| Course |
CFU |
|
|
|
| Chemistry of Biomolecules |
3 |
|
|
|
| Chemistry |
9 |
| ICT for Geosciences |
6 |
| Interdisciplinary Field Activity |
3 |
| Introductory Geology - Cartography |
6 |
| Introductory Geology - Endogenous and Exogenous Processes |
12 |
| Paleontology |
6 |
| Physics |
3 |
|
|
|
| English language and multimedia communication |
9 |
|
|
|
| Scientific English |
6 |
|
|
|
| Applied Geophysics |
6 |
| Borehole methods for subsurface investigations |
6 |
| Complements of Electromagnetisms and Optic |
3 |
| Computational Geophysics |
6 |
| Earthquake Seismology |
6 |
| Exploration seismology |
6 |
| Exploration Seismology and Introduction to Well-Logs |
9 |
| Geophysical instrumentation and geophysical Potential Fields |
6 |
| Introduction to Machine learning in Geophysics |
3 |
| Introduction to Well-Logs |
3 |
| Inverse Problems in Geophysics |
6 |
| Laboratory of seismic acquisition and processing |
6 |
| Mathematical Physics for Geosciences |
6 |
| Radar Geomorphology |
6 |
| Rock Physics |
6 |
| Seismic imaging |
6 |
| Signal processing for Physics |
6 |
| Tectonics |
6 |
|
|
|
| Advanced Biochemistry |
6 |
| Artificial Intelligence II |
6 |
| Bioengineering and Experimental Models in Health and Disease |
6 |
| Bioinformatics in silico models |
12 |
| Biology of Cellular Systems |
6 |
| Biotechnology applied to sense physiology |
6 |
| Cell signaling and imaging tools |
6 |
| Focused Lab training |
6 |
| Genetics and Molecular biology |
12 |
| Microbiology and public health |
12 |
| Molecular Genetics and Molecular Medicine in the AI-era |
6 |
| Omics: Biotechnology and AI for health |
6 |
| Physio-pathology |
6 |
| Smart materials and sensors |
12 |
|
|
|
| Plant Molecular Physiology and Transformation of Plants |
6 |
| Plant synthetic Biology |
3 |
|
|
|
| Behavioural ecology |
6 |
| Pathology of natural plant systems |
6 |
| Plant conservation |
6 |
| Primate adaptation and evolution |
6 |
| Primatology |
6 |
| Seminars in English in Conservation and Evolution |
3 |
| Social Behaviour and Cognition in mammals |
6 |
| Virtual anthropology |
|
|
|
|
| Polymers for bioindustry |
3 |
| Principles of Electrochemistry in energetic applications |
3 |
| Principles of Rheology of Polymeric materials |
|
|
|
|
| Artificial Intelligence for Cybersecurity |
6 |
| Biometrics systems |
6 |
| Data and System Security |
9 |
| Electromagnetic Security |
6 |
| Electronics and Communication Technologies |
12 |
| Hardware and embedded security |
9 |
| Language-based technology for security |
9 |
| Network security |
9 |
| Organizational sciences and information and technology law (OL) |
12 |
| Systems and languages for informatics |
12 |
|
|
|
| Algorithms and Data Structures for Data Science |
9 |
| Data mining |
12 |
| Databases |
6 |
| Decision support systems |
12 |
| Distributed Data Analysis and Mining |
6 |
| Fundamentals of business management |
9 |
| Geospatial Analytics |
6 |
| Legal issues in data science |
6 |
| Logistics |
6 |
| Management practice |
6 |
| Management practice |
6 |
| Model-driven decision-making methods |
6 |
| Optimization for data science |
6 |
| Programmatic advertising |
6 |
| Programming for data science |
12 |
| Project design & management for data science |
6 |
| Social network analysis |
6 |
| Statistics for data science |
9 |
| Strategic and competitive intelligence |
6 |
| Technologies for web marketing |
6 |
| Text analytics |
6 |
| Visual analytics |
6 |
|
|
|
| Data Mining |
12 |
|
|
|
| Astrophysical Processes |
9 |
| Astrophysical Black Holes |
6 |
| Atomic Optics |
9 |
| Complex Systems |
9 |
| Current Trends in Quantum Matter |
3 |
| Diffuse Matter in Space: the Interstellar and Intergalactic Medium |
6 |
| Disordered and Off-equilibrium Systems |
9 |
| Entanglement: advanced theoretical concepts and applications in Quantum technologies |
3 |
| Exoplanets |
6 |
| Experimental Methods for Astroparticle Physics |
9 |
| Fisica medica II |
6 |
| Fundamental Interactions |
9 |
| Ionizing Radiation Dosimetry |
6 |
| Gravitational Wave Physics |
9 |
| Instrumentation for Fundamental Interactions Physics |
9 |
| Introduzione alla fisica dei neutrini |
3 |
| Introduction to Bayesan Probability Theory |
6 |
| Laboratory of Medical Physics |
12 |
| Multimessenger Physics Laboratory |
9 |
| Nuclear Magnetic Resonance |
6 |
| Particle Dark Matter |
6 |
| Particle Physics |
9 |
| Physics at Adronic Colliders |
9 |
| Plasma Physics |
9 |
| Plasma Physics Cinetic Theory |
6 |
| Quantum Liquids |
9 |
| Quantum Thermodynamics |
6 |
| Recent Highlights in Fundamental Interactions |
3 |
| Reologia |
6 |
| Solid State Physics |
9 |
|
|
|
| 3D Geometric Modeling & Processing |
6 |
| Advanced databases |
9 |
| Algorithm design |
9 |
| Artificial intelligence fundamentals |
6 |
| Bioinformatics |
6 |
| Competitive programming and contests |
6 |
| Computational Health Laboratory |
6 |
| Computational mathematics for learning and data analysis |
9 |
| Computational models for complex systems |
6 |
| Computational neuroscience |
6 |
| Continual Learning |
6 |
| Data Mining |
9 |
| Foundation of computing |
6 |
| Human language technologies |
9 |
| ICT infrastructures |
6 |
| ICT risk assessment |
9 |
| Information Retrieval |
6 |
| Intelligent Systems for Pattern recognition |
9 |
| Introduction to Quantum Computing |
6 |
| Laboratory for innovative software |
6 |
| Laboratory on ICT Startup Building |
6 |
| Languages, compilers and interpreters |
9 |
| Machine learning |
9 |
| Mobile and cyber-physical systems |
9 |
| Peer to peer systems and blockchains |
6 |
| Principles for software composition |
9 |
| Robotics |
6 |
| Scientific and large data visualization |
6 |
| Semantic web |
6 |
| Smart applications |
9 |
| Software validation and verification |
9 |
|
|
|
| Analysis of temporal series |
3 |
| Biotechnology for Neurosciences |
6 |
| Comparative Neurobiology |
3 |
| Development and Differentiation of the nervous System |
6 |
| Environmental experience and brain plasticity |
3 |
| Human Functional Imaging |
3 |
| Mathematics for neurosciences |
6 |
| Neurobiology I |
6 |
| Neurobiology II |
9 |
| Neurobiology III |
6 |
| Neurobiology of animal behaviour |
6 |
| Neurogenomics |
6 |
| Neuropharmacology and Biochemistry of Signalling |
6 |
| Sensory and Cognitive Neuroscience |
6 |
| Transgenic models and molecular methods for Neurosciences |
6 |
|
|
|
| Applied protozoology and parasitology |
6 |
|
|
|
| Advanced Ceramics and Smart Glasses |
6 |
| Advanced Engineering Alloys |
6 |
| Biofluids and materials Interactions |
3 |
| Biomaterials |
9 |
| Chemistry of Soft Matter |
6 |
| Composite Materials Science and Engineering |
6 |
| Computational Materials Science |
6 |
| Computational mechanics of materials |
6 |
| Computational Nanoelectronics and Metamaterials |
6 |
| Development Biology of Stem Cell |
3 |
| Electromagnetic Materials and Electron Devices |
12 |
| Electron Microscopy of Nanomaterials |
6 |
| Fundamentals of biophysics at the nanoscale |
6 |
| Fundamentals of materials science and engineering |
6 |
| Fundamentals of polymer processing |
9 |
| Green Chemistry for Materials and Processes |
6 |
| Interaction of Electromagnetic Waves with Complex Media |
6 |
| Introduction to optical spectroscopy |
6 |
| Laboratory of materials characterization |
6 |
| Manufacturing of polymers and nanocomposites for biomedical application |
3 |
| Materials and Devices for Nanoscale Electronics |
6 |
| Mechanical Behaviour of Materials |
6 |
| Medical Imaging and Biosensors (ionising and non-ionising) |
6 |
| Multi-scale Modelling in Materials Design |
6 |
| Nanomedicine and Regenerative Medicine |
6 |
| Nanostructured Materials |
9 |
| Polymer Science and Engineering |
6 |
| Polymeric Materials for Special Applications |
6 |
| Principles of Cellular Biology and Tissue Engineering |
12 |
| Principles of Microfluidics |
6 |
| Quantum and condensed matter physics |
9 |
| Quantum Physics of Matter |
6 |
| Reactive Processing and Recycling of Polymers |
6 |
| Solid State NMR Spectroscopy in Pharmaceutical and Material Science |
6 |
| Solid State Physicochemical Methods |
6 |
| Solid State Physics 1 |
6 |
| Spectroscopy of nanomaterials |
12 |
| Sustainable and Degradable Polymers |
6 |
| Transport Phenomena in Materials |
6 |
|
|
|
| Stem cells |
6 |
|
|
|
| Advanced programming |
9 |
| Advanced software engineering |
9 |
| Business process modeling |
6 |
| Complex information systems and vertical application |
6 |
| Data center design and operation lab |
6 |
| Digital Communications |
12 |
| Distributed enabling platforms |
6 |
| High Performance Computing |
9 |
| Packet switching and processing architectures |
6 |
| Parallel and distributed systems: paradigms and models |
9 |
| Parallel scientific computing |
6 |
| Programming tools for parallel and distributed systems |
6 |
| Routing architectures and protocols lab |
6 |
| Teletraffic Models and Measurements |
9 |
| Wireless networks |
9 |
