This curriculum addresses the biological and medical challenges of space exploration. It focuses on the origin and limits of life in the universe, the resilience of biological systems to extreme conditions, and the protection of human health during long-duration missions to the Moon, Mars, and beyond.
Research & Training Focus
1. Astrobiology & Extra-terrestrial Habitats
- Biomolecule Synthesis: Laboratory research on the detection of life markers on planetary surfaces to support space mission instrumentation.
- Terrestrial Analogues: Studying extreme environments on Earth to understand the adaptability and boundary conditions of life.
- Habitability & Exoplanets: Theoretical modeling of planetary climates and atmospheres to support the search for habitable worlds.
2. Human Factors & Space Medicine
- Biological Resilience: Investigating how living organisms adapt to space conditions (microgravity, radiation, isolation).
- Physiology & Pathophysiology: Studying organ deconditioning and immunosenescence (immune system aging) in space.
- Countermeasure Development: Designing strategies to mitigate the physical and psychological stress of deep space exploration.
- Health Monitoring: Developing peripheral inflammation markers and wearable sensors for real-time astronaut health tracking.
3. Space Habitats & Operational Efficiency
- Human-Friendly Design: Planning and designing sustainable settlements for the Moon and Mars.
- Operational Optimization: Enhancing human performance and efficiency under extreme environmental conditions.
Leadership
Coordinator: Myrka Zago