Matrix Calculator using C

Description: I have developed a matrix calculator program in the C programming language, which provides a user-friendly interface to perform various matrix operations. This project showcases my proficiency in C, as well as my ability to handle complex mathematical computations.

Features: Matrix Input: The calculator allows users to input matrices of various dimensions. Matrix Operations: Such a calculator can perform a variety of matrix operations, such as addition, subtraction, multiplication, determinant calculation, and transpose,inverse etc.

Car Game

Using C++

Features:

Gameplay:

The game provides a dynamic car racing experience, allowing players to control a car and compete against computer-controlled or other player-controlled cars.

Graphics:

It utilizes graphics libraries like SFML or other suitable libraries to render game graphics, including the racing track, cars, and various in-game elements.

User Input:

The player can control the car using keyboard inputs or other input methods, offering a responsive and immersive gaming experience.

Scoring:

The game may include a scoring system, time trials, or other challenges to make it competitive and engaging.

Game Physics:

The car's movements, collisions, and interactions with the environment are implemented using game physics principles for gameplay.

Money Convertor

Using HTML,CSS,JS

I have designed and implemented a currency converter web application using Python,HTML, CSS, and JavaScript.It provides a practical tool for users to convert between different currencies with up-to-date exchange rates.

Features:

User Interface:

The web application offers a clean and user-friendly interface where users can select source and target currencies, enter the amount, and view the converted amount.

Currency Selection:

It includes a dropdown menu or a list of currency options, often populated with up-to-date exchange rate data from an API or database.

Real-time Conversion:

The application utilizes JavaScript to fetch the latest exchange rates from a reliable source and perform real-time currency conversion.

Error Handling:

The converter includes error handling to manage invalid input and ensure a smooth user experience.

Responsive Design: The project is designed to be responsive, adapting to different screen sizes and devices.

Student Assistant Application

Using JAVA

Description: I have developed a student assistant application in Java, aimed at improving the academic experience for students and educators. This project showcases my proficiency in Java programming and my ability to create practical software tools.

Features:

User Profiles: The application allows users to create and manage profiles, differentiating between students and educators.

Task Management: It includes features for students to organize and manage their tasks, assignments, and deadlines.

Grade Tracker: Students can input and track their grades, calculate GPA, and monitor their academic progress.

Resource Repository: It may include a repository for educational resources, where educators can upload materials and students can access them.

Performance Analytics: The application provides analytics and insights into a student's academic performance, helping students identify areas for improvement.

Database: I have used a database system (such as MySQL or SQLite) to store user profiles, tasks, grades, and other data. User Interface: Java Swing or JavaFX is used to create a graphical user interface (GUI) for users to interact with the application.