I developed a secure and scalable digital examination platform that manages multiple types of assessments within a centralized system. It supports controlled exams, automated evaluations, and role-based workflows while ensuring secure data handling and encrypted storage.

The system uses a server-controlled architecture for exam management, evaluation, and result generation, ensuring reliability, integrity, and secure access throughout the examination lifecycle.

A centralized digital platform designed to manage and distribute multiple forms of content including blogs, articles, videos, and short clips. The system operates on a single server architecture with secure multi-user access and role-based permissions. It supports controlled content upload, management, and distribution while maintaining structured access, secure data handling, and reliable performance. The platform can operate within restricted environments and supports offline or limited-connectivity deployment scenarios.

The Smart Parking Management System is a full-stack digital platform designed to help users easily discover, reserve, and manage parking spaces in real time. The system allows parking providers to register available spaces while users can search for nearby parking using geolocation services and make secure online bookings.

The platform includes role-based dashboards for users, parking providers, and administrators. It integrates secure authentication, real-time slot availability updates, digital payment processing, push notifications, and parking visualization features. Built with modern web technologies, the system uses a React frontend, Node.js and Express backend, and MongoDB for data management, ensuring scalability, security, and efficient performance.

The system aims to reduce urban parking challenges by providing an intelligent and reliable solution for parking discovery, booking, and management.