How to Get a Job at NASA: Degrees, Skills, Application Strategy, and Career Paths

How to Get a Job at NASA

If you want to know how to get a job at NASA, the answer is not one single path.

NASA hires engineers, scientists, software developers, mission specialists, physicians, analysts, technicians, communicators, and many other professionals, so success depends on matching your background to the agency’s needs.

This guide explains the degrees, skills, experience, and application steps that can improve your chances, including the less obvious routes that many candidates overlook.

Understand the types of NASA jobs

NASA is not only looking for astronauts.

Most employees support missions from the ground through engineering, research, operations, logistics, safety, and administration.

  • Engineering: aerospace, mechanical, electrical, systems, structural, software, and robotics engineering
  • Science: physics, astronomy, planetary science, Earth science, chemistry, and biology
  • Information technology: cybersecurity, cloud systems, data engineering, and software development
  • Operations: mission planning, flight operations, payload integration, and launch support
  • Health and safety: medicine, flight medicine, industrial hygiene, and occupational health
  • Business and administration: finance, procurement, communications, human resources, and project management
  • Technical and support roles: instrumentation, lab operations, facilities, and specialized maintenance

NASA also works with contractors, universities, and partner organizations, which means a job connected to NASA is not always a direct federal position.

Choose the right education path

For most professional roles, a bachelor’s degree is the baseline.

Highly specialized technical positions and research roles may require a master’s degree or doctorate.

Common degree paths

  • Engineering: aerospace engineering, mechanical engineering, electrical engineering, computer engineering, or systems engineering
  • Computing: computer science, software engineering, cybersecurity, data science, or information systems
  • Science: physics, astronomy, geology, planetary science, chemistry, or biology
  • Health and medicine: medicine, nursing, public health, or occupational health-related fields
  • Business and communication: accounting, economics, public administration, technical writing, communications, or project management

NASA values strong academic performance, but grades alone are not enough.

Relevant projects, research, internships, and hands-on experience often matter as much as classroom credentials.

Build experience that matches NASA work

Many candidates focus only on the degree and ignore experience, but this is one of the most important factors in learning how to get a job at NASA.

The agency hires people who can solve complex problems in high-stakes environments.

Experience that stands out

  • Internships: NASA internships, federal internships, lab placements, and industry co-ops
  • Research: faculty-led projects, publications, thesis work, or independent studies
  • Competitions: robotics, rocketry, coding, engineering design, or science competitions
  • Hands-on projects: building hardware, developing software, analyzing data, or testing systems
  • Leadership: managing teams, leading student organizations, mentoring, or coordinating events
  • Technical documentation: clear reports, presentations, requirements documents, or operating procedures

If you are early in your career, focus on measurable outcomes.

For example, describe a satellite data project, a flight software prototype, or a research experiment using results, tools, and your specific contribution.

Develop the technical and professional skills NASA values

NASA candidates often assume the agency only wants advanced technical expertise, but communication and collaboration are equally important.

Most NASA missions involve multidisciplinary teams working under strict safety and schedule requirements.

Core skills to strengthen

  • Problem-solving: debugging, troubleshooting, root-cause analysis, and systems thinking
  • Technical tools: MATLAB, Python, C++, Simulink, CAD software, data analysis tools, or mission-specific systems
  • Writing and communication: concise reports, presentations, and documentation
  • Teamwork: working across engineering, science, and operations groups
  • Attention to detail: following procedures, verifying requirements, and reducing risk
  • Adaptability: handling changing mission priorities and learning new systems quickly

Security clearance requirements may apply to some roles, so professionalism, reliability, and a clean record can matter depending on the position.

Learn how NASA hiring works

Most direct federal NASA jobs are posted on USAJOBS, the official U.S. government hiring portal.

Applicants must follow federal job-announcement instructions carefully, because missing documents or incomplete responses can remove you from consideration.

What to expect in the process

  1. Find a vacancy: search by location, occupation, grade, and keyword
  2. Read the announcement carefully: check citizenship requirements, degree requirements, and special qualifications
  3. Prepare a federal resume: include detailed job descriptions, dates, hours worked, and accomplishments
  4. Submit required documents: transcripts, veterans’ documents, certifications, or writing samples if requested
  5. Answer assessment questions: be honest and specific about your experience
  6. Wait for screening and interviews: the process can take longer than private-sector hiring

Federal resumes are usually longer and more detailed than private-sector resumes.

Use bullet points that show scope, tools, outcomes, and results instead of short summaries.

Use internships, fellowships, and contractor roles strategically

If you are not ready for a direct hire position, internships and fellowships can be powerful entry points.

NASA offers student opportunities, and many universities and companies support NASA missions through research and contracting work.

Contractor roles can be especially useful because they often involve the same projects, people, and technical standards as direct NASA jobs.

Experience at aerospace firms, research labs, or government contractors can help you later qualify for federal openings.

Look for opportunities through:

  • NASA internship programs
  • University research labs and faculty projects
  • Aerospace and defense contractors
  • National laboratories
  • Professional associations in engineering, science, and computing

Tailor your application to NASA’s mission

A generic application rarely works.

When applying to NASA, show how your background supports the mission of exploration, scientific discovery, aeronautics, and space technology.

How to align your resume and cover letter

  • Use the same terminology found in the job posting when accurate
  • Highlight projects tied to flight, robotics, space systems, data analysis, or research
  • Quantify results whenever possible
  • Describe your role in multidisciplinary teams
  • Connect your experience to safety, reliability, innovation, or mission success

If the role involves a specific skill set, such as software testing or systems engineering, put that experience near the top of your resume so it is easy to evaluate.

Prepare for interviews the NASA way

NASA interviews usually focus on technical competence, teamwork, problem-solving, and mission fit.

You may be asked to explain how you handled ambiguity, met deadlines, or resolved a technical issue.

Interview topics to practice

  • Examples of solving difficult problems under pressure
  • Times you worked across disciplines or with difficult stakeholders
  • Your approach to safety, quality, and process discipline
  • Projects that required technical depth and clear communication
  • Situations where you learned a new tool or system quickly

Use structured answers that explain the situation, your action, and the result.

Keep your explanations concrete and focus on your contribution.

What can help you stand out from other candidates?

Competitive candidates usually combine technical competence with proof of initiative.

They do not just say they are interested in space; they demonstrate it through work, projects, and continuous learning.

  • Build a portfolio of relevant projects, code, designs, or publications
  • Earn certifications only if they support the role you want
  • Join professional groups such as IEEE, AIAA, ACM, or similar organizations
  • Follow NASA missions and research areas related to your field
  • Develop a reputation for reliability, clarity, and high-quality work

Understanding how to get a job at NASA means recognizing that the agency hires for mission impact, not just prestige.

The strongest applicants prove they can contribute to real technical and operational challenges.

Common mistakes to avoid

  • Applying with a generic resume that does not match the vacancy
  • Leaving out required federal details such as hours worked or dates
  • Ignoring internship and contractor pathways
  • Assuming a STEM degree alone guarantees a strong application
  • Underestimating the importance of communication and teamwork
  • Submitting rushed answers to assessment questions

Careful preparation, targeted experience, and a well-documented application are usually more effective than simply applying to many openings without tailoring your materials.

Where to focus next

The most practical next step is to identify the NASA job family that matches your background and then close the gaps in education, experience, or technical skill.

From there, build projects, seek relevant internships or contractor work, and prepare a federal resume that clearly demonstrates your fit for the role.