Treffer: Smart campus ecosystem

In the era of digital transformation, educational institutions are increasingly adopting smart technologies to enhance efficiency, improve communication, and create sustainable and intelligent campuses. This paper presents the design and implementation of a Smart Campus Ecosystem using Python, the Django web framework, and SQLite as the backend database. The system aims to digitize and automate various campus operations such as attendance tracking, timetable scheduling, student-teacher communication, resource management, and environmental monitoring.The Smart Campus Ecosystem Website is an advanced digital platform designed to streamline and enhance the efficiency of educational institutions by integrating diverse services into a unified system. Developed using Python and frameworks like Django or Flask, this platform leverages cutting-edge technologies—including the Internet of Things (IoT), Artificial Intelligence (AI), Cloud Computing, and Data Analytics—to build a responsive and intelligent campus environment.The platform also supports intelligent scheduling, automated resource allocation for labs and classrooms, event notifications, as well as seamless exam and grade management—all contributing to a well-organized academic lifecycle.The proposed ecosystem is developed using Django, a high-level Python framework known for its scalability, security, and rapid development capabilities. Django’s Model-View-Template (MVT) architecture ensures clean separation of logic, data, and presentation. SQLite, a lightweight and serverless database, is used for data storage during development and deployment in small to medium-scale campus environments. It enables quick prototyping and offline access with minimal configuration, making it ideal for campus-wide systems running on local servers or intranets.