How to Get an Engineering Job at SpaceX as a New Grad

SpaceX just IPO-ed, and it’s no surprise that engineering roles here have become some of the most sought-after in tech.

The challenge is that most of the advice floating around about breaking into SpaceX is either generic engineering advice or recycled from years ago. SpaceX hires differently than most companies, evaluates candidates differently, and attracts a level of competition that can make even strong applicants feel lost.

Over the last few years, we’ve watched candidates navigate some of the most competitive engineering recruiting funnels in tech, and SpaceX comes up more than almost any other company. The questions are always similar: which team should I target, what skills actually matter, and how does the interview process work?

To put this guide together, we reviewed current SpaceX, Starlink, Starshield, and xAI hiring trends, compared them against candidate experiences, and combined them with patterns we’ve seen from successful engineering applicants. The goal is simple: help you understand where you fit, what SpaceX is looking for, and how to maximize your chances of getting hired.

What roles does SpaceX hire?

Before thinking about interviews, it’s worth understanding the types of engineers SpaceX hires. Most new-grad openings fall into five broad buckets:

• Software Engineering: Backend systems, embedded software, flight software, networking, infrastructure, and developer tooling.
• Mechanical Engineering: Structures, propulsion, manufacturing systems, thermal systems, and CAD-heavy design work.
• Electrical Engineering: Avionics, communications, power systems, PCB design, and hardware integration.
• Manufacturing & Test Engineering: Building, validating, and scaling physical systems that support rockets, satellites, and ground infrastructure.
• AI & Machine Learning Engineering: Primarily through xAI, with roles focused on foundation models, training infrastructure, distributed systems, and AI product development.

Each path requires different skills, different projects, and often different interview preparation.

What organization should you target?

Many candidates think they’re applying to “SpaceX.” In reality, they’re usually applying to a specific organization.

• SpaceX Launch & Starship: The core rocket business. Engineers here work on Falcon, Dragon, Starship, propulsion systems, flight software, and launch operations.
• Starlink: SpaceX’s satellite internet division. This group hires large numbers of software, networking, distributed systems, infrastructure, and hardware engineers.
• Starshield: Government and defense-focused programs. Many positions require security clearances and involve communications, cybersecurity, satellite systems, and national security work.
• xAI: SpaceX’s recently merged AI organization. Roles focus on machine learning, AI infrastructure, training systems, distributed computing, and model deployment.

The engineering experience can vary dramatically between these organizations, so identifying your target early makes the rest of your preparation more effective.

What roles do they hire for new grads?

If you’re applying as a new grad, some teams are easier entry points than others.

Flight Software

Typically seeks strong C++ developers with systems programming experience.

• Starlink Software: Often hires backend, networking, infrastructure, and distributed systems engineers.
• Manufacturing Engineering: Looks for candidates with CAD, NX, ANSYS, and hands-on design experience.
• Test Engineering: Frequently values Python, automation, debugging, and hardware validation experience.
• AI Infrastructure & ML Engineering: Primarily through xAI, emphasizing Python, machine learning systems, distributed computing, and large-scale infrastructure.

One useful exercise is to identify which of these buckets best matches your existing projects before you start preparing for interviews.

Are there any restrictions to applying?

Two things will end your SpaceX application before a human ever reads it, so check them first.

The first is your graduation year. SpaceX new-grad postings are tagged to specific classes. Right now the Starlink, Starship, and Propulsion roles say "graduating with a bachelor's, master's, or PhD in 2026 or 2027". If you're outside that window, that specific posting isn't for you. Some postings also ask for "1+ years of software development experience," but read the fine print, because that can come from a project team, research, or an internship. You don't need a full-time job to clear it.

This is the kind of hidden detail that quietly disqualifies people. From what we've seen, some candidates apply to the wrong entity or miss an eligibility rule entirely, and never find out why they were screened out. Reading the fine print early is a real advantage, not a formality.

The second filter is citizenship. Every SpaceX engineering posting carries an ITAR requirement. You need to be a US citizen or national, a green card holder, a refugee under 8 U.S.C. §1157, or an asylee under 8 U.S.C. §1158. No H-1B sponsorship shows up anywhere in their postings. If you're an international student without one of those statuses, most SpaceX engineering roles are closed to you, and it's better to know that now than after three rounds.

How do you stand out at SpaceX with no experience?

If you're applying cold with a thin resume, a real project is the best workaround I know. The candidates we've seen pull this off do something specific: one Berkeley mechanical engineering student built a small vertical-takeoff-and-landing model rocket with a partner, documented the entire build on a public blog, and used it alongside his resume. He got multiple SpaceX phone interviews off the back of it, and one interviewer told him he'd requested the interview almost entirely because of the project.

Worth being honest about the ceiling: he didn't get an offer, and said his technical knowledge was still a notch below their bar. So the lesson isn't "build a rocket and you're in." It's that a documented build gets you past the no-experience wall and into the room. Scope it to the team you want. If you're applying to propulsion, build and instrument something that burns. If you're applying to Starlink software, ship a small distributed system and write up the design tradeoffs. Document the failures too, because that's what reads as real.

How fast do you need to apply to a SpaceX posting?

SpaceX runs on Greenhouse, and popular postings reportedly pull 500 to 2,000-plus applications in the first week, so speed matters. Have a clean, parse-friendly resume ready so you can apply within a day or two of a posting going live, not a week later when you've lost the timing battle. Get your resume reviewed by people who actually do the work you're targeting, and make sure it's ATS-compatible. Outside feedback is the fastest way to fix a resume that looks fine to you but reads thin to a recruiter.

That first-week crush is exactly why tracking openings beats refreshing the careers page. SpaceX pulls 500 to 2,000+ applications in the first week, so the Simplify Job Tracker keeps you on top of opening dates and recruiting timelines, so you can hit that 48-hour window and stay ahead of the crush.

The process runs roughly four to eight weeks: recruiter screen, one or two technical phone screens, a take-home for software roles (reported as a 3-hour Codility test, LeetCode medium-to-hard, with up to two weeks to complete), then an onsite of four to seven rounds, then an offer one to two weeks out. And no, new grads don't interview with Elon. That's mostly stopped, even for senior hires.

The part most people get wrong is that software prep diverges sharply by track, so ask your recruiter which one you're in. Starlink interviews look like FAANG cloud and distributed-systems interviews: system design, consistent hashing, leader election, network routing, usually in Python, Go, or Rust. Avionics and flight software runs on heavy C++ with embedded constraints like deterministic execution, no dynamic allocation in hot paths, watchdog timers, and rate-monotonic scheduling. Prepping consistent hashing for an avionics role is wasted time.

One onsite stage is worth rehearsing because it isn't on the careers page: some software candidates are asked to propose five project ideas, the team picks one, and you present it to the whole team for about an hour. Come in with five real ideas tied to that team's work. In the technical rounds, vocalize your reasoning the entire time. Staring silently at the screen helps no one. The people evaluating you care more about how you think than whether you land the final answer, and you want at least one interviewer leaving the room as your advocate.

What is the pay and culture like for a SpaceX new grad?

New-grad software bases from real postings cluster at $120K to $155K (Starlink Level I in Sunnyvale runs roughly $135K to $155K), with electrical engineering roles often landing closer to $105K to $120K. Equity sits on top in the form of RSUs, plus an employee stock purchase plan (ESPP) that lets employees buy shares at a discount. Now that SpaceX is public, that equity has a transparent market value, making compensation much easier to compare against companies like Google, Meta, Amazon, and other public tech employers.

That visibility cuts both ways. New grads no longer have to guess what their shares might be worth, but they also lose some of the uncertainty-driven upside that comes with joining a private company before a public listing. The conversation becomes less about speculation and more about understanding the actual value of your base salary, RSUs, refreshers, and ESPP benefits.

That’s where many candidates still misjudge their offer. A strong SpaceX package isn’t just the salary number in the offer letter. It’s how the salary, equity, vesting schedule, and long-term growth prospects fit together. Before signing, make sure you’re benchmarking against comparable public-company offers and evaluating the full compensation package rather than the base salary alone. Simplify's Salary Negotiation service helps you understand comp benchmarks, negotiate RSU vesting terms, and evaluate the true value of an illiquid equity package before you sign, so you know exactly what you're walking into.

The hours are real. Reports consistently land in the 50-to-60-hour range, higher during launch campaigns, with three weeks of PTO. People accept it for a specific reason that keeps coming up: at a lot of big companies, your work gets shelved, while at SpaceX an intern's code can end up on a vehicle that leaves the planet. The engineers we've talked to describe eight hours of genuine mental exhaustion and still wanting to come back the next morning. That's the trade, so go in with your eyes open on it.

Simplify gives you the tools to move faster and smarter through competitive recruiting, so you can focus on the prep that actually moves the needle.

Frequently Asked Questions

Where are most SpaceX new-grad engineering roles located?

New-grad postings cluster around a handful of sites. Hawthorne and Starbase (near Brownsville, TX) dominate hardware and propulsion hiring, while Redmond, Sunnyvale, and Bastrop carry most Starlink software and hardware roles. Several Starbase postings require relocation, so factor in housing and commute realities before you apply. Filter the careers page by location early to avoid surprises late in the process.

What GPA do you need to get into SpaceX as a new grad?

Official postings list a minimum 3.5 GPA, 95th-percentile standardized test scores, or a merit-based scholarship as preferred qualifications, not hard cutoffs. That wording matters: "preferred" means a strong project portfolio or relevant internship can offset a lower GPA. Don't self-reject on numbers alone. A documented build or a converted internship often carries more weight than a tenth of a GPA point.

Does SpaceX convert most of its interns to full-time offers?

Reported conversion rates land well above what you'd get cold-applying, though exact figures vary by source and discipline. The takeaway is the strategy, not the percentage: interning gives you a manager, a mentor, and a real project to prove yourself on for twelve weeks. Treat it as an extended interview, ask for early feedback, and make your conversion case visible before the internship ends.

How should I prepare differently for Starlink versus avionics software roles?

Confirm your track with the recruiter, then specialize. Starlink work mirrors FAANG distributed systems, so drill system design, consistent hashing, leader election, and network routing in Python, Go, or Rust. Avionics flight software is embedded C++ under real-time constraints, so practice deterministic execution, memory discipline, and scheduling. Studying the wrong track wastes weeks you can't get back before a fast-moving onsite.