Careers in space-related fields
Compare 11 occupations without pretending every space degree qualifies you for every job. Each route is labeled Direct, Pathway, or Adjacent, then tied to BLS duties, education, wages, and state employment.
The named degree is a normal route into the occupation.
You usually need another graduate or credential stage.
The degree can transfer when you add targeted coursework and evidence.
Occupation-to-degree honesty
Aerospace engineering is a direct route to aerospace engineering. Astronomy research normally runs through a Ph.D. Avionics work has its own technical training and credential rules. Data science and operations research can use the quantitative skills from a space degree, but only when your coursework and portfolio show the required math, statistics, and programming.
The labels below make those differences structural. They are not tucked into a disclaimer after the salary figure.
Direct routes
These occupations use the field and degree level as a normal entry route.
BLS SOC 17-2011
DirectAerospace engineers design, develop, and test aircraft, spacecraft, satellites, missiles, and the systems that make them work.
A bachelor's degree in aerospace engineering or a related engineering field is the standard entry route.
BLS SOC 17-3021
DirectAerospace engineering technicians install, run, calibrate, and maintain the equipment used to build and test aircraft and spacecraft.
An associate degree in engineering technology or a related field is the typical entry route, although some employers consider a certificate or high school preparation.
Pathway routes
The space degree prepares you for the next step, but is not the complete entry credential by itself.
BLS SOC 19-2011
PathwayAstronomers observe and model planets, stars, galaxies, and other celestial systems, then publish and explain what the evidence shows.
Research and academic astronomer jobs typically require a Ph.D., often followed by a postdoctoral research position.
BLS SOC 19-2012
PathwayPhysicists study matter, energy, space, and time through theory, experiments, computation, and specialized instruments.
Research and academic physicist jobs typically require a Ph.D.; some entry-level federal physicist roles accept a physics bachelor’s degree.
BLS SOC 49-2091
PathwayAvionics technicians install, test, adjust, diagnose, and repair aircraft electronic systems, instruments, communications, radar, and related equipment.
A general space studies degree is not the normal route; technicians typically add aviation maintenance education, employer training, military training, or the credentials required for their work.
Adjacent routes
These jobs are credible options for some graduates, not automatic outcomes for everyone holding a space-focused degree.
BLS SOC 17-2141
AdjacentMechanical engineers design, develop, build, and test mechanical and thermal devices, including systems used in transportation and aerospace work.
Mechanical engineering is the standard degree; aerospace engineering can overlap when it includes strong mechanical and thermal design work.
BLS SOC 17-2071
AdjacentElectrical engineers design, develop, test, and supervise the production of electrical equipment and systems.
Electrical engineering is the standard route; aerospace engineering can align when the curriculum and projects center on circuits, controls, power, or communications.
BLS SOC 17-2061
AdjacentComputer hardware engineers research, design, develop, and test computer systems and components such as processors and circuit boards.
Computer or electrical engineering is the standard route; a space systems or aerospace degree needs added circuit, digital systems, and programming depth.
BLS SOC 19-2021
AdjacentAtmospheric and space scientists measure and model atmospheric conditions, interpret data, build forecasts and reports, and improve scientific instruments.
Meteorology or atmospheric science is the usual bachelor’s route; a space science degree needs the required atmospheric physics, mathematics, modeling, and programming.
BLS SOC 15-2051
AdjacentData scientists use statistics, programming, algorithms, and visualization to extract useful findings from data.
A quantitative space science or engineering degree can transfer when it includes statistics, programming, algorithms, and a strong applied data portfolio.
BLS SOC 15-2031
AdjacentOperations research analysts use mathematics, logic, data, and models to help organizations make complex decisions.
Engineering and quantitative space operations programs can align when they include statistics, calculus, linear algebra, modeling, and computer science.
Data boundaries
Job duties, education requirements, work settings, and credential context come from the BLS Occupational Outlook Handbook. National and state wages come from the May 2025 BLS Occupational Employment and Wage Statistics release. Every salary page publishes the 10th-to-90th-percentile range and places each state median beside its employment count.
Browse the space career salary comparison or return to the space studies program directory.