Fall 2026 Graduate Engineer Internship/Co-op at SpaceX
SpaceX · California · Onsite
Job Description
SpaceX is looking for highly motivated and talented graduate students to join its Fall 2026 Graduate Engineer Internship/Co-op Program.
This hands-on opportunity allows aspiring engineers to work alongside industry-leading professionals on real-world aerospace challenges that directly impact rockets, spacecraft, satellite systems, manufacturing operations, and future missions to the Moon and Mars.
Graduate Engineers are given meaningful responsibilities from day one, contributing to mission-critical projects across programs such as Dragon, Falcon, Starlink, Starshield, and Starship.
If you have a strong academic background, proven engineering experience, and a passion for solving complex technical problems, this internship offers an unparalleled opportunity to accelerate your career while helping shape the future of space exploration.
Key Responsibilities
Depending on team placement, responsibilities may include:
- Designing, analyzing, and improving aerospace systems and components
- Supporting manufacturing, testing, and operational activities
- Developing creative engineering solutions to complex technical challenges
- Collaborating with technicians, engineers, program managers, and production teams
- Conducting engineering analysis and performance evaluations
- Participating in integration, validation, and system testing activities
- Contributing to mission-critical projects across SpaceX programs
- Supporting continuous improvement initiatives and process optimization
Basic Qualifications
To be considered for the Fall 2026 Graduate Engineer Internship/Co-op, candidates must:
- Have at least 6 months of applied engineering experience through internships, laboratory work, research, personal projects, or team-based engineering projects
- Hold a Bachelor's degree in Engineering, Physics, Mathematics, or a related technical discipline
- Be enrolled in a graduate degree program before the internship start date
- Meet U.S. export control requirements and be one of the following:
- U.S. Citizen
- U.S. National
- U.S. Lawful Permanent Resident (Green Card Holder)
- Refugee under 8 U.S.C. §1157
- Asylee under 8 U.S.C. §1158
Preferred Qualifications
Candidates stand out when they possess:
- GPA of 3.5 or higher
- 9+ months of technical experience outside the classroom
- Research, laboratory, extracurricular engineering, volunteer, personal project, internship, or work experience
- Strong analytical and problem-solving abilities
- Excellent teamwork and communication skills
- Ability to thrive in fast-paced, dynamic engineering environments
- Experience collaborating with multidisciplinary teams
Internship Requirements
- Available to work full-time onsite
- Available for a minimum of 12 consecutive weeks
- Internship begins in August or September 2026
- Must provide personal transportation for positions located in:
- Bastrop, TX
- Cape Canaveral, FL
- McGregor, TX
- Vandenberg, CA
Compensation & Benefits
Annualized Salary by Academic Level
| Academic Level | Annual Salary |
|---|---|
| Completed Bachelor's Degree | $83,200 |
| Completed Master's Degree | $91,000 |
| Completed PhD | $100,100 |
In addition to competitive compensation, Graduate Engineers may be eligible for:
- Relocation stipend assistance
- Comprehensive medical coverage
- 401(k) retirement savings plan
- Paid company holidays (10+ annually)
- Professional development programs
- Networking opportunities with SpaceX leadership
- Career development workshops and training sessions
- Exclusive intern and graduate engineer events
Engineering Programs Hiring Graduate Engineers
Dragon Program
Work on the world's most advanced human-rated spacecraft responsible for transporting cargo and crew to and from the International Space Station while supporting future missions to the Moon, Mars, and beyond.
Opportunities include:
- Analysis Engineering
- Avionics Engineering
- Build Engineering
- Integration & Test Engineering
- Life Support Systems
- Manufacturing Engineering
- Materials Engineering
- Propulsion Engineering
- Structures Design Engineering
- Supply Chain Engineering
Falcon Program
Help advance Falcon 9 and Falcon Heavy, SpaceX's reusable launch vehicles that deliver satellites, cargo, and astronauts into orbit.
Opportunities include:
- Analysis Engineering
- Avionics Engineering
- Components Engineering
- Manufacturing Engineering
- Launch Site Operations Engineering
- Propulsion Engineering
- Recovery Engineering
- Structures Design Engineering
- Supply Chain Engineering
Starlink Program
Contribute to the world's largest satellite internet constellation, providing high-speed broadband connectivity across the globe.
Opportunities include:
- Analysis Engineering
- Avionics Engineering
- Components Engineering
- Industrial Engineering
- Integration & Test Engineering
- Manufacturing Engineering
- Operations Engineering
- Structures Design Engineering
- Supply Chain Engineering
Starshield Program
Support advanced aerospace and satellite technologies designed for U.S. government and national security missions.
Opportunities include:
- Avionics Engineering
- Build Engineering
- Components Engineering
- Integration & Test Engineering
- Manufacturing Engineering
- Materials Engineering
- Mechanical Design Engineering
- Structures Engineering
Starship Program
Work on the fully reusable transportation system designed to carry humans and cargo to Earth orbit, the Moon, Mars, and beyond.
Opportunities include:
- Analysis Engineering
- Automation & Controls Engineering
- Avionics Engineering
- Build Engineering
- Civil Engineering
- Components Engineering
- Industrial Engineering
- Launch Site Operations Engineering
- Manufacturing Engineering
- Materials Engineering
- Propulsion Engineering
- Structures Design Engineering
- Supply Chain Engineering
- Test Engineering
ITAR Requirements
To comply with U.S. Government export control regulations, applicants must be:
- U.S. Citizens or Nationals
- U.S. Lawful Permanent Residents (Green Card Holders)
- Refugees under 8 U.S.C. §1157
- Asylees under 8 U.S.C. §1158
Applicants may also qualify if eligible to obtain required authorization from the U.S. Department of State.
Equal Opportunity Employer
SpaceX is an Equal Opportunity Employer. Employment decisions are based on merit, qualifications, competence, and business needs. SpaceX provides equal employment opportunities regardless of race, color, religion, sex, national origin, ethnicity, age, disability, veteran status, sexual orientation, gender identity, marital status, or any other protected characteristic under applicable law.
Note: Apply as early as possible before the window closes.
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LIKELY QUESTIONS - Which SpaceX program and engineering function are you most interested in - for example Starship propulsion, Dragon integration and test, or Starlink manufacturing - and why? - Tell me about a technically complex engineering project where you personally designed, analyzed, built, or tested something and what your direct contribution was. - How have you used first-principles thinking to solve a difficult problem when requirements were ambiguous or the initial approach was failing? - Describe a time you worked hands-on with hardware, manufacturing, lab equipment, or test systems. What did you do, and what were the results? - SpaceX moves fast and expects ownership from day one. How do you prioritize when multiple critical tasks are competing and timelines are aggressive? - Walk me through an engineering analysis you performed - assumptions, tools used, validation method, and how you knew the answer was credible. - Tell me about a time you found a design, process, or test issue before it became a larger problem. How did you identify it and what action did you take? - This role requires close collaboration with technicians, production, and cross-functional teams onsite. How have you worked across disciplines to move a project forward? BEHAVIOURAL QUESTIONS - Tell me about a time you failed or made a mistake on a technical project. Model approach: Situation - brief context of the project and the mistake. Task - what you were responsible for and why it mattered. Action - how you identified the issue, owned it quickly, corrected the technical problem, communicated transparently, and changed your process. Result - measurable recovery, lesson learned, and how the new approach prevented repeat failures. - Describe a time you had to deliver under severe time pressure. Model approach: Situation - urgent deadline, constrained resources, or test/build milestone. Task - your deliverable and stakes. Action - how you broke down priorities, focused on highest-risk items, coordinated with others, made tradeoffs, and maintained quality. Result - what shipped or passed, timeline met, and evidence of good judgment under pressure. - Give an example of a conflict or disagreement on a team and how you handled it. Model approach: Situation - technical disagreement with teammate, technician, or another function. Task - align the team around the best decision. Action - listened first, brought data, clarified requirements, tested assumptions, kept ego out, and drove toward objective criteria. Result - better decision, preserved relationships, and progress resumed. - Tell me about a time you improved a process, design, or test method. Model approach: Situation - inefficient workflow, recurring defect, long test cycle, or poor documentation. Task - improve speed, quality, or reliability. Action - diagnosed root cause, proposed a practical improvement, validated it with data or pilot testing, and implemented with stakeholder buy-in. Result - measurable gain such as reduced cycle time, fewer errors, lower cost, or higher confidence. SMART QUESTIONS TO ASK - How do graduate interns typically add value in the first 4 to 6 weeks, and what differentiates the interns who earn the most trust quickly? - For the team hiring this role, what are the most urgent technical problems or production bottlenecks you want the intern to help address this fall? - How does the team balance speed with engineering rigor when making design, test, or manufacturing decisions on tight timelines? - What does strong performance look like for this internship by the midpoint and by the end of the 12-week term? - How closely do interns work with technicians, manufacturing, test, and design teams, and how much ownership can they expect over hardware or mission-critical deliverables? RED FLAGS TO WATCH FOR - Vague answers about scope, ownership, or success metrics for interns - this can signal the role is not well defined or may be mostly support work. - Repeated emphasis on constant fire-fighting without discussion of mentorship, process, or prioritization - this can indicate burnout risk rather than healthy high performance. - Evasive or inconsistent answers about team culture, manager availability, or how mistakes are handled - this may point to poor communication or low psychological safety.
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Adjacent Career Paths
Roles you'd also qualify for based on this posting's requirements:
- Systems Engineering Intern — The role involves cross-functional design, analysis, integration, and validation work that aligns closely with systems engineering.
- Aerospace Test Engineer Intern — The posting emphasizes testing, performance evaluation, and mission-critical validation activities central to test engineering.
- Manufacturing Engineer Intern — Candidates support production, process optimization, and manufacturing operations, which directly matches manufacturing engineering.
- Avionics Engineering Intern — The internship spans spacecraft and rocket programs with multidisciplinary technical problem-solving relevant to avionics engineering.