Resume & Interviews
The Aerospace Internship Resume
Aerospace internship resumes follow a specific pattern. Hiring managers at Boeing, NASA, and SpaceX see thousands — here's what makes yours stand out.
Format
- One page. No exceptions for undergrads. Two pages only if you're a PhD with publications.
- Standard format. No creative layouts, no colors, no photos. ATS (Applicant Tracking Systems) at large companies parse standard formats; creative ones get mangled.
- Sections in order: Education, Technical Skills, Projects, Experience, Activities/Leadership.
Education Section
University name, degree, expected graduation date, GPA (if 3.0+). List relevant coursework: structures, thermodynamics, aerodynamics, controls, propulsion, programming. Only list courses that are relevant to aerospace — not general education.
Technical Skills
Be specific. Not "CAD software" — instead: "SolidWorks (3 years), CATIA V5, Fusion 360." Not "programming" — instead: "Python, MATLAB, C++, Arduino." Include lab skills: wind tunnel operation, 3D printing (FDM, SLA), composite layup, soldering, machining (lathe, mill).
The Critical Section: Projects
This is where most students fail or succeed. Every project entry should follow this pattern:
- Project name and context (competition, class, personal)
- What you specifically did (not what the team did)
- Quantifiable results (altitude reached, weight reduced, error decreased, competition placement)
Good: "Designed and built a composite fin can for a Level 2 high-power rocket using SolidWorks and vacuum-bagged carbon fiber layup. Achieved target apogee of 5,280 ft within 2% error."
Bad: "Participated in rocketry club activities and helped with rocket construction."
Showcasing Projects and Competitions
Competitions are the fastest way to fill the projects section of your resume — and aerospace hiring managers know them by name.
Competitions That Carry Weight
| Competition | What It Shows | Resume Impact |
|---|---|---|
| AIAA DBF | Aircraft design, manufacturing, flight testing | Very high — AIAA is the professional society |
| TARC / Spaceport America Cup | Rocketry design, build, launch | High — well-known in aerospace |
| FIRST Robotics | Mechanical design, programming, teamwork | High — universally recognized |
| Science Olympiad | Broad STEM knowledge, competition experience | Moderate — good for HS students |
| StellarXplorers | Space systems, orbital mechanics | Moderate-high — space-specific |
| SAE Aero Design | Aircraft design with constraints | High — SAE is respected in engineering |
Personal Projects That Stand Out
- A rocket you designed and flew. Include altitude, motor class, any custom components.
- A wing or airfoil you designed and tested. XFLR5 analysis, 3D print, wind tunnel or flight test.
- A flight controller or autopilot. Arduino/Raspberry Pi, sensor integration, PID control.
- A simulation. Orbital mechanics in Python, CFD in OpenFOAM, structural FEA in ANSYS.
- Anything you built with your hands. 3D printing, composite fabrication, CNC machining, welding.
Document everything. Take photos, save CAD files, record test data. A GitHub repo or portfolio website showing your project work is a strong supplement to your resume.
Technical Interviews
Most aerospace startups (SpaceX, Anduril, Shield AI, Skydio) and some prime contractors conduct technical interviews. Here's what to expect:
Software/CS Roles
Standard coding interviews — data structures, algorithms, and systems design. LeetCode-style problems are common at defense tech companies. Anduril and Skydio interview like top tech companies. SpaceX adds aerospace-specific questions (embedded systems, real-time constraints, physics).
Mechanical/Aerospace Engineering Roles
Expect questions on:
- Statics and dynamics: Free body diagrams, moment calculations, truss analysis.
- Structures: Stress, strain, buckling, fatigue. "How would you size this beam?"
- Thermodynamics: Heat transfer modes, engine cycles, efficiency calculations.
- Fluids: Bernoulli's equation, Reynolds number, boundary layers, basic aerodynamics.
- Materials: Why aluminum vs. titanium vs. composites? When would you use each?
SpaceX is famous for rapid-fire technical questions that test your fundamentals. Don't memorize — understand the concepts well enough to derive answers from first principles.
How to Prepare
- Review your core coursework — especially statics, dynamics, thermo, fluids, and structures.
- Practice explaining your projects in technical detail. "Walk me through how you designed this" is a near-guaranteed question.
- For software roles: LeetCode medium-level problems, systems design basics.
- For all roles: Know the company's products. If you're interviewing at SpaceX, know how a Merlin engine works. If it's Anduril, understand autonomous systems concepts.
Behavioral Interviews
Prime contractors (Boeing, Lockheed, Northrop) lean heavily on behavioral interviews. The format: "Tell me about a time when you..." followed by a situation that reveals your teamwork, problem-solving, or leadership.
The STAR Method
Situation, Task, Action, Result. Structure every answer this way:
- Situation: Brief context. "During our TARC competition, our rocket's parachute deployment system failed twice in testing."
- Task: Your specific role. "As the recovery systems lead, I needed to redesign the deployment mechanism before our qualifying launch."
- Action: What you did. "I analyzed the failure mode, identified that the black powder charge was insufficient for our nose cone fit, redesigned the coupler with a looser fit tolerance, and tested three iterations."
- Result: What happened. "The third iteration deployed successfully on all five test flights. We qualified for nationals with an altitude within 3% of target."
Common Questions
- "Tell me about a project where something went wrong. How did you handle it?"
- "Describe a time you worked on a team with disagreement about the approach."
- "What's the most technically challenging thing you've built?"
- "Why aerospace? Why this company specifically?"
Prepare 5–6 STAR stories from your projects, competitions, and work experience. Most behavioral questions can be answered with one of your prepared stories, adapted slightly to fit the specific question.
After the Interview
Follow-Up
- Send a thank-you email within 24 hours. Short, professional, referencing something specific from the conversation. This is expected at traditional companies (Boeing, Lockheed) and appreciated everywhere.
- Don't follow up more than once. If you haven't heard back after the stated timeline, one polite follow-up email is fine. More than that hurts you.
- Keep applying while you wait. Never stop your application process because one interview went well. Continue submitting to other programs until you have a signed offer.
Evaluating Offers
If you receive multiple offers, evaluate honestly:
- What will you actually learn? A program where you work on real hardware or software beats a program where you shadow and observe.
- Total compensation matters more than hourly rate. A $25/hr offer with housing support may net more than a $35/hr offer in San Francisco with no housing.
- Conversion rate. Does the company convert top interns to full-time? SpaceX, Boeing, Lockheed, and Northrop all have strong conversion pipelines.
- Security clearance. If a program sponsors your clearance, that's a career asset worth more than the pay difference between two offers.
If You Don't Get an Offer This Cycle
- It's normal. Many successful aerospace professionals were rejected from internships multiple times before landing one. NASA explicitly encourages reapplication.
- Build for next cycle. Start a technical project, enter a competition, learn a tool (SolidWorks, MATLAB, Python). The goal is to have something new on your resume when you apply again.
- Look for alternatives. University research labs, local machine shops, small aerospace contractors, and informal positions at your school's engineering labs all count as experience.
The long game: Your first internship is the hardest one to get. Once you have one aerospace internship on your resume — even at a small company or a research lab — your odds for the next application cycle improve dramatically. Focus on getting that first experience, wherever it comes from.