Objective

To develop an Augmented Reality (AR) application that allows engineering students to visualize mathematical and engineering formulas in 3D space, interact with them dynamically, and gain a deeper understanding of concepts through immersive learning.

Key Features

Student Panel:

• Select formulas or equations from a preloaded library

• View formulas as interactive 3D AR models using device camera

• Rotate, zoom, and manipulate formula components in real-time

• See graphical representations of formulas (e.g., graphs, vectors, forces)

• Overlay formulas on real-world objects for contextual learning

• Save favorite formulas and annotations

• Capture snapshots or record AR sessions for later reference

Teacher Panel (Optional):

• Upload new formulas with AR-compatible metadata

• Create step-by-step AR tutorials for complex formulas

• Monitor student interaction and engagement with AR visualizations

 Admin Panel:

• Manage users (students & teachers)

• Approve AR content uploaded by instructors

• Monitor app usage and engagement metrics

• Generate reports on most visualized formulas

Tech Stack

Workflow (Step-by-Step)

1. User Registration & Login

• Students register/login securely

• Access dashboard with AR formula library

2. Formula Selection

• Browse formulas by subject or topic

• Select a formula to visualize in AR

3. AR Visualization

• Formula appears as a 3D model in real-world space via camera

• Interact with model: rotate, zoom, split components, or animate formula components

4. Graphical Representation

• Visualize dynamic behavior, e.g., vectors, motion diagrams, or graphs

• Adjust input parameters to see real-time effect on formula outputs

5. Saving & Sharing

• Save annotated formulas in personal dashboard

• Capture screenshots or record AR sessions

• Share with peers for collaborative learning

6. Teacher & Admin Features

• Upload new AR-enabled formulas with metadata

• Monitor student usage and interaction

• Approve new AR content and manage library