Owing to computer games like Pokémon Go and social media applications like Snapchat, we all know how augmented reality (AR) works. But AR’s magic doesn’t stop there. In other areas, including education, virtual reality is successfully used. In the past few years, the use of virtual reality in education has been gradually growing. AR, for example, increases student learning by employing more complex instructional approaches. Augmented reality applications inspire more persons to take up augmented reality courses that can be used in the workplace or everyday life.
Blog Contents
Applications of AR in various fields
In Education
In the Space Industry
In Military Training
In Manufacturing Processes
Breakthrough into the Real World
Application of AR in various fields
Different companies are seeking AR strategies for quicker and more efficient learning today. Let’s look at the use of AR in different fields.
In Education
In the classroom, using virtual reality will turn an ordinary class into an interactive experience. To endorse textbook content, AR technology offers interactive examples and incorporates gaming features. AR allows students to better remember the details they have just learned. In classroom education, let’s study a few examples of virtual reality.
Paleontology: Dinosaur 4D+ is an app for AR and a series of flashcards. Flashcards can be scanned for consumers to see 3D dinosaurs. Any specifics about each dinosaur are also provided in the app.
Chemistry: To make chemistry more fun and entertaining, Elements 4D uses AR. Users need to construct paper cubes from unique blocks of elements first. They only need to position the cubes in front of their device’s eye.
Science and History: Google Expeditions offers VR and AR tours that allow educators to use virtual reality in education. Users will carry 3D items into the classroom with AR technology and mobile devices, then walk around and touch them. Google Expeditions explores different themes and provides more than 100 AR expeditions across the circulatory system, technological history, and moon landing.
Medical Field: By taking advantage of virtual and augmented reality, medical students can develop their awareness and abilities. AR application use cases include:
Create models of the human body that allow medical students to learn in-depth anatomy;
Providing medical students with more training experiences using simulations;
Practice procedures on simulated patients.
Human Anatomy Atlas is a software that displays the body’s 3D models and encourages students to move and communicate with them.
Touch Surgery is a health app that specializes in the simulation of surgery. It uses an AR platform to enable users to perform surgery on imaginary patients.
In the Space Industry
One of the first to welcome new technology has always been the space industry—no wonder this sector is studying virtual reality. Astronauts can obtain visual job directions by using goggles without turning to guides.
To assemble the NASA space capsule quicker, engineers are using AR headphones. On actual assembled parts, they can see simulated versions of parts overlaid. Staff may also display details and guidance for how complex processes can be done. Realistic worlds can also be created through virtual reality technologies. This helps scientists and astronauts to train.
In Military Training
While training plays a crucial role in the military field, it is impossible to place troops in a certain training venue. Augmented reality software is used to construct an experience necessary for training troops, enabling them to practice more frequently. It also helps save travel expenses and reduces the need for special devices, as virtual objects can be added to augmented reality.
The Synthetic Training Environment (STE) is also developed with VR and AR’s assistance to replicate a practical combat experience for soldiers and allow them to develop their skills. One of this solution’s greatest bonuses is that it is risk-free.
In Manufacturing Processes
Developing programming that engages Augmented reality experts is one of the potential remedies to prevent absenteeism. With AR, without wasting so much time on theory, trainees will learn as quickly as possible. When a trainee is training, AR headsets will include step-by-step guidance.
AGCO was one of the first global producers to use innovations such as smart glasses and AR. Operated by voice commands, Glass will provide photos and videos for training. By making people see what their co-workers who wear the glasses see, the system will also increase teamwork.
Siemens is another enterprise that uses AR technologies for preparation. To support trainees learn to weld, they use AR.
Benefits of using AR in Practical Life
Here are the benefits provided for both school and personnel preparation through virtual reality.
Engaging learning experience: When AR adds abstract objects to the natural world, it allows learners to use physical equipment to train skills. So, students and trainees will finally start training with headphones and goggles instead of either reading books or listening to lectures.
Affordable learning: AR will also help save staff preparation expenses as it can be effectively delivered instead of conventional lectures and classes with AR headsets and software assistance.
A wide variety of fields: It is possible to use AR for both pre-school and higher education and corporate training. This research is now being used in a number of areas, from manufacturing and space to the medical and chemical industries.
Safe training: Virtual reality can mimic potentially unsafe conditions with precision. Trainees may learn high-voltage device maintenance or the detection and treatment of possible emergencies. That implies that AR helps students and trainees plan for sensitive scenarios by simulating them without endangering themselves or someone else.
Breakthrough into the Real World
Indeed the general public’s use of virtual reality has gone beyond classroom learning and entertainment. Augmented reality experts are finding more and more real-world AR technology implementations that highlight the immense value of AR usage in daily life. When new technologies emerge, we should assume that AR in the near future can be smoothly incorporated into every area of life.