EduViz

What It Does

EduViz is an AI-powered tool that generates short, silent mathematical animations from text prompts. Designed specifically for educators and content creators, it transforms abstract math concepts into visual motion clips that can be embedded in slides, course materials, and existing videos.

Who It's For

EduViz serves math teachers, course creators, educational content producers, and anyone who needs to illustrate mathematical concepts through animation. It's built for educators who want to enhance their existing materials with professional-quality motion graphics without requiring animation expertise.

Key Features & Capabilities

• Prompt-to-Animation: Describe any mathematical concept in plain language and generate a corresponding animation • Wide Subject Coverage: Supports linear transforms, vector fields, Fourier epicycles, 3D surfaces, parametric curves, and recursive structures • Silent Clips: 8-10 second animations designed to drop seamlessly into existing presentations and videos • Mathematical Accuracy: Generates precise visualizations suitable for educational reuse • Download & Export: Export clips in 720p and higher resolutions for professional use • Single-Scene Focus: Each clip visualizes one specific mathematical moment or transformation

Typical Use Cases

EduViz excels at visualizing concepts that require motion to be understood: parameter changes (like varying coefficients in functions), geometric constructions (showing how shapes are built step-by-step), limits and approaches (secant lines becoming tangents), and vector relationships. The tool is particularly valuable for calculus instruction, linear algebra demonstrations, and geometry education.

What Makes It Different

Unlike full lecture animation tools, EduViz focuses on creating reusable, embeddable clips that complement your existing teaching workflow. Rather than replacing your slides or videos, it provides the specific mathematical motion moments that static diagrams cannot convey — showing how one state becomes the next through continuous transformation.