CompletedReactViteTypeScript+6 more
MATE
A High-Performance Progressive Web App (PWA) notes-sharing platform tailored to revolutionize how students consume and share study notes.
Timeline
Feb 2026 – May 2026
Role
Frontend & PWA Architect
Team
Solo
Status
CompletedTechnology Stack
React
Vite
TypeScript
PWA
Tailwind CSS
Shadcn UI
Framer Motion
Lenis Scroll
Vercel
Key Challenges
- Configuring Service Workers (vite-plugin-pwa) for seamless native offline install across iOS, Android, and Desktop
- Bespoke in-browser PDF rendering engine using @embedpdf without relying on native browser viewers
- Optimizing remote CDN manifest data fetching with local fallbacks for instant load times
- Integrating fluid micro-interactions, page transitions, and smooth scrolling with zero lag
Key Learnings
- Deep mastery of Progressive Web App (PWA) lifecycles and cache strategies
- Advanced frontend performance optimization with React and Vite
- In-browser document rendering techniques and memory management
- Building design systems with Tailwind CSS, next-themes, and glassmorphism aesthetics
MATE: A High-Performance Notes-Sharing PWA
Overview
MATE is a Progressive Web App (PWA) tailored to revolutionize how students consume and share study notes. Built from the ground up to feel fast, responsive, and premium, MATE has reached 5,000+ views and 500+ active users.
- Live URL: https://www.mateapp.tech/
- Timeline: Feb 2026 – May 2026
Technical Highlights
1. High-Performance Architecture
- Engineered a scalable frontend using React and Vite for fast Hot Module Replacement (HMR) and production builds.
- Implemented optimized remote CDN manifest data fetching with reliable local fallbacks for instant load times.
2. Progressive Web App (PWA)
- Configured Service Workers via
vite-plugin-pwaenabling native installation across iOS, Android, and Desktop. - Full offline support, asset pre-caching, and real-time network status tracking.
3. Custom In-Browser PDF Engine
- Integrated
@embedpdflibraries to build a bespoke in-browser PDF rendering experience. - Keeps students seamlessly inside the application without relying on generic browser viewer plugins.
4. Advanced UI/UX & Motion Design
- Structured with Tailwind CSS and Shadcn UI for a design system.
- Implemented micro-interactions and route transitions powered by Framer Motion.
- Added Lenis for smooth inertia scrolling.
- Dynamic light/dark theme switching with custom CSS variables and glassmorphism styling.
Impact & Traction
- 5,000+ Views
- 500+ Active Users
- Loved by students for its distraction-free reading experience and offline availability.