Engineering
Builds systems
Spacecraft, robotics, mechanical, electrical, and aerospace engineering
Engineers design, test, and improve spacecraft, satellites, robotics, thermal systems, power systems, antennas, and mission hardware.
Physics, biology, chemistry, geology, astronomy, Earth science
Scientists design experiments, analyze mission data, study planets and Earth, and help answer questions about life, climate, materials, radiation, and exploration.
Computing
Controls missions
Software, data science, AI, cybersecurity, and mission systems
Coders build simulations, process satellite data, create control systems, protect networks, and help mission teams make decisions from large amounts of information.
Medicine, psychology, nutrition, exercise, and human research
Space health workers study how microgravity, isolation, radiation, sleep, nutrition, and exercise affect astronauts and people on Earth.
Technicians, technologists, machinists, electronics, and operations
Many space missions need people who can assemble, inspect, troubleshoot, document, and operate complex equipment safely and precisely.
Communication
Explains space
Education, writing, media, design, law, policy, and project management
Space agencies also need people who teach, write, translate, design visuals, manage budgets, handle law and policy, and help the public understand why missions matter.