Kaven Muraleitharan

Built for COMP 1406 (Introduction to Computer Science II), this is a JavaFX application which simulates online web store functions.

This program applies Object-Oriented Programming principles to facilitate product organization and code reusability, significantly improving the program's readability and performance.

This program also employs the Model-View-Controller (MVC) design pattern to segregate the application's concerns, enhancing the project's scalability.

This application is a elementary scientific calculator, designed using Java Swing, a lightweight Java graphical user interface (GUI) toolkit. This calculator is not just a simple arithmetic tool, but it’s equipped to perform scientific computations, which may include functions like trigonometric calculations, logarithms, and exponential functions. The design of the calculator is based on object-oriented programming (OOP) principles.

One of the OOP principle it utilizes is inheritance, which allows it to derive new classes from existing ones, leading to a hierarchy of classes that share a set of attributes and methods. Another principle it employs is encapsulation, which involves bundling the data, and the methods that operate on this data, into a single unit called a class, thereby hiding the internal state of one object from other objects. This approach enhances its modularity, making the calculator robust and easy to maintain. Overall, this calculator is a prime example of how Java and OOP principles can be used to create a functional and efficient scientific calculator.

A user-friendly Android application, "Minesweeper Minima," with a clear objective to clear a 11x20 grid of tiles without triggering any of the 35 hidden mines.

The project uses an intuitive interface using Java and XML in Android Studio, ensuring in a positive user experience. The project also utilizes a Git version control system for tracking changes in codebase and ensuring project continuity.