Aerospace Biomedical and Space Life Support Engineering

Human space travel requires engineering solutions to keep astronauts healthy and alive in extreme environments like microgravity and partial gravity. This course teaches you how to analyze physiological changes in space and design the essential engineering countermeasures and life support systems required for survival. You will learn to apply quantitative engineering models to biological systems, transforming qualitative medical observations into actionable aerospace designs. What you'll learn: Understand key terminology, foundational concepts, and physiological challenges of human spaceflight. Analyze bone and muscle mechanics to model musculoskeletal degradation in microgravity. Evaluate cardiovascular system adaptation and model fluid shifts in space environments. Design life support systems and extravehicular activity (EVA) spacesuit concepts using current industry standards. Apply quantitative engineering formulas to evaluate physical countermeasures and exercise equipment for astronauts. The course begins with foundational definitions of space physiology and environmental stressors before moving into detailed structural modeling of the human body and the engineering of life support loops. This text-based program is designed for beginners, engineering students, and aerospace enthusiasts with no prior biomedical background. Start your journey into space life sciences and master the engineering principles that keep humans safe in orbit.