Doctoral Programme in Information Technologies, Communications and Computing

Advanced and empirical Software Engineering techniques
Applied Artificial Intelligence
Augmented reality
Automatic learning
Bioinformatics
Computational electromagnetism
Computer modeling and simulation
Data mining and machine learning
Date analysis and visualization
Development of explainable autonomous systems
Development of self-adaptive systems with human participation (human-in-the.loop)
Gender impact in software development
High performance systems
Human-computer interaction and usability
Imaging machine and signal with applications to remote sensing learning
Intelligent tutoring systems
Machine Learning
Measurement of antennas and telecommunications devices. Measurements of electromagnetic fields
Metagenomic analysis techniques and tools
Modeling the evolution of complex systems. Interaction networks
Multimodal, adaptive and non-intrusive interaction design
Multimodal integration systems
Natural Language Modeling (NLP)
Parallel computing and distributed systems
Pattern recognition and computer vision
Signal Processing (Sound)
Telecommunications networks and systems
Treatment of large volumes of genomic information
Virtual reality