Last year double major student in Mathematics & Computer Engineering at USC

🏆 HackUDC 2026 — part of the only team to win two awards at the event: 1st place in the Alén Space (GMV) track and 2nd place in the general GPUL awards. 🏆 Akademia (Bankinter Innovation Foundation) — winner of the 2023-2024 edition.

• During Summer 2026, I worked as a Research Intern at CiTIUS (USC), researching open-world object discovery with semantic grounding: detecting and segmenting object categories never seen during training, and grounding those discoveries semantically.
• During Summer 2025 & 2026, I worked as a Development Intern at IGM Web (Grupo Hotusa), handling the full lifecycle of a monitoring internal tool to observe real-time performance and a Kafka horizontal autoscaler to handle OTA requests.
• During Summer 2024, I worked as a Machine Learning Intern at IDIS, applying ML classification techniques, including ensemble classifiers, for predicting onset of breast cancer.

Apart from personal projects, I have collaborated in multiple hackathons, gaining experience in teamwork, rapid prototyping, and problem-solving under time constraints.

My main long-term project: an integrated system that helps municipalities detect water leaks and reduce Non-Revenue Water (NRW). Beyond leak detection, EGS acts as a full partner for municipal water management — sensor deployment and IoT telemetry, consumption analytics, anomaly detection with Machine Learning, and a web platform where each town council monitors its own network in real time. Currently serving councils in Galicia. Engineered in TypeScript and R.

A satellite-to-ground DOOM streaming system over simulated LEO links, written in C. Headless DOOM runs on the satellite, encodes its framebuffer to H.264 (QCIF, 20 FPS) and streams it to a ground station over RTP/UDP, with bidirectional keyboard control on a separate UDP uplink and a lock-free ring buffer to keep gameplay interactive under extreme bandwidth and latency constraints. The project behind the double award at HackUDC 2026.

Automated warehouse simulator built for the Inditex challenge at HackUPC 2026. Boxes arrive on an input belt, are stored in aisles by shuttles and packed onto pallets by a robotic arm, all on top of a discrete-event C++17 engine that models throughput and bottlenecks of the real logistics flow.

An agent skill (Claude Code, OpenCode) that generates a project's complete open source governance in one shot: README, LICENSE, REUSE/SPDX headers, CONTRIBUTING and more. Built so any project — hackathon submissions included — can go from zero to compliant in minutes.

A P2P distributed computing network that repurposes old phones as compute nodes. Built on WebRTC with smart load balancing to schedule work across heterogeneous, unreliable devices. HackETSE hackathon project.

An event-driven REST API to manage a fleet of medication delivery drones, in Python, with a chatbot interface for real-time interaction and fleet monitoring over MQTT.

Business intelligence algorithm in R that identifies the 100 best daycare locations in Spain, combining demographic, socioeconomic and competition data. Winning project of the Akademia 2023-2024 programme, from the Bankinter Innovation Foundation.

A data-driven algorithm designed to detect insider trading within prediction markets, engineered in Python and R. Optimized for high performance, using Redis Queues for real-time communication and Celery for parallel data processing.