In this article
As we celebrate National Technology Day on May 11, we dedicate this month at Codju to exploring the most exciting emerging technologies shaping our future. Today, let’s dive into Virtual Reality (VR) - a technology that’s not just changing how we play games, but how we learn, heal, and connect.
What is this technology?
Virtual Reality is a computer-generated simulation that immerses a user in an interactive, 3D environment. With the help of headsets, gloves, or even bodysuits, VR places you inside a digital world - whether it’s walking on Mars, conducting a virtual chemistry experiment, or standing in the middle of a historical battlefield.
The magic of VR is that it tricks your senses - sight, sound, sometimes even touch - into feeling like you are really “there.”
What are the main use cases?
VR’s use cases are exploding across industries:
- Education: Virtual field trips, 3D anatomy lessons, immersive language learning.
- Healthcare: Surgical simulations, PTSD therapy, pain management.
- Entertainment: Gaming, virtual concerts, immersive cinema.
- Architecture & Design: Walkthroughs of buildings before they’re built.
- Training & Workforce Development: Military drills, factory training, pilot simulations.
A striking example: During the pandemic, doctors were trained in COVID-19 ICU protocols using VR simulations, reducing error and improving preparedness.
Who are the early adopters?
While gamers were the first enthusiasts, VR has now been embraced by:
| Sector | Organizations | Use Case |
|---|---|---|
| Medical Institutions | Stanford Medicine, Mayo Clinic | Surgical training, therapy |
| Global Companies | BMW, Boeing, Walmart | Training and design |
| Educational Institutions | Universities and schools | Immersive learning |
| Military Organizations | Defense departments | Mission simulations |
Countries like South Korea and Finland are exploring VR classrooms at a national scale.
How can teachers and students learn this?
The best way to start is to experience VR firsthand - even a simple Google Cardboard with a smartphone can introduce students to immersive content.
Like Google Expeditions for virtual field trips
Using tools like CoSpaces or Unity
Design and impact of VR in technology classes
Foster curiosity about how VR works under the hood - from hardware design to 3D software.
Major websites and sources for learning
Here are some excellent places to begin:
- Google Arts & Culture VR - Virtual museum tours.
- Unity Learn - Free tutorials for making VR apps.
- CoSpaces Edu - Easy platform for students to build VR projects.
- VR First - Global network for VR research.
- Coursera VR Courses - Beginner-friendly online courses.
What are we doing at Codju
At Codju, we are passionate about preparing students for the future by introducing them to emerging technologies in the classroom. While we are not currently teaching VR, our vision is clear: we aim to equip students not just to use these technologies, but to understand, explore, and create with them.
We believe technologies like VR have the power to unlock imagination, deepen learning, and bridge access to extraordinary experiences - no matter where a child lives.
Join us this month as we explore 10 transformative technologies! Visit codju.com, follow me on LinkedIn, and check out our blogs on Medium to stay inspired. Together, let’s spark curiosity and shape the future.
Further Learning: Follow us this month as we break down 10 groundbreaking technologies! Visit codju.com, follow me on LinkedIn, and check out our blogs on Medium to stay inspired.
Let’s shape the future, together.
FAQ
Frequently Asked Questions
What is EdTech and how is it different from traditional education tools?
EdTech refers to technology-enabled learning systems, including apps, platforms, adaptive software, and AI-powered tools, designed to improve educational outcomes. Unlike traditional tools, EdTech can personalise learning, track progress in real time, and scale quality education. The most effective EdTech, like Codju's classroom system, combines curriculum, platform, and teacher support rather than delivering tools in isolation.
How should schools evaluate EdTech products?
Schools should evaluate EdTech on learning outcomes (not just engagement), data privacy, ease of teacher adoption, curriculum alignment, implementation support, and total cost of ownership. Pilot programs with measurable metrics are the most reliable evaluation method. Avoid vendors who only offer tools without structured pedagogy or teacher training.
Is EdTech effective for Indian school contexts?
EdTech can be effective when designed for local contexts, considering language diversity, infrastructure limitations, and teacher capacity. Platforms built specifically for Indian schools, with support for NEP 2020 alignment, tend to deliver better outcomes than generic global products. Codju is built entirely for the Indian school context — it runs in existing computer lab periods and is aligned with NEP 2020 and NCF 2023.
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