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Alessandro Bartoloni
AMS Team Leader at CERN and INFN Rome. Exploring the frontiers of physics and knowledge, transforming emerging signals into strategic insight and scientific innovation.
CERN | Sapienza Università di Roma
CERN | Sapienza Università di Roma
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about this course
What you will learn in this course
We will help you unlock your inner potential so you can excel in your professional field
Module 01
Introduction to Space Radiobiology
Introduces the interdisciplinary foundations of space radiobiology, from its origins in aviation medicine to current research frameworks. Examines how ionizing radiation damages biological systems — from DNA lesions to chromosomal aberrations — and establishes the physical and clinical vocabulary needed to assess the hazards of human spaceflight.
Module 02
Space Radiation and Human Space Exploration
Examines the sources, characteristics, and intensity of space radiation across different mission environments, from low Earth orbit to the Moon and Mars. Highlights how galactic cosmic rays, solar particle events, and trapped radiation belts define the exposure conditions and constraints for long-duration and interplanetary human missions.
Module 03
Measuring Space Radiation
Analyzes the technologies and methods used to detect and quantify ionizing radiation in space environments. Focuses on dosimeters, spectrometers, and particle detectors, with a dedicated case study on the Alpha Magnetic Spectrometer (AMS) aboard the ISS, linking orbital radiation measurement to advances in both space safety and fundamental physics.
Module 04
Monitoring Space Radiation
Investigates the systems and strategies used to track radiation exposure continuously throughout a mission. Explores spacecraft shielding design, onboard monitoring platforms, and ground-based simulation facilities, alongside emerging real-time methods critical for crew safety on lunar and Martian missions.
Module 05
Health Risks of Radiation
Examines the biological consequences of ionizing radiation exposure on the human body, from immediate deterministic effects to long-term stochastic outcomes. Explores acute radiation syndrome, cancer risk, central nervous system damage, and degenerative diseases, highlighting how gender, age, and genetic factors modulate individual susceptibility.
Module 06
Radiation Risk Assessment for Human Space Missions
Analyzes the models, frameworks, and methodologies used by space agencies to evaluate and manage astronaut radiation exposure. Explores dose-response relationships, career dose limits, and the risk assessment approaches adopted by NASA, ESA, and international partners, alongside the ethical and policy dimensions of astronaut safety decisions.
Module 07
Ionizing Radiation Medical Applications
Investigates the deep connections between space radiobiology and clinical medicine, from radiation therapy and diagnostic imaging to shared challenges in radiation protection. Explores how lessons learned from monitoring and protecting astronauts translate into tangible advances in oncology, medical physics, and patient care on Earth.
What You’ll Learn:
Space Radiobiology: Understanding Radiation Risks, Biological Effects, and the Protection of Human Life Beyond Earth.
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space radiobiology
This course is ideal for scientists, engineers, medical physicists, and health professionals interested in understanding how ionizing radiation affects the human body in space, covering radiation sources and detection, biological and health effects, risk assessment frameworks, and the translational connections between astronaut protection and advances in oncology and medical imaging.
Space radiobiology provides the foundation for protecting astronaut health from one of the most persistent hazards of deep space, ensuring that radiation risk assessment, biological monitoring, and countermeasure development remain central to the safety and sustainability of human exploration across the Solar System.
Course Certificate
Get the certificate for this course to demonstrate to third parties your expertise
Step into the Frontier of Radiation Science Beyond Earth
Space Radiobiology is Shaping the Way We Measure, Understand, and Protect Human Life in Space and Beyond.
Space and Beyond
Exploring the Next Frontier of Radiation Science and Human Protection in Deep Space
The Power of Space Radiobiology
Explore How Scientific Innovation and Interdisciplinary Research are Shaping the Future of Radiation Protection, Human Survival, and Safe Exploration Beyond Earth.
Space & Life Science Enthusiasts
Explore how physics, biology, and medical science converge to protect human health from the invisible hazards of space radiation. Discover how studying the effects of ionizing radiation on living systems drives innovation in both astronaut safety and clinical medicine, expanding our understanding of life beyond Earth.
Corporate Affiliates
Understand how advances in space radiobiology are reshaping radiation protection standards and driving innovation across the space, medical, and nuclear sectors. Learn how these insights enhance crew safety, inform regulatory frameworks, and strengthen organizational leadership in the rapidly expanding field of space health and radiation risk management.
Professionals
Gain interdisciplinary knowledge of how space radiobiology informs healthcare, radiation protection, medical physics, aerospace, and oncology. Discover applications that connect radiation research in orbit to innovation and collaboration across the space, medical imaging, and cancer treatment industries on Earth.
Students
Build a strong foundation in space radiobiology by studying radiation physics, biological effects, and risk assessment methodologies in the context of human spaceflight. Develop the skills to address the scientific, medical, and ethical challenges of protecting astronaut health on future deep space missions and interplanetary exploration.
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