Education in the upcoming future will be based on advanced Technologies like AR (Augmented Reality) and VR (Virtual Reality). These two cutting-edge technologies have created a positive impact on our educational system. Integrating AR/VR-based instruction in the present curriculum has several advantages, such as:
- It helps students to learn 21st-century skills and make them ready for the future workforce.
- It helps students to study the concepts by visualizing them on the screen, which makes their learning effective.
- It also helps them to understand the concepts deeply.
- Learning through visualization helps them to retain the concepts properly and for a longer time.
- It makes complex concepts easier to understand by making them visualize the subject on a virtual screen.
Children of today want to learn either by doing practically or by visualizing things in the real world; they are not that much interested in studying from textbooks.
students of new age desire to learn everything by doing or by observing things in the real world so they tend to retain knowledge for a longer time.
As an example, if we watch an animated cartoon with them and ask them a question about a particular scene, they will be able to answer us very easily. However, if we give them a book with a story in it, they won’t be able to respond to us with the full answer because their minds learn things more quickly from watching than from reading. AR is a platform that takes students on a virtual trip so that they can get an in-depth knowledge of a particular subject.
The potential of AR and VR Education to create incredibly exciting and engaging learning environments is one of its main benefits for education. Passive learning occurs when teachers are unable to hold students’ attention in traditional classroom settings. With the use of 3-D models, virtual field trips, and interactive experiments, AR and VR technologies make learning more engaging for students. In addition to developing deeper knowledge, this experiential learning method inspires students’ curiosity and makes learning enjoyable.
STEMROBO plays an important role in transforming traditional education into new educational methods by providing various platforms that offer end-to-end solutions to K -12 Students. We offer an engaging learning environment, where students can utilize the equipment and can practice Hands-on learning, this helps them to apply the theoretical knowledge to real-world applications.
Let us see how our labs may transform this educational system and how successful they are:
We set up a variety of labs including VR labs, AI/IoT labs, Robotics labs, and STEM labs. In addition to these labs, we give students access to resources like VR headsets, Arduino kits, and other necessary equipment in one convenient location, enabling them to learn efficiently and quickly.
We also provide different types of instruction manuals so students may follow the step-by-step procedure and build creative projects.
We provide students with a customized learning environment that helps them to study according to their speed, level of understanding, and ability to learn the concept.
It helps in the development of the 21st century skills including computational thinking, creativity, logical reasoning, problem-solving, and teamwork.
AR/VR technologies have the capacity to revolutionize education by catering to individual learning styles. With these advanced technologies, we can give each student a platform based on their interests, capacity to learn, and speed.
Our goal is to support K–12 children worldwide in developing their innovative and 21st-century skills. We provide students with incredible opportunities to study, explore, and experiment in order to develop into future creators and innovators.
We follow a CIC (Consumer>Innovator>Creator) approach. With the help of our knowledgeable teachers and VR labs, we first teach students concepts in the classroom. Later, they apply what they have learned in the classroom to our labs, which helps them create creative projects and improves their academic performance because visualizing concepts helps them retain them for longer. They will now be able to design their own projects and acquire non-academic skills through this technique, preparing them for the workforce of the future.
