Chandan GM

Project 01: Toronto General Hospital (Healthcare Domain) Infosys Client

React JS Developer – 1.3years (Apr-2024 to Present)

Responsibilities:

• Project Overview – Developed a hospital management system using React.js for the frontend and [backend technology, e.g., Node.js].
• Core Features – Implemented patient registration, appointment booking, doctor profiles, and medical records management with real-time updates.
• State Management – Used Redux/Context API for efficient state management across components.
• API Integration – Integrated RESTful APIs to fetch and update hospital data dynamically.
• Authentication & Security – Implemented JWT authentication for user roles (Admin, Doctor, Patient) and secured patient data using OAuth and encryption.
• UI/UX & Performance – Designed a responsive UI with Material-UI and optimized performance using lazy loading and memorization.
• Tools Used: React JS, Redux, TypeScript, HTML, CSS & Tailwind CSS

• Built a dynamic e-commerce platform using React.js, with routing also providing a seamless shopping experience with a responsive UI.
• Implemented key features such as product listing, search, filters, cart management, and checkout process with real-time updates.
• Participating in user requirement sessions to gather business requirements.
• Managed state efficiently using Redux Context API for smooth user interactions and data handling.
• Tools Used: React JS, Redux, TypeScript, HTML, CSS, Bootstrap

• Developed a responsive banking application using React.js, ensuring a seamless and user-friendly interface.
• Implemented core banking features like account creation, balance check, fund transfers, transaction history, and bill payment.
• Managed state efficiently using Redux/Context API for smooth user interactions and real-time data update.
• Optimized UI & performance with lazy loading, API, and modern design using Material-UI for better UX.
• Tools Used: React JS, Redux, TypeScript, HTML, CSS, Material UI, RTL

• Build and maintain responsive, user-friendly interfaces using React.js.
• Consume RESTful APIs or GraphQL to fetch and display insurance-related data (e.g., policy details, quotes, claims).
• Develop complex, dynamic insurance forms (e.g., quote forms, claims submission) using libraries like Formik or React Hook Form.
• Use Redux, Context API, or React Query to manage state across the app.
• Implement and maintain secure login/logout features using JWT, OAuth, or SSO (common in enterprise insurance portals).
• Tools Used: React JS, Redux, TypeScript, HTML, CSS, Material UI, RTL