In recent years, technology has become a driving force for change in education. Concepts such as Artificial Intelligence (AI), Virtual Reality (VR), and Augmented Reality (AR) are no longer unfamiliar—they are gradually becoming mainstream teaching tools in many countries. At the Education Vietnam 2025, these three innovations took center stage, reaffirming their role in shaping the future of learning and teaching.

The event not only showcased cutting-edge devices but also introduced practical classroom models, giving teachers, students, and parents the chance to directly experience new learning methods.

AI in Education

Personalized Learning Pathways
One of the exhibition’s highlights was the application of AI in education. AI can analyze each student’s learning data to recommend suitable lessons, materials, and approaches. Every learner can follow an individualized roadmap, optimized for their capabilities and interests.

At the booths of EdTech companies, many AI-powered Learning Management Systems (LMS) were unveiled. Teachers can easily track learning progress, while students receive instant support through AI chatbots or smart recommendation tools—clear evidence of the advancements in education technology in 2025.

Supporting Teachers and Classroom Management
AI doesn’t just benefit students—it serves as a powerful assistant for educators. Tools demonstrated at the exhibition could automatically grade assignments, detect errors, and suggest corrections. Some platforms even help teachers create lesson plans quickly, saving significant preparation time.

Additionally, AI systems can analyze classroom behavior, providing insights that allow teachers to adjust their methods. This marks an important step toward more dynamic and effective learning environments.

VR in the Classroom

Immersive Learning and Simulated Experiments
One of the most exciting experiences at the exhibition was the VR classroom demonstration. Students could wear VR headsets to embark on space voyages, explore history through vivid imagery, or conduct chemistry experiments in a safe, simulated environment.

These applications not only spark curiosity but also deepen understanding. In vocational education, VR enables medical, engineering, or aviation students to practice skills without real-world risks.

Reducing Costs and Expanding Access
VR also offers a cost-effective alternative to expensive equipment. Instead of investing in complex labs, schools can use VR kits to deliver similar experiences. This levels the playing field for rural or under-resourced institutions, providing equal learning opportunities regardless of location.

AR in Education

Blending Real and Digital Learning
Unlike VR, AR allows students to see both real-world objects and overlaid digital content through devices. For example, when studying human anatomy, students can use smartphones or AR glasses to visualize internal organs directly on a real human image.

This creates a vivid, hands-on learning experience, making complex concepts easier to grasp. Many EdTech startups at the Education Vietnam 2025 showcased AR applications for teaching math, physics, and languages—demonstrating its vast potential.

Empowering Creative Teaching
AR also helps teachers design more engaging lessons. Instead of simply presenting theory, educators can bring 3D models into the classroom. This active learning approach encourages greater student participation and collaboration.

Experiencing AI, VR, and AR Firsthand

The exhibition’s interactive zones allowed visitors to try out the technology themselves. Teachers attended trial classes equipped with smart boards, VR headsets, and AR-enabled teaching tools, while students enjoyed immersive virtual lessons.

Alongside these demonstrations, expert-led seminars explored topics such as “Will AI Replace Teachers?”, “VR/AR and Education Equity,” and “EdTech Trends 2025,” attracting significant public interest.

Benefits of AI, VR, and AR in Education

• Enhanced Learning Quality – Knowledge is delivered in engaging, practical, and accessible ways.
• Cost Efficiency – Reduces reliance on expensive infrastructure, enabling broader access.
• Personalized Experiences – AI tailors learning paths; VR/AR create adaptable learning environments.
• Soft Skills Development – Encourages critical thinking, creativity, and collaboration through interactive models.

Implications for Vietnamese Education

The application of AI, VR, and AR at the Education Vietnam 2025 was not just about showcasing innovation—it also provided a strategic vision for the future of Vietnamese education.

When widely implemented, these technologies can help bridge regional gaps, improve training quality, and align with international standards. However, success will require coordinated investments in infrastructure, supportive policies, and teacher training.

Conclusion

The Education Vietnam 2025 offered a comprehensive look at the future of learning. More than just a display of products, it served as a platform to define the next wave of educational innovation, bringing Vietnam closer to global benchmarks.

The integration of AI, VR, and AR into teaching and learning promises a transformative shift—turning classrooms into creative, modern, and personalized spaces. This is the foundation for a generation of students ready to integrate globally and pursue knowledge without limits.