Using augmented reality and virtual reality in the ultimate computer lab

Virtual and augmented reality are no longer just futuristic ideas. They are powerful instructional tools that give students access to learning experiences they would never be able to have inside a traditional classroom. In a previous post, I discussed creating the ultimate computer lab. This lab incorporated many educational technology tools to enhance learning, including a space for podcasting, 3D printing, and AR and VR. After reviewing research and reflecting on the needs of my own school community, I created a proposal recommending AR and VR integration for our Ultimate Computer Lab. The goal is simple: give students opportunities to explore, practice, and engage with content in meaningful and memorable ways.

One of the biggest reasons I support integrating AR and VR is the way they can transform learning across content areas. Research shows that immersive environments increase engagement and support deeper understanding because students are not only learning about concepts, they are experiencing them (Musaddaq et al., 2025). In STEM, VR allows students to participate in realistic science investigations and explore complex systems in safe environments. Students can practice technical and safety skills using VR simulations that mirror real world workplaces, which is especially important for students who may not have access to those experiences otherwise (Ismara et al., 2024). In language arts, AR and VR help students step into cultural settings, walk through locations connected to stories, and make stronger connections to texts. These experiences improve comprehension because students have the background knowledge needed to engage with complex material

In my proposal, I recommended three immersive tools that support these areas of focus. The first recommendation is VR science lab simulations that allow students to explore ecosystems and environmental changes. The second is VR technical training experiences that safely mimic real workplace tasks. The third is AR storytelling and cultural exploration activities that help students investigate settings connected to literature. These tools align with our curriculum and give students opportunities to learn in ways that feel authentic and relevant

The success of AR and VR depends on thoughtful implementation. In my plan, students rotate through VR headsets, AR tablets, and independent extension stations so every learner participates in hands-on activities. Teachers receive training, and students learn digital routines and safety expectations before beginning. AR apps can run on devices we already have, which makes them accessible even when headsets are limited. This combination makes immersive learning realistic and manageable within our school schedule.

Integrating AR and VR into our Ultimate Computer Lab has the potential to expand student access, support career readiness, and provide equitable opportunities for all learners. These tools strengthen engagement and help students apply knowledge in ways that build confidence and curiosity. I believe AR and VR offer meaningful value, and I am excited to continue exploring how they can enrich our instructional practice

Let’s continue to imagine what our classrooms can look like when immersive learning becomes part of everyday instruction

References

Ismara, K. I., Supriadi, M., & Al Mubarok, S. A. (2024). Enhancing basic electrical safety of heavy equipment in Indonesian vocational schools using virtual reality technology. IEEE Access, 12, 117899–117907. https://doi.org/10.1109/ACCESS.2024.3447589

Musaddaq, A., Akhtar, S., Rasool, K., Filipovic, D., Iftikhar, A., & Stuckler, D. (2025). Using immersive augmented reality or virtual reality in a classroom is as effective as traditional classrooms in higher education. Journal of Higher Education Theory and Practice, 25(1), 153–167. https://doi.org/10.33423/jhetp.v25i1.7571