This project is a game developed using Unity, where the player controls the main character to reach the princess while overcoming various obstacles along the way.

This project involves the development of a doctor data management website designed to streamline the scheduling and organization of medical professionals. The system allows administrators to efficiently manage doctors’ profiles, assign their working hours, and allocate consultation rooms. By centralizing this information in a user-friendly web interface, the platform enhances coordination within healthcare facilities, reduces scheduling conflicts, and supports better resource allocation for improved patient care.

Developed an online food ordering application using Flutter and Android Studio, allowing users to order food and have it delivered to their specified address.

This project develops a smart agricultural field monitoring system by integrating the ESP32-CAM module with computer vision technologies using OpenCV and the YOLOv3 object detection model. The system is designed to detect and track birds in real-time to help prevent crop damage caused by pests. By leveraging the lightweight and low-cost ESP32-CAM for image capture and wireless data transmission, and processing the visual data with YOLOv3 via OpenCV, this solution provides a real-time, efficient, and scalable monitoring tool for farmers. The system can also be connected to a web-based interface for live streaming and alert notifications, supporting precision agriculture and enhancing field productivity.

Designed and developed an online marketplace website using native PHP, focusing on custom backend logic, user authentication, and product listing features without relying on third-party frameworks

Performed maintenance and resolved bugs on a website for registration and scheduling of psychological consultations and therapy sessions, using Next.js and Tailwind CSS. Technologies used