A high-performance, motion-driven technical showcase demonstrating modular frontend design and responsive UX best practices.
While many personal websites serve as static resumes, I wanted to build a platform that serves as a live, functional demonstration of frontend engineering best practices. The primary technical challenge was delivering a highly interactive, animated experience without compromising on page load speed, accessibility, or core web vitals.
Engineered a decoupled, data-driven Next.js App Router structure where content schemas remain separated from the rendering layer. Developed custom React hooks for responsive, throttle-controlled scroll tracking and built a highly optimized canvas-based ambient background system that automatically respects system-level accessibility settings, such as prefers-reduced-motion.
A functional, highly optimized frontend showcase. It demonstrates production-ready implementations of canvas-based animations, fluid layout transitions, and strict responsive design, while maintaining semantic HTML structure and responsive page performance.
Built on Next.js 16 with App Router for optimal performance. Integrates a custom dark/light theme switcher using a blocking inline script to eliminate unstyled theme flashing (FOUC). Framer Motion powers complex animations, scroll-triggered reveals, and page transitions. All animations respect system-level preferences to reduce motion for accessibility.
Scroll-linked parallax, orchestrated section reveals, and physics-based interactions create a living interface that responds naturally to user input.
Layered transparency effects with backdrop blur, subtle borders, and controlled opacity for depth without visual clutter.
A custom, blocking-script-backed floating dark/light mode switcher that persists theme selections without unstyled flashes (FOUC).
Semantic HTML, keyboard navigation, ARIA labels, and reduced-motion support ensure the site works for everyone.
Established styling guides, visual components, and content models.
Implemented modular Next.js architecture, base themes, and data-driven rendering.
Added interactive canvas elements, physics mouse tracking, and micro-animations.
Completed performance tuning, responsive styling audits, and accessibility validation.