6 Key AR and VR Benefits You Can Bring to Your Students Today

Before schools and postsecondary institutions can realize the value of AR and VR, they must address several practical barriers that often influence approval and implementation decisions.

One of the first concerns I hear from education leaders is cost.

Introducing AR and VR into a learning environment involves more than purchasing headsets. Institutions must also consider compatible devices, device management, software licences, content subscriptions, maintenance and ongoing support. For organizations operating within fixed budgets, it can be challenging to demonstrate immediate return on investment.

The most successful institutions take a phased approach, aligning investments with educational priorities and identifying opportunities where immersive learning can deliver measurable value.

Immersive experiences depend on a strong technology foundation. Reliable wireless connectivity, sufficient bandwidth, modern endpoints and effective device management practices all play important roles in the success of AR and VR programs. Schools with aging infrastructure may need to modernize key components before immersive learning can be deployed at scale.

As with any major technology initiative, planning the underlying environment is just as important as selecting the devices themselves.

Even the most innovative technology will struggle to gain traction if educators do not feel confident using it.

Many teachers immediately recognize the potential of AR and VR, but they often need support integrating these tools into classroom instruction. Professional development, curriculum alignment and ongoing coaching can help educators understand how to select appropriate content, manage immersive experiences and connect activities to learning outcomes.

In my experience, educator confidence is often the difference between a technology pilot that fades away and a program that delivers long-term value.

From improving experiential learning to aiding pathway programs, AR and VR can prove  beneficial in several ways, as described below.

One of the greatest strengths of AR and VR is their ability to transform abstract concepts into interactive experiences.

Rather than reading about a process or watching it unfold on a screen, students can explore environments, systems and procedures in immersive ways. Such experiences would otherwise be difficult or impossible to replicate in a classroom.

This approach aligns particularly well with programs such as Ontario's Specialist High Skills Major (SHSM), Alberta's Career and Technology Studies (CTS) and British Columbia's Youth TRAIN in Trade Program, where hands-on learning plays a central role.

When students can engage directly with concepts, learning often becomes more meaningful and easier to retain.

Student engagement remains one of the most important factors influencing educational success.

AR and VR naturally encourage participation because they place learners at the centre of the experience. Students become active participants rather than passive observers.

I've seen how immersive learning can spark curiosity, particularly among learners who respond well to visual or hands-on instruction. When paired with clear learning objectives, these technologies can help students better understand how classroom learning connects to future educational pathways and career opportunities.

For many students, that real-world connection makes all the difference.

Canada continues to face growing demand for skilled trades professionals, making career-connected learning increasingly important.

However, providing students with access to authentic job sites and equipment can be difficult due to cost, safety requirements, scheduling challenges and resource limitations.

Virtual reality offers a practical solution.

Using immersive simulations, students can explore construction sites, manufacturing facilities and transportation environments in safe, controlled settings. They can develop familiarity with workplace procedures, investigate complex systems and build confidence before participating in hands-on training.

VR cannot replace real-world experience, but it can help students arrive better prepared when those opportunities become available.

Healthcare pathways represent another area where immersive technologies can provide significant value.

Clinical placements, labs and real-world training opportunities are often limited, making it difficult for students to gain repeated exposure to important scenarios.

AR and VR can supplement these experiences by allowing students to practice patient interactions, visualize anatomy in three dimensions and develop situational awareness in realistic environments.

One example comes from the University of New Brunswick's Moncton campus , which integrates VR simulations into its health programs and delivers more than 100 immersive scenarios annually. These simulations are paired with structured debriefing sessions that reinforce learning and support clinical decision-making.

When used alongside traditional instruction, immersive learning can help strengthen student understanding and increase confidence before entering clinical environments.

Not every student has equal access to specialized facilities, field placements or workplace learning opportunities.

Geography, local resources and community partnerships can all influence the experiences available to learners.

This is where AR and VR can play an important role.

By creating consistent digital experiences, schools can provide students with exposure to environments and opportunities that might not otherwise be accessible. This can be especially valuable for rural, remote or underserved communities where physical access to specialized learning experiences may be limited.

What I find particularly interesting about AR and VR is how naturally they align with many of the priorities already guiding Canadian education systems.

These technologies support:

• Inquiry-based learning
• Problem-based learning
• Experiential learning
• Career-connected learning
• Digital fluency development
• Competency-based education

The most successful implementations start with a learning goal and then identify where immersive technologies can strengthen the experience. The focus should always remain on pedagogy first and technology second.

That principle has not changed throughout my career and I don't expect it to change anytime soon.

The conversation around AR and VR is no longer about whether immersive technologies have educational value. Increasingly, the focus is on how institutions can adopt them in a sustainable and effective way.

With extensive experience supporting Canadian K12 and higher education, CDW delivers end-to-end AR/VR solutions backed by educational expertise, technical knowledge and a broad partner ecosystem. From planning through long-term support, we help institutions create engaging, immersive learning experiences with confidence.

Here’s what we can help you with:

• Planning and strategy: Develop an AR/VR roadmap based on your learning objectives.
• Solution design: Identify the right hardware, software, content and supporting technologies.
• Procurement: Source leading AR/VR solutions from trusted technology partners.
• Deployment: Prepare infrastructure, configure devices and support implementation.
• Professional learning: Equip educators with the training and resources needed for successful classroom integration.
• Lifecycle support: Provide device management, maintenance, warranties and refresh planning.
• Funding and procurement guidance: Help navigate purchasing options and funding opportunities.
• Ongoing support: Deliver technical expertise to help your AR/VR program grow and succeed.

With the right strategy in place, immersive learning can move from an exciting idea to a practical tool that helps students explore, discover and prepare for what comes next.