Module #1 Introduction to Space Exploration Overview of space exploration, its history, and significance
Module #2 The Space Environment Understanding the solar system, orbital mechanics, and space weather
Module #3 Space Missions and Objectives Types of space missions, objectives, and the role of government and private organizations
Module #4 Rockets and Launch Systems Fundamentals of rocket science, launch systems, and propulsion technologies
Module #5 Spacecraft Design and Operations Design principles, systems, and subsystems of spacecraft, including power, communication, and navigation
Module #6 Astrodynamics and Orbital Mechanics Orbital trajectories, gravitational forces, and space mission design
Module #7 Spacecraft Propulsion Systems Chemical, electric, and advanced propulsion systems for space exploration
Module #8 Life Support Systems Providing air, water, and waste management for long-duration space missions
Module #9 Spacecraft Communication Systems Radio frequency communication, signal processing, and data transmission
Module #10 Navigation and Control Systems Guidance, navigation, and control systems for spacecraft and payloads
Module #11 Materials and Manufacturing for Space Unique materials and manufacturing techniques for space applications
Module #12 Astronaut Training and Human Factors Physical and mental preparation for space travel, including astronaut training and human factors
Module #13 Robotics and Artificial Intelligence in Space Applications of robotics and AI in space exploration, including autonomous systems and machine learning
Module #14 Planetary Science and Geology Introduction to planetary science, including planetary formation, geology, and atmospheric science
Module #15 Asteroid and Comet Science Characteristics, orbits, and exploration of asteroids and comets
Module #16 Mars Exploration and Habitabilitity Exploration of Mars, its geology, and the search for life and habitability
Module #17 The Search for Life Beyond Earth Astrobiology, the search for extraterrestrial life, and the conditions for life in the universe
Module #18 Space Stations and Habitats Design, operations, and benefits of space stations and habitats for long-duration space missions
Module #19 Commercial Space and Entrepreneurship The growing private space industry, startup companies, and entrepreneurial opportunities
Module #20 Space Policy and International Cooperation National and international policies, laws, and regulations governing space exploration and utilization
Module #21 Space and Society The social, cultural, and environmental impacts of space exploration and technology on society
Module #22 Space Technology Spin-Offs Applications of space technology in everyday life, including telecommunications, medicine, and transportation
Module #23 Safety and Risk Management in Space Hazards, risks, and safety considerations in space exploration and operations
Module #24 Cybersecurity in Space Threats and countermeasures for protecting space-based systems and data from cyber attacks
Module #25 Space Debris and Sustainability The issue of space debris, environmental impacts, and sustainable space operations
Module #26 Advanced Space Propulsion Concepts Nuclear propulsion, fusion propulsion, and other advanced concepts for deep space missions
Module #27 Space-Based Observatories and Astronomy Space-based telescopes, observatories, and the study of the universe
Module #28 In-Orbit Servicing and Assembly Robotic servicing, satellite maintenance, and in-orbit assembly of space systems
Module #29 Lunar Exploration and Resources Exploration of the Moon, lunar resources, and potential for human settlements
Module #30 Course Wrap-Up & Conclusion Planning next steps in Introduction to Space Exploration and Technology career
