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The space industry employs engineers, scientists, software specialists, technicians, mission operators, and business professionals—not only astronauts. If you want to contribute to spacecraft, satellites, research, or missions, there are routes into the field ranging from technical training and associate degrees to bachelor’s and graduate degrees. The right path depends on what you want to do each day and what preparation that work requires.
What kinds of jobs are available in the space industry?
Space work spans government agencies, research organizations, manufacturers, engineering-services firms, and commercial operators. A spacecraft needs people to design its structure and instruments, build and inspect its components, write and protect its software, plan and run operations, and coordinate budgets and schedules. Those contributions can happen in an office, laboratory, manufacturing facility, test site, or mission-operations setting.
NASA says it hires across engineering, science and research, data, IT and cybersecurity, business services, and internships, and its careers page lists more than 150 occupations. That is a NASA-specific snapshot, not a complete count of jobs across the industry; employers use different titles, and a position may combine several specialties. Explore NASA’s careers overview for examples of its own job areas.
Which engineering jobs work on spacecraft and satellites?
Engineering is a broad family of jobs, not a single astronaut-adjacent role. Engineers may design a vehicle or instrument, analyze how it will behave, develop software or power systems, or help integrate and validate a complete flight system.
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- Aerospace and astronautical engineers work on aircraft, spacecraft, satellites, launch systems, and related systems. Astronautical engineering focuses on spacecraft and satellite systems; the broader aerospace occupation also includes aircraft and defense work.
- Mechanical engineers can contribute to structures, mechanisms, thermal systems, and moving hardware.
- Electrical and electronics engineers can work on power, communications, sensors, and control systems.
- Materials engineers help develop and evaluate materials used in demanding aerospace applications.
- Computer and software engineers build or support software and computing systems used in spacecraft and ground operations.
- Systems engineers coordinate how components and subsystems fit together, helping teams manage interfaces, requirements, and system-level performance.
These are examples, not a complete catalog, and actual responsibilities vary by employer and project. NASA says it hires engineers from 20 different engineering types and describes engineering work spanning hardware, software, design, research, and spacecraft flight systems. Its engineering careers page offers examples of those paths.
The closest BLS category for many of these roles is aerospace engineer, but it should not be mistaken for a space-only occupation. The U.S. Bureau of Labor Statistics counted 68,700 aerospace engineer jobs in the United States in 2025 and reported a May 2025 median annual wage of $134,960. It projected 8% employment growth from 2025 to 2035, with about 3,800 openings per year on average. The figures cover aerospace work beyond spacecraft, so they are useful occupational benchmarks—not a measure of space-sector jobs or a promise about a particular opening. See the BLS aerospace engineer outlook.
What science, software, and data roles support space missions?
Space work also depends on people who investigate questions, build information systems, analyze data, and keep networks secure. These roles may contribute to a mission without designing or physically building its vehicle.
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- Scientists and researchers, including physicists, astronomers, planetary scientists, and Earth scientists, study space or Earth systems and may develop instruments or experiments. The exact discipline depends on the research question and organization.
- Software developers and engineers create or maintain software used in flight systems, mission planning, and supporting services.
- Data analysts and data scientists help organize and interpret scientific or mission data.
- Systems administrators and cybersecurity specialists support computing environments and protect networks and information systems.
NASA groups science and research, as well as data, IT, and cyber, among its career areas. Its aerospace workforce presentation also identifies software engineering and data science or analytics as employer-demand categories. Those labels describe broad families; a job posting’s requirements and responsibilities matter more than its title.
What do technicians do in aerospace and space work?
Technicians help turn designs into hardware that can be assembled, inspected, instrumented, and tested. Their work is often practical and equipment-focused, and it can be a route into aerospace that does not begin with a four-year engineering degree.
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Aerospace engineering and operations technicians may install, run, and maintain equipment used to develop, test, produce, and sustain aerospace systems. Related work can include manufacturing, integration, inspection, calibration, recording test data, or supporting test equipment. Employers may use titles such as machinist, assembler, inspector, electronics specialist, or aerospace technician; duties differ by position.
BLS reported 11,600 U.S. jobs in the aerospace engineering and operations technologist and technician occupation in 2025, a May 2025 median annual wage of $82,890, and projected growth of 12% from 2025 to 2035. It projected about 1,100 openings per year on average. Like the engineer figures, these occupational statistics include aerospace work beyond the space sector. Consult the BLS technologist and technician outlook for the occupation’s description and projections.
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Who keeps spacecraft, facilities, and missions operating?
Mission and facility operations are distinct from designing or building a vehicle: these jobs help keep systems, sites, and ongoing work functioning. Depending on the organization, examples include mission controllers, ground-systems operators, technicians, safety specialists, and facility staff.
Operations work can involve supporting spacecraft through ground systems, coordinating activity around a mission, or managing facilities and laboratories. The day-to-day mix depends on the specific mission and employer. NASA describes roles that manage facility operations, while its wider career areas show that the institution’s work extends well beyond flight crews.
What business and program jobs are part of the space industry?
Technical programs also need people who plan, fund, coordinate, and communicate the work. Program and project managers, finance staff, procurement specialists, communications professionals, human-resources staff, legal professionals, and contract specialists may all support aerospace or space organizations.
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These jobs do not necessarily involve spacecraft design, but they can help organize complex projects and the organizations around them. NASA lists program management and business services among its career areas. In a 2025 NASA workforce presentation that cites the Aerospace Industries Association and McKinsey’s 2024 Aerospace & Defense Workforce Study, engineering was the highest-demand new-hire function for 76% of surveyed aerospace and defense companies, while 68% cited skilled manufacturing. Those are survey findings about aerospace and defense companies, not a census of space employers or a guarantee of openings in a particular location. The NASA workforce presentation provides that context.
What education do space industry jobs require?
There is no single education requirement for the whole industry. Match preparation to the work: engineering design, technical manufacturing, scientific research, and program support can require quite different qualifications.
For aerospace engineering: BLS says aerospace engineers typically need a bachelor’s degree in aerospace engineering or a related field. Relevant coursework can include structures, stability and control, and mechanics. Graduate study can be useful for some research and teaching roles, but it is not a universal requirement for every aerospace position.
For technician roles: an associate degree in engineering technology or a related field is typical for aerospace engineering and operations technologists and technicians. Some employers may consider applicants with a high-school diploma or certificate. Community colleges and vocational-technical schools offer related programs. NASA also points to technical training, apprenticeships, community colleges, trade schools, and engineering degrees as routes into aerospace careers.
For science and other specialties: requirements depend on the discipline and job. Research positions may call for advanced study, while software, cybersecurity, business, and operations roles have their own qualification patterns. Use actual job announcements to verify degree, experience, and certification requirements instead of assuming that every space job demands an engineering degree.
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NASA’s Next Gen STEM careers resource says the aerospace industry offers opportunities for skilled technical workers, many of which do not require a bachelor’s degree for entry. That statement concerns technical opportunities in aerospace broadly; it does not mean every employer or job has the same entry standard.
How can students or career changers build relevant experience?
Start by choosing a job family, then find a way to practice the kind of work it involves. Engineering students may have cooperative education or internship opportunities, and technical learners can look for training, apprenticeship, or lab and shop experience relevant to their intended role.
- Choose the work, not just the industry label. Decide whether you are most interested in design, analysis, research, software, assembly, testing, operations, or coordination.
- Read current job postings for that specialty. Compare the required degree or training, tools and skills, experience, and work setting across employers. Titles can vary for similar work.
- Choose preparation that matches the requirements. This might be technical training or a certificate, an associate degree, a bachelor’s degree, or graduate study, depending on the role.
- Build relevant experience where available. Projects, technical coursework, internships, and co-op experience can help connect education to a field. NASA’s Pathways program is a multi-semester internship program that NASA describes as preparing participants for its careers; participation does not guarantee a job offer.
- Check position-specific eligibility conditions. Some defense-related aerospace work may require a security clearance, and certain clearances require U.S. citizenship. This is not a requirement for every space job; check the employer’s announcement.
For engineering fundamentals, a textbook can be an optional way to explore a subject; it does not replace a degree, technical training, or work experience when an employer requires them. NASA’s careers page and the two BLS occupational profiles are useful starting points for comparing examples of roles and preparation.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.How should you choose among space careers?
Compare the actual work and its requirements, not just how closely a job title sounds to spaceflight. The same industry contains hands-on manufacturing, mathematical analysis, research, coding, operations, and business coordination.
- Daily task: Would you rather design, analyze, research, assemble, test, write software, operate systems, or coordinate projects?
- Work setting: Does the role take place mainly in an office, lab, manufacturing floor, test facility, field site, or mission-operations environment?
- Preparation: Is technical training, an associate degree, a bachelor’s degree, or graduate study typical for the work you want?
- Work product: Would you contribute to hardware, instruments, software and data, mission services, or program support?
- Employer and location: Is the position at an agency, manufacturer, engineering-services organization, research institution, or commercial operator—and is it available where you can work?
- Pay and outlook: Use the closest BLS occupation as a benchmark, while checking whether it includes aviation, defense, or other aerospace work beyond space.
NASA’s careers page reported 10 centers and facilities and 500–1,100 new hires per year when accessed on November 13, 2026. Those figures apply to NASA and can change; they should not be read as a count of all industry locations or openings. NASA’s wide range of listed occupations is a reminder that a space career can mean many kinds of contribution, not one route to becoming an astronaut.
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Frequently Asked Questions
Do I have to work for NASA to work in the space industry?
No. Space-related work also takes place at research organizations, manufacturers, engineering-services firms, and commercial operators. Search by the work you want to do as well as by employer name, because similar specialties can appear under different job titles.
Do all space industry jobs involve launching rockets?
No. Many roles support research, spacecraft and satellite systems, manufacturing, software, data, facilities, or ongoing mission operations. A job can contribute to space activity without being based at a launch site.
Can I work in aerospace if I am not a U.S. citizen?
Eligibility depends on the employer, position, and any applicable clearance or other requirements. Some defense-related aerospace positions may require a clearance, and certain clearances require U.S. citizenship; that condition should not be assumed to apply to every space job.
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No. BLS aerospace categories include work beyond spacecraft, including aircraft and other aerospace activity. Their employment, wage, and projection figures are occupational benchmarks, not space-only counts.
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