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Astronautics

Study of the science and technology of human space travel and exploration.

About Astronautics

Astronautics is the branch of aerospace that focuses on the study, design, and operation of vehicles that travel beyond Earth’s atmosphere. It involves understanding how spacecraft move in space, including the effects of gravity, orbital mechanics, and propulsion, and applying physics, mathematics, and engineering to explore and operate in the harsh environment of space. Astronautics is essential for space exploration, satellite communication, and planetary research, with innovations ranging from satellites and space probes to rockets and emerging technologies for deep-space travel.

Astronautical Engineer

Like solving complex problems and designing technology that can survive in space? Astronautical engineering might be for you! These engineers design, build, and test spacecraft, satellites, and propulsion systems, working at the cutting edge of space technology to make exploration safer, more efficient, and capable of reaching further than ever before.

Astronaut

Love adventure, exploration, and working in extreme environments? Becoming an astronaut might be for you! Astronauts train to live and work in space, conducting experiments, operating spacecraft, and exploring other planets. This career puts you on the frontlines of discovery, from orbiting Earth to stepping on the Moon or Mars.

Space Systems Operator

Enjoy problem-solving, monitoring systems, and making sure everything runs smoothly? A career as a space systems operator might be for you! These professionals manage satellites, orbital platforms, and communication systems, ensuring spacecraft function correctly and safely — helping humans explore space from the ground and from orbit.

Potential Career Pathways in the Field

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Orbital Mechanics

Orbital mechanics studies how objects move in space under the influence of gravity, exploring concepts like velocity, orbital paths, and how to transfer between orbits efficiently. Engineers and scientists use this knowledge to plan spacecraft trajectories, design satellite orbits, and ensure space missions reach their destinations safely and efficiently. They often work with advanced simulators to test different orbital maneuvers, mission timelines, and gravitational influences from planets or moons before executing real-world launches, helping to save time, fuel, and resources.