- Emergency Vehicle Priority Traffic Signal System
Python | Tkinter | Multithreading | Event-Driven Programming
• Engineered a real-time traffic signal simulation system handling multiple intersections and directions with precise, thread-safe control of traffic light cycles.
• Developed an emergency vehicle priority mechanism that dynamically overrides normal traffic signals to ensure rapid passage for emergency vehicles.
• Designed and implemented an intuitive GUI dashboard with Tkinter, providing live visual updates on signal states and enabling manual emergency triggers.
• Applied advanced concurrency techniques to manage simultaneous signal operations and emergency event handling seamlessly.
• Created modular, scalable code architecture to facilitate future integration with AI-powered emergency vehicle detection and smart city infrastructure.
- WEB SCRAPING USING PYTHON
Python | BeautifulSoup | Requests | Pandas | Data Automation
Created a Python tool to automatically collect data from websites like job portals, e-commerce platforms, and news sites.
Used Requests and BeautifulSoup to pull and parse web content, targeting specific information like product names, prices, or job listings.
Organized the scraped data with Pandas, making it clean, structured, and ready for use in reports or dashboards.
Handled challenges like multi-page navigation, slow-loading sites, and anti-bot protections using smart headers, retries, and session handling.
Made the code modular and reusable, so it’s easy to adapt for scraping different sites or new types of data in the future.
- My Portfolio Project
This portfolio serves as a digital showcase of my skills, projects, and professional journey. Designed with a focus on responsiveness and user experience, it provides an interactive space for potential employers and collaborators to explore my work.
Technologies used:HTML,CSS,JAVASCRIPT
- LIBRARy MANAGEMENT SYSTEM
A Library Management System (LMS) is designed to streamline the organization, management, and tracking of books in a library. It automates various operations such as book issuance, returns, cataloging, user management, and fine calculation. This system improves efficiency, reduces manual errors, and enhances accessibility for both library staff and users
Python | SQLite | Tkinter | OOP Concepts
Built using Python with a Tkinter-based GUI to make the interface user-friendly for librarians and admins.
Implemented core features like adding/updating books, registering members, issuing and returning books, and tracking due dates.
Used SQLite as the backend database to store all book, member, and transaction records reliably.
Applied object-oriented programming to organize the system into manageable, reusable components.
Focused on clean architecture and future scalability, making it easy to extend with features like fine calculation or barcode integration.
- AMERICAN SIGN LANGUAGE RECOGNISATION USINH MACHINE LEARNING
- INDUSTRIAL TOUR PLANNING SYSTEM
