Analog Astronautics: Space Habitats, Missions And Simulation

Learn Analog Astronautics with space habitats, life support systems, agriculture in space, mission design and psychology

What you'll learn

Master the fundamentals of analog astronautics by designing and simulating space habitats, life support systems, and mission protocols for Moon and Mars.

Apply aerospace engineering, human factors, and sustainability principles to build conceptual projects integrating , agriculture.

Gain practical skills in mission planning, astrodynamics, space psychology, and resource management through real analog stations and case studies.

Develop professional expertise for the global space industry, preparing for careers in astronautics, research, New Space startups, and interplanetary missions.

Requirements

No prior experience in astronautics or aerospace required — this course is beginner-friendly and designed for students, enthusiasts, and professionals. Basic computer skills and internet access to follow lessons, download resources, and interact with modeling or simulation exercises when available. Optional: curiosity about space missions, engineering, sustainability, psychology, or agriculture in extreme environments will enrich your learning journey. Recommended free tools: SketchUp, FreeCAD, or similar modeling software for hands-on projects, but all concepts can be followed without installation.

Description

Have you ever wondered how astronauts train for missions to the Moon and Mars without leaving Earth?"This course contains the use of artificial intelligence.” This course, Analog Astronautics: Space Habitats, Missions and Simulation, takes you on a comprehensive journey through the science, engineering, and human factors behind analog astronautics. Designed for students, professionals, and enthusiasts, this program combines theory and hands-on projects to prepare you for the challenges of the global space industry.Throughout the course, you will explore the history of space stations, the rise of the New Space movement, and the importance of analog missions in deserts, oceans, and polar regions. You will learn how to design conceptual habitats using free modeling tools, integrate life support systems (ECLSS), develop agriculture for space sustainability, and analyze group psychology under isolation and confinement. By simulating real scenarios, you will understand how astronauts cope with limited resources, radiation, and communication delays.The course also examines case studies such as Mars Desert Research Station, NEEMO, Concordia Station, and the Brazilian Habitat Marte. You will engage with future-oriented projects like the Lunar Gateway and Martian bases using ISRU, inflatable modules, and 3D printing with regolith.By the end of this program, you will be able to design a complete analog station concept, integrate engineering with human factors, and contribute to discussions on sustainability and interplanetary exploration. Whether you are preparing for a career in aerospace, research, or simply passionate about space, this course equips you with knowledge and skills to join the new era of space exploration.

Overview

Section 1: Exploring Space: Analog Astronautics, Habitats, Missions and Simulation

Lecture 1 Exploring Space: Analog Astronautics, Habitats, Missions and Simulation

Section 2: Analog Astronautics: Terrestrial Habitats, Space Missions and Simulation

Lecture 2 Analog Astronautics: Terrestrial Habitats, Space Missions and Simulation

Section 3: Astronaut Training & Support Teams: Operations, Safety and New Space Era

Lecture 3 Astronaut Training & Support Teams: Operations, Safety and New Space Era

Section 4: Mars Missions: Propulsion, Life Support, ISRU and Human Factors

Lecture 4 Mars Missions: Propulsion, Life Support, ISRU and Human Factors

Section 5: Robotic Exploration and Satellites: Mars Rovers, CubeSats and Space Debris

Lecture 5 Robotic Exploration and Satellites: Mars Rovers, CubeSats and Space Debris

Section 6: Astronaut Health in Space: Physiology, Radiation, Medicine and Countermeasures

Lecture 6 Astronaut Health in Space: Physiology, Radiation, Medicine and Countermeasures

Section 7: Life Support in Space: Closed-Loop Systems, Recycling, Energy and Sustainability

Lecture 7 Life Support in Space: Closed-Loop Systems, Recycling, Energy and Sustainability

Section 8: Aerospace Education: Engineering, Outreach, Career Paths and Innovation

Lecture 8 Aerospace Education: Engineering, Outreach, Career Paths and Innovation

This course is designed for students, engineers, researchers, and space enthusiasts who want to explore analog astronautics, space habitats, and mission simulations. It is valuable for professionals in aerospace, sustainability, psychology, and agriculture seeking to apply their skills to future Moon and Mars projects. Beginners with curiosity about astronautics will also benefit, as the course provides a step-by-step path into the global New Space industry.