This curriculum focuses on the design, characterization, and development of advanced sensors and payloads for space applications. It aims to train professionals capable of bridging the gap between scientific requirements and the technical engineering of satellite instrumentation.
Research & Training Focus
1. Sensor Technologies & Detection The program provides deep expertise in a wide array of detection systems:
- Ionizing Radiation Sensors: Charged particles, X-ray, and Gamma-ray detection.
- Optical & Radio Sensors: Infrared, visible, ultraviolet, SAR, and radio frequency systems.
- Non-Imaging Sensors: Magnetic and electric fields, plasmas, and gravitational field measurements.
- Radiation-Matter Interaction: Mastery of how ionizing and non-ionizing radiation interact with space-grade materials and electronics.
2. Hands-on Mission Development PhD candidates are integrated into active research teams, gaining experience across all phases of a space mission:
- R&D & Design: From initial conceptualization to hardware prototyping.
- Integration & Testing: Conducting verification and qualification campaigns for space-ready equipment.
Operational & Managerial Skills: Quality control, project management, and data acquisition system design.
Laboratory & Field Experience
The training includes internships and practical work at top-tier development and qualification laboratories within our national network of partner institutions and industries. Students will analyze major experimental apparatuses to measure cosmic radiation properties (energy, frequency, polarization, etc.) in real-world scenarios.
Leadership
Coordinator: Fabio Gargano