Global E-learning Platform
Engineered the frontend of a large-scale education platform for 2.5 million+ learners.
Overview
Frontend engineering for an education platform serving more than 2.5 million active learners. The work centred on the Next.js and TypeScript application layer — component architecture, state management with Redux, motion design with Framer Motion — together with the performance work that brought load times down by 30%.
Problem
Serving 2.5 million active learners puts every frontend decision under load. Slow paint on the heaviest course routes and an inconsistent component model were costing engagement at exactly the moment a learner decides whether to keep going.
Approach
Rebuilt the application layer on Next.js and TypeScript behind a strict component contract, moved shared state into Redux with predictable selectors, and treated motion as part of the interface rather than decoration. The performance work went straight at the render path: bundle splitting, image strategy, and removing layout thrash on the routes that carried the most traffic.
Result
Load times improved by 30% and engagement rose 20% on the back of the UX changes — on a codebase 2.5 million active users now depend on.
Impact
2.5M+
active users
30%
improvement in load times
20%
Increased engagement by 20% through UX optimizations