Abhishek Desai

Migrated the codebase from a monolithic repository to a modular micro-app architecture with subdomain-based routing, enabling simpler deployments and improved maintainability. Integrated CI/CD, bundle splitting, and lazy loading for optimal performance.

Developed a robust reporting module for a ticketing application using Material-UI, Data Grid, and Chart.js, featuring drilldown tables, custom sorting, infinite scroll, and virtualization for a seamless user experience.

Automated the release process for a private package library with Semantic Release, eliminating manual versioning and changelog generation.

Created an icons library supporting both React and React Native component generation from a single asset file, streamlining the design workflow.

Built a multi-theme setup for the component library, enabling seamless use of components across multiple themes.

Designed and maintained the Oxygen Design System, building scalable, reusable UI components for web and mobile applications to ensure design consistency and quality.

Integrated Prettier and ESLint into the CI/CD pipeline, improving code consistency and reducing linting issues by 40%.

Optimized the Oxygen theme library's hashing algorithm, reducing build times by 5% and bundle size by 10% for faster deployments.

Researched and planned the migration from a monorepo to a component-driven or micro-frontend architecture, supporting scalable growth.

Automated interactive template creation with a configurable panel, reducing template creation time by 70%.

Reduced Carwale's CSS bundle size by 10% by transitioning from pseudo-classes to the Oxygen theme library, improving site efficiency.

Developed React Native UI components for the Oxygen library and increased snapshot test coverage to 80% for higher reliability.

Migrated CarTrade's New Cars pages from PHP to C# (CSHTML, CSS, JS, and jQuery), resulting in better performance and maintainability.

Created interactive templates—such as video wallpapers, split-screen layouts, and celebration slugs—using HTML, CSS, and JavaScript, ensuring compatibility across desktop, mobile, Android, and iOS with robust tracking features.