Persistent and Ordered Messaging System

MAUI assignment [Course: Event-Driven Programming]

EDP Project 2

Scraps sample job postings, inserts data into a DB, and uses the DB data to create a custom website.

A multi-stage guided tour with a replayable intro using Next.js and CSS. Optimized UI with React and TypeScript, used the IntersectionObserver API for dynamic reveals and counters, and built a responsive endless scrolling gallery using CSS keyframes and dynamic variables to enhance user engagement.

Backyard Flyer project from Udacity Flying Car Nanodegree

Aggregate multiple streams of different types in a single stream with an item type that is a tuple of the incoming stream items.

The Virtual ATM is a software-based ATM system that allows users to manage their bank accounts, perform transactions, and receive notifications.

This is a simple implementation of the classic UNO card game, developed using Java Swing and WindowBuilder. The project uses JFrame and other Java GUI components to create a playable and interactive user interface.

Naval Battle game made using Java, Javafx, css applying OOP, EDP concepts and serializable files to save the progress of the game.

Event-Driven Programming in Java

1618 Programming (Unit 3 BTEC Level 3) - personal submission source code

Snake Game: A classic implementation of the popular Snake game in Java using Swing. Control the snake, eat apples, and avoid collisions to win!

A Windows Forms–based sports jersey store built in the C#.NET Framework, featuring user login, brand/sport-based browsing, a persistent cart system, and database-backed order management.

Thread pool demonstrator of the ESC event framework

Repository documenting my completion of the Meta React Specialization (Coursera). Includes notes, projects, and certificates from both courses: React Basics and Advanced React. Successfully completed with maximum grades. Skills covered: React.js, hooks, state management, testing, API integration, and advanced component patterns.

Repository for the Prog3 exam's project, A.Y. 2017-2018.

Developed a Java-based e-store GUI application using event-driven programming to simulate inventory management, shopping cart functionality, and transaction logging.

This project is a graphical Tic Tac Toe game built using Java Swing for the user interface. It allows two players to play alternately on a 3x3 grid with real-time UI updates, win/draw detection, and game reset functionality. The project showcases foundational skills in GUI development, event-driven programming, and Java OOP concepts.