Invoice Billing and Customer Management System (https://amberbills.in/). Spearheaded development using React.js and C# (.NET Core). Implemented user authentication, email verification (SendGrid), user access control, multi-item cart, flexible invoice updates, Excel data conversion, trial plan management, automated email verification workflow, real-time dashboard, and secure file upload. Libraries: React JS (Bootstrap, yup, formik, react-bootstrap, xlsx, chart.js, axios), C# (Dot Net Core) (Dapper, DapperContrib, AutoMapper, IText).

Led development of 'Amber CRM' using React.js and C# (.NET Core). Revolutionized customer management with advanced tools. Achievements include streamlined lead-to-quotation process, productivity insights through visualizations, secure data handling, efficient task allocation, automated follow-ups, real-time analytics, and data-driven decision-making. Libraries used: React JS (Bootstrap, yup, formik, react-bootstrap, chart.js, axios), C# (.NET Core) (Dapper, DapperContrib, AutoMapper, IText). Redefined CRM practices for efficient lead management, conversions, and employee performance tracking.

1. Kitchen Management: Developed feature for kitchens to create daily menus and manage items efficiently. 2. Ordering and Menu Selection: Designed browsing system for users to view and select menus from different kitchens. 3. Item Management and Customization: Implemented robust backend system for kitchens to manage items and frontend components for user customization. 4. Security Measures: Implemented checks for ordering from single or multiple kitchens and server-side logic for enhanced user experience. 5. Bid Management: Engineered bid creation mechanism with database operations for kitchens to review and respond. 6. Authentication and Verification: Integrated SendGrid for email-based authentication and Twilio's API for OTP verification, ensuring user security. "Ghar Ka Khaana" project offers a versatile platform for kitchens to manage offerings, users to make tailored orders, and seamless security integration.

1. Tour and Location Management: System for managing tours and organizing by location. 2. Location-Based Data: Structure to store tour locations and associate with coordinates. 3. Audio Content: Upload and manage audio content for tours. 4. C# Technologies: Utilize EF Core and Dapper for data access, implement filtering, and querying. 5. Image Upload: Integrate ImageSharp for image uploads and association with places/tours. 6. React JS and Audio Player: Develop user-friendly front-end with basic audio player. 7. Google Authentication: Implement Google authentication for secure user access. 8. Map Integration: Integrate maps for visualizing tour locations with markers. 9. Flutter Mobile App: Develop mobile app for accessing tour details and audio content. 10. Stacks Used: Project involves C# (EF Core, Dapper), React JS, and Flutter. Each contributes to backend/frontend development and mobile app. Comprehensive project covering backend/frontend tech, data management, audio, geolocation, and mobile app development.

Efficient data management with robust backend using EF Core and Dapper. User segmentation into 'Assignee' and 'Medie.Customer' categories for precise data handling. Streamlined appointment booking with simplified scheduling and intuitive interface. Led end-to-end development with seamless data handling. Secure user authentication system for data security. Dynamic frontend with React JS for interactive interfaces. Role-based access controls for sensitive data protection. Effortless location identification for nearby medical services and vaccination centers. Responsive design ensures accessibility across devices.

Intuitive frontend using React JS for school directory. Robust backend framework for efficient student data management. Dynamic interface for telecallers to manage applications and enquiries. Features for customized school and course inquiries. Visa tracking mechanism for administrators. Role-based access control ensures data privacy. Reporting tools for insights and analytics. Responsive design for seamless experience across devices. User-friendly interfaces for efficient task performance. Multi-tier data storage for data integrity and optimized performance.