The digital transformation in education has accelerated rapidly, making using smart devices and digital tools a new norm in classrooms worldwide. As educational technology evolves, institutions and educators must keep pace with these changes to ensure effective teaching and learning. Digital learning enhances engagement and significantly improves retention rates, with research indicating an increase from 25% to 60% compared to traditional learning, which is 8% to 10%. According to the Edtech Market Size & Share, Growth & Trends Report by Arizton Advisory & Intelligence , the global EdTech market is expected to reach USD 738.60 billion by 2029, growing at a CAGR of 14.13%. This underscores the growing importance of digital learning tools in modern education, such as AI Digital Boards and interactive flat panels.
Digital learning is not just an option but a necessity. It promotes higher retention rates, as students remember more from interactive and engaging lessons. This is particularly important in a world where students are constantly exposed to digital media outside the classroom. For instance, a biology class using the EyeRIS AI Digital Board EyeRIS AI Digital Board can display a 3D model of the lungs, allowing students to interact with the model and explore different parts and functions in real-time. The teacher can further enhance understanding by integrating videos and animations and assess comprehension through instant quizzes generated from the lesson content. This interactive approach engages students and helps them retain information more effectively.
AI Digital Boards and interactive flat panels are at the forefront of this digital transformation. These tools enhance the teaching experience by integrating multimedia content, interactive lessons, and real-time feedback mechanisms. For instance, the EyeRIS AI Digital Board exemplifies how AI can be leveraged to create a more dynamic learning environment. This AI smart board offers features like instant content generation, language versatility, and real-time student engagement analysis, making it a versatile tool for any classroom setting. In a chemistry class, for example, students can safely explore chemical reactions through virtual lab simulations, observing outcomes and testing hypotheses in a controlled digital environment. This enhances their understanding of complex scientific concepts and makes learning more interactive and engaging.
Schools need to invest in the necessary infrastructure to effectively incorporate digital learning tools. This includes hardware like interactive flat panels and computers and the software and applications that make digital learning possible. For example, virtual labs and simulations are becoming increasingly popular in subjects like science, where hands-on experimentation is crucial. With tools like EyeRIS, students can use virtual lab simulations to conduct experiments in a controlled, virtual environment, making learning more accessible and less resource-intensive. Schools should also invest in teacher professional development to ensure that these technologies are used to their full potential. Partnering with technology providers for expert training sessions can ensure that educators are not only familiar with the technology but also skilled in integrating it into their teaching methods. This hands-on training empowers teachers to use digital tools like the EyeRIS AI Digital Board effectively, facilitating a smoother transition to digital learning.
Imagine a classroom buzzing with eager minds, yet the teacher, armed with the latest digital board, struggles to engage her students effectively.
The modern classroom is interactive, engaging, data-driven, and connected beyond boundaries.
Think of interactive flat panels (IFP) as the modern technology for GenZ that lets high school students explore science excitingly.