Building an AI-driven ERP platform for the construction industry, focusing on procurement module analysis to streamline decision-making processes. Utilized React, Node.js, and TypeScript to build dynamic, scalable frontend and backend components. Managed Redux for handling and optimizing large-scale data management within the application, ensuring smooth state handling across complex user interfaces. Developed and optimized APIs for efficient communication between microservices, ensuring scalability and performance. Leveraged Redis for caching and improving the speed of data retrieval. Created automated workflows for generating invoices and PDFs, enhancing operational efficiency for clients. Integrated AI models to analyze procurement data and provide actionable insights to improve cost and time efficiency. Maintained and wrote comprehensive test suites with Jest to ensure the reliability and performance of the system.

Developed a job platform using React.js for a dynamic, responsive user interface. Collaborated closely with designers and back-end developers to deliver a cohesive and scalable solution. Leveraged tRPC for seamless, type-safe API integration between the front-end and back-end. Implemented efficient state management and UI logic to ensure smooth user experience and high performance.

Developed a marketplace platform for cryptocurrencies using React, Redux, and Node.js, enabling users to manually create buy and sell offers. Migrated the codebase from JavaScript to TypeScript, improving code maintainability and type safety. Enhanced the application's scalability by refining API calls and reducing server load. Implemented performance optimizations, including lazy loading, memoization, and efficient state management, resulting in a faster and more responsive application.