms, enhancing the learning experience for students and educators alike. Define Objectives: Clearly outline educational goals for AR use. Check Device Access: Assess student access to AR-enabled devices. Train Educators: Provide training on AR integration. Choose Content: Select or develop curriculum-aligned AR content. Start Small: Begin with simple AR applications. Pilot Programs: Implement small-scale pilots for feedback. Collaborate: Foster educator collaboration and resource sharing. Evaluate: Regularly assess AR effectiveness in meeting objectives. Address Tech Issues Scale Gradually

Define Learning Objectives: Identify specific learning objectives and educational goals that could be enhanced or achieved through AR. Determine the subjects, topics, or concepts where AR could add value to your teaching methods. Understand AR Basics: Familiarize yourself with the basics of AR technology. Understand how AR works, the types of AR devices available (e.g., smartphones, tablets, AR glasses), and the fundamental principles of creating and interacting with AR content. Explore AR Apps: Start by exploring existing AR applications relevant to education. Many educational apps use AR to provide interactive and engaging content. Experiment with these apps to gain a better understanding of the possibilities.

Additional Considerations for AR in Education: Inclusive Access: Ensure strategies for inclusive access, accommodating students with varying devices and capabilities. Content Diversity: Strive for a diverse range of AR content to cater to different subjects, learning styles, and student interests. Ethical Use: Establish guidelines for ethical use. Feedback Mechanisms: Implement mechanisms for collecting feedback from both educators and students to inform ongoing improvements. Parental Communication: Keep parents informed about the integration of AR. Professional Development: Provide professional development opportunities for educators. Security Measures: to protect student data and ensure a safe learning environment.

Augmented reality (AR) is a technology that enhances the real world with digital information, such as images, sounds, or texts. AR can be used in educational contexts to create immersive and interactive learning experiences. Some AR apps that can be used in education are: - Complete Anatomy: an app that shows a 3D model of the human body that students can manipulate and explore. The app also provides quizzes, videos, and lectures on anatomy topics. - Google Lens: an app that can recognize objects, texts, or images and provide relevant information. The app can also translate texts, scan documents, or solve math problems. - Quiver: an app that can turn coloring pages into animated 3D models. The app also provides educational content.

??Creative Integration: Incorporate interactive activities utilizing augmented reality to enhance content engagement and practical application within the classroom. ??Dynamic Collaboration: Encourage student collaboration through AR-driven projects, fostering teamwork and problem-solving skills. ??Educational Customization: Tailor augmented reality to deliver personalized learning experiences, addressing diverse learning styles and skill levels.

Algumas solu??es envolvem transpor atividades básicas, montei um projeto uma vez que transformava o código HTML escrito pelos estudantes em um conjunto de camadas que eles poderiam observar usando realidade virtual / realidade aumentada. Com isso era possível visualizar como cada elemento inserido tornava-se um bloco dentro de uma das camadas do código.

I see two major challenges that we need to pay attention to: Not all educational institutions have the necessary technological infrastructure to support AR devices and applications. Solution: Seek partnerships with companies, pursue funding for infrastructure upgrades, or opt for solutions that work on widely available devices, such as smartphones. The cost of AR-compatible devices, such as glasses or tablets, can be a barrier to large-scale implementations. Solution: Opt for solutions that use more affordable devices, such as smartphones, or explore funding options to provide devices to students.