I'm a self-taught game developer with a focus on making stylized, casual and fun games. I publish games under the name Eagle Studio (just me tho) through different platforms such as Steam, Google Play Store and Itch.io.
Apart from game development, I have a strong background in software engineering, with experience in backend development, database management, and frontend development. Though I'm more proficient in the back/DB side of things, I also like crafting minimalist UI.
When I'm not coding or developing games, I enjoy tunning my fixie, watch rally racing, playing video games, repeating Ghibli movies, listening to EDM and brainstorming new game ideas.
Everything I've developed started as end-of-semester projects, game jams, ideas for game mechanics, or an excuse to try something new.
Wrap Around It! is a precision-based physics puzzler where your rope dances through danger. Using only the tip, you must carefully manipulate your rope around the environment—looping around pivots to shorten your path, straighten your line, or dodge perilous traps.
Made in 4 days for the 2025 GMTK Jam.
Shapes 2.0 is a reboot of my first mobile game, Shapes. It features new graphics, sound effects and gameplay loop improvements. As shapes descend from the top of the screen with ever-increasing velocity, it's up to the player to swiftly rotate the base to align the corresponding hole with the incoming shape.
Undermaze is a top-down dungeon crawler where you navigate procedurally generated mazes, while collecting keys, avoiding traps and trying not to crash into walls. The game has two game modes: Clockwork (Timed) and Endless. I had the idea after making a maze generator as a university project using a Recursive Backtracker (Randomized DNF) and the Hunt-and-Kill algorithm.
Currently on hold, as I work on other projects.
Web application for managing academic records, including students, teachers, classes, subjects, courses, grades, timetable, enrollments, and more. Developed using Java with Spring Boot for the backend, JPA for database interactions, MySQL as the database, and a frontend built with Vue.js and Vuetify. Docker Compose was used for containerization and deployment.
Mobile application using Google's Machine Learning Kit (ML Kit) for instant units conversion through OCR (Optical Character Recognition). Built with Flutter and Dart, it supports various unit categories such as length, mass, temperature, volume, area, speed, time, and more. The app captures text via the device's camera, recognizes units and values, and performs conversions on the fly. Ideal for students, engineers, and professionals needing quick unit conversions.
Web application for managing purchases and sales. It allows you to track inventory, process transactions, and generate reports. Developed in Java using the Spring Boot framework, MySQL for the database, and a frontend built with Angular and Bootstrap. Passwords are hashed using SHA256 for security.
This project involved creating a portable ECG device using an Arduino Uno and an AD8232 heart rate monitor sensor. The ECG data is displayed in real-time on an OLED I2C LCD display. The system reads analog signals from the sensor, processes them with the Arduino, and draws in a graph the heart's electrical activity. When the QRS Complex is detected, a buzzer sounds to indicate a heartbeat. Three LEDs indicate normal, warning, and critical heart rate levels.
The following hardware components were used:
Web application for calculating the subnet of an IPv4 address. The application allows the input of the IP address and subnet mask (without CIDR format). The calculator returns information such as the network address, the range of usable IP addresses, the number of usable hosts, the broadcast address, the IP class and type, as well as the network portion and the host portion.
Developed in Python using Flask to publish the webpage.
Greatly based on the design of John Riggles's portfolio website.
