Masters in Space Health & Human Factors
Master Space Health & Human Factors: Become a Leader in the Evolving Industry
This comprehensive Master’s program in Space Health & Human Factors empowers you to become a knowledge leader in this rapidly growing field. Our curriculum equips you with the expertise to tackle the unique challenges faced by astronauts and space travellers.
As humanity pushes deeper into space, the complexities of the space environment pose critical challenges to human health and performance. To ensure astronaut well-being and mission success, this specialised master’s program cultivates experts who understand the intricate interplay between these factors.
The program equips graduates with highly specialised knowledge at the leading edge of space health and human factors research. This includes a deep understanding of:
- The physiological and psychological effects of altered gravity, radiation exposure, and other space-specific environmental stressors.
- Cutting-edge research on mitigating these health risks and optimising human performance in space.
Students develop a critical awareness of knowledge gaps and emerging areas within space health. They learn to integrate knowledge from diverse fields, such as physiology, psychology, engineering, and human-computer interaction, to develop innovative solutions.
The curriculum fosters specialised problem-solving skills crucial for research and innovation. Graduates will be able to:
- Design and conduct research studies to develop new knowledge and countermeasures for health risks in space.
- Integrate knowledge from various disciplines to develop novel approaches for optimising human health and performance in space environments.
Graduates gain the competence to manage and transform the complex and unpredictable world of space health. They will develop the skills to:
- Lead and manage teams in devising new strategies and approaches to address evolving challenges in space health.
- Take responsibility for advancing the field by conducting original research, developing novel technologies, and contributing to policy and decision-making related to human health in space.
This program prepares graduates to be at the forefront of space health research and practice. They will be equipped to:
- Conduct cutting-edge research to expand the body of knowledge in space health.
- Develop innovative solutions to enhance astronaut health and well-being during space missions.
24 Months Full Time
48 Months Part Time
Qualification at Level 7 EQF (Masters) 120 ECTS
100% Online
100% Online
English
Key Benefits
• Develop expertise in Space Health: Delve into the physiological, psychological, and societal impacts of spaceflight, gaining a deep understanding of this specialized field.
• Flexible learning options: Pursue your studies online, full-time or part-time, fitting your program seamlessly into your existing schedule.
• Network with industry professionals: Engage directly with leading experts in Space Health, gaining valuable insights and building connections.
• Future-proof your career: Prepare yourself for the most in-demand jobs of tomorrow, positioning yourself as a sought-after expert in the burgeoning space industry.
This program goes beyond traditional education. It transforms you into a confident and knowledgeable authority in Space Health & Human Factors
REASONS TO STUDY A MASTER IN SPACE HEALTH & HUMAN FACTORS
As humanity pushes deeper into space, the complexities of the space environment pose critical challenges to human health and performance. To ensure astronaut well-being and mission success, this specialised master’s program cultivates experts who understand the intricate interplay between these factors.
The program equips graduates with highly specialised knowledge at the leading edge of space health and human factors research. This includes a deep understanding of:
- The physiological and psychological effects of altered gravity, radiation exposure, and other space-specific environmental stressors.
- Cutting-edge research on mitigating these health risks and optimising human performance in space.
Students develop a critical awareness of knowledge gaps and emerging areas within space health. They learn to integrate knowledge from diverse fields, such as physiology, psychology, engineering, and human-computer interaction, to develop innovative solutions.
The curriculum fosters specialised problem-solving skills crucial for research and innovation. Graduates will be able to:
- Design and conduct research studies to develop new knowledge and countermeasures for health risks in space.
- Integrate knowledge from various disciplines to develop novel approaches for optimising human health and performance in space environments.
Graduates gain the competence to manage and transform the complex and unpredictable world of space health. They will develop the skills to:
- Lead and manage teams in devising new strategies and approaches to address evolving challenges in space health.
- Take responsibility for advancing the field by conducting original research, developing novel technologies, and contributing to policy and decision-making related to human health in space.
This program prepares graduates to be at the forefront of space health research and practice. They will be equipped to:
- Conduct cutting-edge research to expand the body of knowledge in space health.
- Develop innovative solutions to enhance astronaut health and well-being during space missions.