Software Engineer & Mathematician Student

Penultimate year student of the Dual Bachelor's Degree in Mathematics and Computer Engineering.

• Winner of the Alén Space (GMV) challenge and 2nd place general prize at HackUDC 2026 with the project BFG-I.

• Languages: C, Python, Java, Go, TypeScript, R, Solidity.
• Tools: React Native, NestJS, Docker, PostgreSQL, Foundry.

A cross-platform mobile AI application built with React Native and NestJS. It leverages computer vision to automatically identify artworks and monuments, acting as a personal guide. Successfully published and currently available on both the App Store and Google Play.

Award-winning project developed during HackUDC 2026. This project secured 1st place in the Alén Space (GMV) challenge and 2nd place in the general GPUL awards. It was distinguished as the only project to receive two separate prizes during the entire competition.

A data-driven algorithm designed to detect insider trading within prediction markets, fully engineered in Python. The system architecture is optimized for high performance, utilizing Redis Queues for real-time communication and Celery for parallel data processing.

Architected and implemented advanced smart contracts for secure, automated token swaps. Developed in Solidity and rigorously tested and deployed using Foundry to guarantee high-security standards and optimal gas efficiency.

A full-stack messaging web application that recreates the core functionality and interface of WhatsApp Web. The backend is powered by Go to handle high-performance concurrency and real-time updates, while the frontend is built with Vue.js for a seamless, responsive user experience.