Interactive visualizations exploring the beauty of mathematics through code
BS Computer Science & Mathematics • Northeastern University • Preparing for MS Scientific Computing at NYU
Mathematical visualizations demonstrating computational techniques and numerical methods
GPU-accelerated fractal exploration with WebGL shaders. Features smooth coloring, deep zoom capabilities, and real-time interaction at 200+ FPS.
Animated visualization of the golden ratio, Fibonacci sequences, and mathematical spirals. Demonstrates the intersection of number theory and geometric beauty.
Real-time 3D plotting with Three.js. Interactive camera controls, multiple mathematical functions, and smooth surface rendering.
Hi! I'm a computer science and mathematics graduate from Northeastern University, passionate about computational mathematics and scientific computing. This portfolio showcases my exploration of mathematical concepts through interactive visualizations.
Each project demonstrates key concepts in numerical analysis, algorithm design, and real-time computation. I'm currently preparing for my Master's in Scientific Computing at NYU (Fall 2026), where I plan to focus on high-performance computing and numerical methods.
All visualizations are built from scratch using modern web technologies, with a focus on performance optimization and mathematical accuracy.