Augmented Reality

They say a picture is worth a thousand words but what if you could make that picture come alive and give it another dimension. Augmented Reality has many capabilities where it can be used to enhance the learning experience of students.

Augmented reality provides students an interactive and immersive learning experience that defines 21st century teaching methods.

With augmented reality, students can take an interactive journey. The time to get them interested is now and the best way to get their attention is innovation.

What is Augmented Reality in the Classroom?

Across the world of education, Augmented Reality experience is beginning to arrive in classrooms. The term Augmented Reality (AR) refers to digital information overlaid onto the physical world

It is a technology that is being applied to a wide range of fields. AR allows users to view the real world and simultaneously, see generated data overlaid onto it. As the technology has advanced, its capabilities about it being used in classrooms have increased.

When it comes to learning, conventional teaching methods are quickly being replaced with augmented reality. This technology uses reality as a base platform and then introduces virtual elements. The basic idea is that students can use handheld devices or computerized glasses to see virtual objects superimposed over real-world images.

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How is Augmented Reality Used in Education?

Augmented reality (AR) is one of the latest technologies to be employed in the field of education. Its potential for a broad variety of applications has been recognised by researchers and educators alike.

As technology has advanced over the years, AR systems have become a new part of our learning experience, and have been used for students to experience hands-on work in real world settings as well as contributing to classroom learning.

Below are a few uses of Augmented Reality in educational settings.

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Getting Students More Interested

Augmented Reality has been proven to be an engaging and interactive way of learning. It allows students to believe that they are truly walking around an ancient city or an extinct animal. After all, a picture is just a way of representing what the mind perceives. This can be used to get students more interested in their lessons and give them something exciting to look at as well.

Personalising Education

Augmented Reality Technology is used in several ways in education, but the main focus is its ability to personalise the learning experience. The concept of personalised learning is that each child or student learns in a manner that best suits their strengths and weaknesses.

Augmented Reality allows us to learn about physical objects using visual and tactile techniques and to further prepare students for careers that incorporate wearable technology. Personalised learning applications have been developed on many platforms, including smartphones, tablets, laptops and interactive whiteboards.

Help Students Grasp Difficult Concepts

Studies show augmented reality provides a better way to grasp difficult concepts in science, math and language arts. Introducing students to complex ideas and subjects can be difficult, especially in a classroom setting with limited capabilities. Augmented reality is able to create realistic, interactive environments that bring a new dimension to the learning experience for students.

Creating a Learning Community

Using augmented reality in an educational context will contribute to building a learning community by increasing engagement and encouraging communication and collaboration from all perspectives. This will help students to relate the real world implications of what they are learning back to their everyday experiences, therefore enhancing retention of concepts taught.

Object Modelling

Object modelling is a process by which students use 3D computer-aided design software to create and manipulate 3D objects. Modelling allows students to play with the form of an object, experiment with ways of construction or visualize what an object might look like when constructed in a different way.

The instruction is simple: to build the object in front of you. Using multi-touch and 3D touch, students can rotate the digital object in any direction, zoom in or out and pan into it simply by tapping on the screen, just like they do with virtual objects on their phones and tablets. This creates an intuitive interface that we found preferable to physical manipulatives.


Using the augmented reality training application, you can virtually simulate real-life scenarios to train employees or students before they encounter such situations in the field. This technology is particularly useful for training new employees and students and can be used for visualizing complex concepts.

How Can Augmented Reality Transform The Learning Experience?

As classrooms become increasingly diverse, it is critical that educators, students and families use tools that will empower all learners to succeed. From elementary school to postsecondary education, augmented reality provides a mechanism for collaboration that drives creativity far beyond test-taking and textbook learning.

Education is one of the most demanding fields for technological advancement, as educators constantly seek new ways to better educate their students to be successful in a modern workforce.

Below are a few ways Augmented Reality transforms the learning experiences.

Using the Technology Motivates Students

In addition for explaining complex concepts to learners, this technology can also be used to keep students engaged and motivated so that they retain information and apply it in their daily lives.

AR Helps Students See What They Can’t With The Naked Eye

Think about a biology student. He or she might have to study an animal under a microscope, which is difficult while holding the device. A student could use AR to see into each body part in great detail through their mobile device, allowing them to make detailed observations much more easily and effectively.

AR Provides Detailed Visualisation

AR provides detailed visualisation and analysis of molecules, concepts, structures and mechanisms. It aids in the understanding of complex fields such as biology and chemistry to more broadly enhance learning.

Students Can Get Views at Many Angles and Sizes

Students can get views at many angles and sizes; sometimes making the objects look very different. Inventions like this will take the place of taking pictures or drawings of what students are seeing in class.

Instructors Can Create Virtual Experiments

Instructors can create virtual experiments and scenarios that take students through age-old concepts in ways never before possible. Students will be able to manipulate and test theories in real time, right before their eyes.

Students Can Use AR to Study When not in Lab

Students will discover that they can use the software while not in the lab for another practical reason: mobility. AR allows access to 3D images and simulations from a student’s smartphone.

Imagine a world where students can use augmented reality to study and learn about molecules and compounds in their own homes, unobstructed by the limitations of traditional course material. The potential of augmented reality across education is huge, but it’s only going to become a reality if educators adopt this technology themselves and preserve the excitement for learners.

The AR Experience Encourages Curiosity

One of the best benefits of augmented reality is that it encourages a sense of wonder and exploration. When a student comes to class, they expect to learn and be challenged. This is where augmented reality can turn the typical classroom on its head by integrating educational content into the real world where students are absorbing new information and ideas.

AR Accommodates Different Learning Styles

With augmented reality, students can become immersed in a digital world that incorporates text, audio and imagery. The power of AR is its ability to accommodate all learning styles without removing students from a physical environment.

For those that learn well through seeing and doing, AR creates a learning experience that lets you do it yourself. Students can first observe the object in “real life”, then move on to an interactive experience of what happens if they change an element of said object. The versatility in exploring many different outcomes is particularly important for students with autism as they will benefit from a wider range of experiences and scenario-based teaching.

Unlike traditional learning methods which follow a predictable pattern, AR gives users more freedom to explore and experiment with different elements by going hands-on with the object without damaging it.

Spatial Visualisation and Understanding is Improved

The ability to quickly and easily visualise a concept, idea, design or process is paramount not only in education but any field of study. AR has the potential to help students better understand an idea, solution or concept by providing an instant overlay of relevant context.

What are Some Good Examples of Augmented Reality Tools for Students?

You can leverage augmented reality tools to help students visualise how abstract concepts are related to tangible physical reality. Augmented reality apps for students exist in many formats.

There are augmented reality apps that allow presenters to interact with their audience and vice versa. Students can use an AR app that allows them to see what a presenter sees if they were out in the field, thus making it easier for learners to follow along and learn.

Here are some examples:


The future of education lies in cutting edge tech.

AR is a disruptive innovation that has changed the face of education forever. The popularity and success of AR is obvious, as it improves the efficiency and effectiveness of learning.

Using augmented reality in the classroom is just one way to engage students in a hands on way that will connect learning with the real world. By becoming an active participant rather than just a listener, students will develop a deeper understanding of their subject matter, as well as build research and communication skills that can be applied to all aspects of their lives.

Additional Information and FAQs

Is Augmented Reality artificial intelligence?
AI refers to artificially intelligent systems, while AR is technology that overlays digital information on the physical world. However, they seem to be used interchangeably in the media when referring to mixed reality technology.
Is Augmented Reality the future?
AR is a technology that’s here to stay. It changes the way we interact with devices, and takes content into our world. From apps, to movies, to navigation – AR is becoming embedded in everyday life.
What is AR good for?
Augmented Reality is the next wave of technology. It is a live, direct or indirect, view of a physical real-world environment whose elements are augmented (or supplemented) by computer generated sensory input such as sound, video, graphics or GPS data.
What problems can AR solve?
Augmented Reality can be used to solve many problems. Imagine learning about the Human Brain by visiting the front part and feeling how it works. It would be better than any expensive book because you can do so much with your hand and see photos in a way they never were before. You will be able to learn about anatomy, architecture, history and design from old buildings, art pieces as well as new ones. This principle is applicable to almost anything.
Which is better: VR or AR?
It’s not a fair fight. #VR is better than #AR because it’s more immersive and transportive. But, the market isn’t making that distinction. Generally, consumers are aware of both technologies and compare the two interchangeably, despite defining differences like immersion vs. augmentation, presence vs. augmentation, and realism vs. artificiality.
What is the biggest difference between VR and AR?
The biggest difference between VR and AR is the way that the devices work with your eyes to make each experience different. The light projected by a VR headset that you wear over your eyes fools your brain into thinking it is in a different place, unlike an AR device whose layering of digital content onto the real world allows for a seamless blend of reality and virtuality.
How does Augmented Reality Work?
Augmented reality (AR) is a live, direct or indirect view of a physical, real-world environment whose elements are augmented by computer-generated sensory input such as sound, video, graphics or GPS data.

It is related to a more general concept called mediated reality, in which a view of reality is modified (possibly even diminished rather than augmented) by a computer.