🤖 TripGenie (Paris Travel Chatbot) 🌍

The Paris Travel Chatbot is an interactive web application that assists travelers in planning their itinerary for a trip to Paris. Built with Python and PyTorch, this chatbot uses natural language processing (NPL) to understand user queries and provide helpful responses related to sightseeing, food-finding experiences, transportation, shopping, and cultural events.

Learning Outcome 📚

• Natural Language Processing: Gained insights into processing user input and generating relevant responses using NLP techniques.
• Machine Learning: Developed an understanding of training models for intent recognition using PyTorch and neural networks.
• Data Management: Managed intents and patterns from a JSON file to provide dynamic responses based on user input.
• User Interaction: Designed a conversational interface that enhances user engagement and simplifies travel planning.
• Debugging Skills: Improved problem-solving skills by debugging and optimizing the chatbot’s response accuracy.

Check the readme for more.

💵 Bill Splitz ✂

Bill Splitz is a dynamic web application built using React that helps users efficiently split bills among friends. The app allows users to add friends, track balances, and divide expenses with ease. Whether someone owes you or you're settling a shared bill, Bill Splitz simplifies the process by calculating each person's share and updating balances in real time.

Learning Outcome 📚

• State Management: Gained in-depth understanding of managing and updating state using React's useState hook.
• Conditional Rendering: Developed logic for rendering different UI elements based on state, such as friend selection and split-bill form visibility.
• Component Reusability: Created modular components, such as the button, form, and friend list, to ensure scalability and maintainability.
• Dynamic Data Handling: Used dynamic props and state updates to manage real-time data, such as friend balance and split-bill calculations.
• Form Handling: Implemented controlled components for managing form inputs and data submission, enhancing the user interaction experience.

Check the readme for more.

🍕 Pizza Haven 🍴

A simple pizza ordering app built with React that showcases a list of pizzas available at Pizza Haven. The app features a menu with item descriptions, prices, and availability. Users can see which pizzas are sold out and when the restaurant is open, with a button to place an order during open hours.

Learning Outcome 📚

• React Framework: Gained hands-on experience with React components, JSX, and props.
• Dynamic Rendering: Implemented conditional rendering for sold-out pizzas and restaurant opening hours.
• State Management: Used state and props to manage and display pizza data dynamically across the app.
• Reusable Components: Created modular and reusable components like the menu, pizza items, and order buttons.
• UI Development: Enhanced the UI with dynamic class handling for better user experience and visual feedback.

Check the readme for more.

🎰 SpinAndWin 💰

A simple yet thrilling slot machine game built using Python, where users can deposit money, place bets, and spin to see if they hit the jackpot. The game simulates a slot machine with multiple paylines and various symbols, providing an engaging and interactive experience.

Learning Outcome 📚

• Python Proficiency: Gained deeper knowledge of Python's data structures and control flows.
• Algorithm Design: Developed algorithms for betting logic, spin results, and winning line detection.
• Randomization Techniques: Utilized Python's random module for simulating slot spins and outcomes.
• Code Modularity: Followed modular coding practices, making the game scalable and maintainable.

Check the readme for more.

🚘 Car Rental Project 🚗

Presenting FPG4 Car Rentals, your go-to destination for effortless car browsing, secure rentals, and easy cancellations, all wrapped up in a user-friendly online platform.

A car rental website where users can log in, browse a list of available cars for rent with images, descriptions, and prices, and request to rent or cancel rental requests for specific cars while being able to log out and sign up as well. This project was created through the use of HTML, CSS, JS and Node.js as the backend server.

Learning Outcome 📚

• Website Development Proficiency: Successfully designed and created a dynamic car rental website by leveraging HTML, CSS, and JavaScript, showcasing competence in front-end web development.
• Full-Stack Integration: Demonstrated the ability to seamlessly integrate both front-end and back-end components by utilizing Node.js as the backend server, enabling a fully functional and responsive user experience.
• User Registration and Authentication: Implemented user registration functionality using cookies, showcasing adeptness in managing user sessions and securing user information.
• Error Handling and Robustness: Skillfully implemented error handling mechanisms to manage and respond to invalid URLs, ensuring a smooth and user-friendly browsing experience.
• Client Data Validation: Applied best practices in client-side data validation to enhance user interactions and ensure that inputs are accurate and appropriate.
• Backend Functionality with Node.js: Employed Node.js to facilitate server-side operations, enabling HTTP requests and utilizing Filesystem capabilities for efficient data reading and analysis.

Check the readme for more.

🎲 Hundred Number Game 💯

An engaging Pig Game where players roll dice, accumulate points, and aim to be the first to reach 100 points to win!

A fun and interactive web-based dice game where players take turns rolling dice to accumulate points, strategically decide when to 'Hold' their current score, and aim to be the first to reach 100 points to claim victory.

Learning Outcomes 📚

• Proficient in HTML, CSS, and JavaScript: Employed event listeners, loops, conditionals, and functions to create a captivating web-based game.
• DOM Manipulation: Demonstrated expertise in DOM manipulation for dynamic updates and smooth user interactions.
• Logical Thinking and Algorithms: Applied logical thinking and algorithms to implement the game rules and mechanics effectively.
• CSS Styling and Animations: Utilized CSS styling and animations to craft an engaging and visually appealing user interface.
• Modular Coding Practices: Embraced modular coding practices, ensuring maintainability and code reusability.

Check the readme for more.

🔢 Number Guessing Game 🎲

A basic but entertaining Number Guessing Game written in JavaScript, HTML, and CSS. This project is my first step into the realm of JavaScript programming, and it illustrates the fundamental ideas I've learned thus far.

The Number Guessing Game is a single-page web application where the user tries to guess a randomly generated number between 1 and 20. With each attempt, the game provides hints, guiding the user closer to the correct number. Challenge yourself to find the number with the fewest attempts and beat your own highscore!

Learning Outcome 📚

• Front-End Web Development: Gained hands-on experience in building a responsive and interactive web application using HTML, CSS, and JavaScript.
• Event Listening: Became proficient in using event listeners to respond to user interactions, such as button clicks and form submissions, to trigger specific actions in the application.
• Loops and Conditionals: Leveraged loops and conditional statements to implement the game logic, handle user inputs, and provide hints during the number-guessing process.
• DOM Manipulation: Deepened understanding of Document Object Model (DOM) manipulation, allowing dynamic updates of elements and user feedback.
• User Experience (UX): Focused on creating an intuitive and visually appealing user interface to enhance the overall user experience.

Check the readme for more.