Portfolio
Featured Projects
A selection of my most impactful work, from drag-and-drop app development platforms to intelligent scheduling systems. Each project represents a unique challenge and solution.
Kodular
A comprehensive drag-and-drop platform that democratizes mobile app development, enabling anyone to build Android apps without writing a single line of code. What started as a high school side project in 2017 has evolved into a full-fledged company with strategic partnerships including Google.
Built with Java (GWT) and Python (Django) on scalable cloud infrastructure, Kodular has powered over 2 million apps created by developers worldwide, proving that sophisticated development tools can be accessible to everyone.
A comprehensive drag-and-drop platform that democratizes mobile app development, enabling anyone to build Android apps without writing a single line of code. What started as a high school side project in 2017 has evolved into a full-fledged company with strategic partnerships including Google.
Built with Java (GWT) and Python (Django) on scalable cloud infrastructure, Kodular has powered over 2 million apps created by developers worldwide, proving that sophisticated development tools can be accessible to everyone.
Protección Civil Platform
A comprehensive digital transformation solution for civil defense operations in Santiago de Compostela. This dual-platform system includes an internal resource management tool and a public-facing website, completely replacing decades-old paper-based workflows with an intuitive web-based system.
Built with Java and React, the platform features real-time resource tracking, volunteer coordination, and emergency response workflow automation. What began as a volunteer project during my International Baccalaureate has grown into critical infrastructure serving the local community.
A comprehensive digital transformation solution for civil defense operations in Santiago de Compostela. This dual-platform system includes an internal resource management tool and a public-facing website, completely replacing decades-old paper-based workflows with an intuitive web-based system.
Built with Java and React, the platform features real-time resource tracking, volunteer coordination, and emergency response workflow automation. What began as a volunteer project during my International Baccalaureate has grown into critical infrastructure serving the local community.
University Timetable Solver
An intelligent scheduling system developed as my final thesis project that tackles the notoriously complex Curriculum-Based Course Timetabling problem. The platform combines a powerful constraint-solving engine using Answer-Set Programming (ASP) with Clingo, wrapped in a user-friendly React interface.
Architected as a fully serverless solution on AWS using Lambda, DynamoDB, and S3, the system handles intricate university scheduling constraints from room capacities and teacher availability to course prerequisites and student preferences. The solving algorithm is open-source, contributing to academic research in automated scheduling.
An intelligent scheduling system developed as my final thesis project that tackles the notoriously complex Curriculum-Based Course Timetabling problem. The platform combines a powerful constraint-solving engine using Answer-Set Programming (ASP) with Clingo, wrapped in a user-friendly React interface.
Architected as a fully serverless solution on AWS using Lambda, DynamoDB, and S3, the system handles intricate university scheduling constraints from room capacities and teacher availability to course prerequisites and student preferences. The solving algorithm is open-source, contributing to academic research in automated scheduling.