● AR (Augmented Reality):

Students can interact with concepts by scanning diagrams from study materials to view real-time animations, making abstract ideas more tangible. Example: Visualize the structure of DNA or chemical bonds in 3D

●VR (Virtual Reality):

Immersive VR experiences enable students to explore historical events, complex biological systems, or scientific experiments. Example: Walk through the human circulatory system or experience a volcanic eruption firsthand.

● Set Goals:

Students can define their learning objectives and revisit topics until they achieve mastery.

● Track Progress:

Built-in analytics track performance and provide insights into strengths and weaknesses.

● Carefully curated notes and study materials ensure students are learning the right content for exams.

● MCQs and Mock Tests:

Practice is centered around conceptual clarity, with instant feedback and detailed explanations to reinforce understanding.

● 3D Models:

Explore complex structures, like organs or molecular formations, with zoomable and rotatable 3D models for a hands-on experience.

● Video Lectures:

Topic-specific videos provide in-depth visual explanations for challenging concepts like genetics or physics principles.

EdXAR integrates multiple formats to cater to different learning styles:

● Handcrafted Study materials (Hardcopies):

For quick revisions and Faster but complete learning.

● PDF Notes:

For comprehensive theory and easy revision.

● Audio/Video Notes:

To learn on the go, perfect for reinforcing concepts through repetition.

● Gamified Learning in AR/VR:

Making complex topics engaging and enjoyable.

● Affordable pricing ensures every student has access to advanced learning tools.

● Cloud Storage: Access resources anytime, anywhere, without worrying about downloads.

● Adaptive Streaming: Seamless playback across devices, making it accessible to all.

EdXAR bridges the gap between theoretical knowledge and real-world application, ensuring students understand how concepts are applied in practice.

Example:

A physics simulation on EdXAR doesn’t just explain Newton's laws but shows how they work in real-life scenarios like car crashes or space exploration.