High-Level multi robot trajectory planning and spurious behavior detection
Iberian Robotics Conference 8th Edition, 2025
PhD Researcher · Robotics & Discrete Event Systems
University of Zaragoza
Ropert Group — SUR Lab (Scene Understanding and Robotics Lab)
I am a PhD student in Robotics at the University of Zaragoza, working within the Ropert research group at the SUR Lab (Scene Understanding and Robotics Lab). My research sits at the intersection of formal methods and autonomous systems, with a focus on discrete event systems, multi-robot task planning, and anomaly detection for robot fleets operating in complex environments.
Modelling, analysis, and control of reactive systems using automata, Petri nets, and supervisory control theory applied to multi-robot scenarios.
Task allocation, motion planning, and coordination strategies for heterogeneous robot teams working in shared, dynamic environments.
Detection of unexpected events and failure modes in robot execution using formal models, machine learning, computer vision and online monitoring techniques.
Semantic interpretation of 3D environments to enable context-aware planning, robust navigation, and situation-aware anomaly reasoning.
High-Level multi robot trajectory planning and spurious behavior detection
Iberian Robotics Conference 8th Edition, 2025
Decoupling Geometric Planning and Execution in Scalable Multi-Agent Path Finding
WODES, 2026
TIMID: Time-Dependent Mistake Detection in Videos of Robot Executions
Submission to IROS, 2026
🎉 Started my personal GitHub Pages site — more updates coming soon!
Starting PhD research on multi-robot planning and anomaly detection at the SUR Lab, University of Zaragoza.