This has been one of my favorite projects to work on. It was a group project where we had to create a web platform for booking trips, activities and managing reservations. We used Node.js for the backend and PostgreSQL for the database.

The system allows the users to register and login, validating the role of each user and the permissions associated with their account. Admin users can create new roles specifically for certain things, giving specific permissions and showing only the UIs that the user needs, personalizing the experience for each role. Standard Client users can search for trips, activities and manage reservations. Admin users can manage the trips, activities and reservations. In the admin dashboard, the admin can download reports that are generated dynamically on PDF format, with information about the most popular services. This was done using JsReports.

This is an e-commerce website made specifically for the UCAB community, so that students can help each other by selling and buying products. It allows students to register, login and talk to sellers. To do this, we used a simple email verification system to verify that the vendors were in fact UCAB students.

Once you are logged in, you can browse and search for products. When you find a product you like, you can chat directly with the seller to ask questions or negotiate the price. This was done using Socket.IO for real-time communication. When the order is confirmed, the buyer can review the seller and leave a comment.

The system also allows the vendors to manage their products and orders, changing the product info when needed.

This is a web version of the classic Battleship game, with a futuristic theme. It can be played locally in multiplayer mode, opening two browser tabs, or in a tournament mode (up to 16 players) where players can compete against each other.

The game is played on a 10x10 grid, where each player has a fleet of 5 ships. The goal is to sink all of the opponent's ships before they sink yours. The game also features a power-up system, where players can collect power-ups to gain advantages over their opponents.

The game's frontend was made using pure HTML, CSS and JavaScript, with no frameworks or libraries. The backend was made using Node.js and Socket.IO for real-time communication between players.

The classic UNO game made in a Windows desktop application. We used Java and JavaFX to create this game, bringing our own style to it with the pixelated theme. We used Scene Builder to design the interface, and advanced data structures to create the game logic.

The game allows you to play against the computer, with a simple and intuitive interface. The game keeps track of the score that are saved in a JSON file, allowing you to load and continue your game whenever you want. You can see all the stats of all the players, including the leaderboards, in the stats section.

This is a Wizard-themed videogame that can be played in the Windows terminal. It features a turn-based combat system, where the player can choose from different spells to defeat the enemy.

The game was made using C++ and advanced data structures. Every user chooses a house and it gives you default spells. When you play, you earn points that you can exchange for new spells and objects. Also, there's a roulette where you can get random rewards.

The game features a leaderboard, where you can see the top players in the game. The animations are made from scratch using the Windows terminal, with the help of ASCII characters.

This was my first time working with APIs. It is a simple API project that allows you to post, edit, and get jokes from a MongoDB database. We used Node.js for the backend, and Express.js for the framework. We also created a variety of tests for each endpoint using Supertest.

For the documentation, we used Swagger UI, which is a tool that allows you to document your API in a very user-friendly way, it even gives you the option to run the tests for the endpoints directly from the documentation. It was a great experience to learn how to use it.

The project was dockerized so it can be run in any environment.