List of external optative courses List of external optative courses

The following courses are offered by other masters of the UPF. The majority of courses are offered in the first two trimesters, and all courses correspond to 5 ECTS (except for the courses of the Master in Brain and Cognition, which correspond to 3 ECTS or 2.5 ECTS). Please follow the links to the different masters to find more details about these courses.

Since these courses are from other masters, it cannot be guaranteed that places are available. Furthermore, it cannot be guaranteed that the schedules of these courses are compatible with those of our courses. Availability and schedule compatibility must be checked before enrollment.

  • Master in Intelligent Interactive Systems

    • Autonomous Systems
    • Machine Learning
    • Web Intelligence
    • Mobile Robotics
    • Pattern Recognition
    • Artificial Vision
    • Advanced Topics in Distributed Computing
    • Data-driven Social Analytics
    • Algorithm Design
    • Web-based Interactive Communication
    • Automatic Facial Analysis
  • Master in Brain and Cognition

    • Data Analysis for Cognitive Neuroscience
    • Neuroimaging Methods
    • Comparative Cognition
    • Early Human Cognition
    • The Physiological Basis of Visual Perception
    • Introduction to Computational Neuroscience
    • Cognitive Neuroscience of Language
    • Cognitive Neuroscience of Perception and Attention
    • Social Cognitive Neuroscience
  • Master Sound and Music Computing

    • Audio and Music Processing Lab
  • Master in Cognitive Systems and Interactive Media

    • Systems Design, Integration and Control
    • Interaction Models
    • Real Time Interaction
    • Advanced Interface Design
    • Cognitive Science and Psychology: Mind, Brain and Behaviour
    • Education, Games and Entertainment
  • Master in Bioinformatics

    • Elements of Biocomputing
  • Master in Biomedical Research

    • Molecular Pathology of Systems
    • Molecular and Cellular Pathology
    • Frontiers in Biomedical Technology: Lessons frpm Gene Expression
    • Breakthroughs in Neurosciences
    • Model Organisms and Human Disease
    • Cell Communication: from Molecules to Disease
    • Genomes and Systems