Subjects
| No | Subject | ECTS | Typology | Four-month period | Contents |
| 1 | Orbital Dynamics | 5 | Optional | 1 | Astrodynamics; orbits; orbital elements; propagation; basic mission analysis tools (tracks, coverage, visibility, eclipse calculation) |
| 2 | Communication and Electronics for Aerospace Engineers | 5 | Optional | 1 | Electronic communication systems; Electronic navigation systems; Digital signal processing; Radio frequency and radio propagation systems |
| 3 | Space Environment | 5 | Mandatory | 1 | Solar System; Magnetosphere; Low Earth Orbit Environment; Plasmas; Effects on Materials; Effects on Humans |
| 4 | Spacecraft Dynamics | 5 | Mandatory | 1 | Attitude representation; quaternions; attitude kinematics and dynamics; flexibility effects; sensors and actuators |
| 5 | Spacecraft Systems | 5 | Mandatory | 1 | Launch system; propulsion; power; thermal control; configuration and structure; attitude and orbit control; communications and data management |
| 6 | Satellite Electronic Systems | 5 | Mandatory | 1 | Types of instruments; sensors for Earth observation; scientific missions; payload design; concept of operations |
| 7 | Ground Segment and On-Board Computer | 5 | Mandatory | 1 | Ground stations; operations; ground support of loads; data processing and correction |
| 8 | Space Mission Design and Operations | 5 | Mandatory | 2 | Mission design and planning; vehicle configuration; project and risk management |
| 9 | Applied Orbital Mechanics | 5 | Optional | 2 | Precise propagation; uncertainty; orbit determination; three-body problem; Halo orbits |
| 10 | Space Communications | 5 | Optional | 2 | Satellite communications; earth stations; radio link; modulation; multiplexing; GNSS |
| 11 | Spacecraft Guidance and Navigation | 5 | Optional | 2 | GNC; ADCS; optimal trajectories; attitude and orbit estimation; Kalman filter |
| 12 | Electronic Components and Systems for Space | 5 | Optional | 2 | Testing of electronic components and systems; design for qualification; space-programmable devices |
| 13 | Artificial Intelligence for Space Applications and Earth Observation Missions | 5 | Optional | 2 | Deep Learning; Reinforcement Learning; mathematical programming; heuristic algorithms; AI applied to observation and planning missions |
| 14 | Master's Thesis | 15 | Master's Thesis | 2 | All the contents of the title |
