A comprehensive task management application designed to streamline productivity and organization. It features a built-in calendar for adding tasks and deadlines, as well as a focus mode that utilizes the Pomodoro study method to enhance concentration. Users can also organize their tasks by category and quickly jot down notes in a dedicated section, making it a versatile tool for managing both academic and personal projects.
A Java application simulating subway screens with real-time train data, rotating ads from a MySQL database, and daily weather updates from the OpenWeatherMap API. Built with Java Swing, it features a responsive interface and supports various media formats, refreshing ads every 10 seconds.
The Schulich UAV website provides an overview of the Schulich School of Engineering's unmanned aerial vehicle (UAV) team and their projects. It features sections on the team's mission, the technology behind their drones, and the competitions they participate in. The site highlights current team members, sponsors, and project updates, offering visitors insight into the team's accomplishments and goals. With a modern design and easy navigation, the website showcases the innovative work being done in the field of UAVs at Schulich.
A robust Java application designed to efficiently manage and organize disaster victim data, enabling streamlined tracking of personal information, medical records, and relief efforts during emergencies. The system utilizes SQL for secure data storage and retrieval, while supporting command-line arguments for simplified user input and operations.
This project involves designing and developing a database management system for a museum to organize and manage its collection of art objects and exhibitions. The database is structured to store detailed information about art pieces, artists, exhibitions, and collections, including types of art (paintings, sculptures, etc.), acquisition status, and exhibition history.