SpaceX added 110 roles in seven days — and the ones that matter most are for engineers who can design circuit boards that fly.

The Starship Avionics Hiring Spike — by the Numbers

SpaceX's Hawthorne campus is in the middle of a sustained hiring push for Starship avionics and electrical engineering talent, and the postings are specific enough to read like a subsystem manifest. At least two active LinkedIn listings for Electrical Engineer (Starship Avionics) are live in Hawthorne right now, one posted roughly a month ago with 115 applicants already on record and another that appeared within the past two hours as of this writing. Indeed lists 10 open SpaceX Starship electrical engineer positions in the Hawthorne area alone, spanning roles from DSP engineer to avionics engineer to reliability engineer.

Zero G Talent's own board data puts the broader picture in sharper focus: SpaceX added 110 roles across all functions in the past seven days. The Starship avionics electrical engineer posting sits in that wave, with a listed base range of $105,000–$122,500 at Level I and $115,000–$145,000 at Level II. A separate Power Systems Engineer (Starship Avionics) role and an Avionics Systems Engineer (Starship) role are also listed on LinkedIn's similar-jobs sidebar, suggesting the avionics hiring extends beyond a single requisition into a coordinated multi-seat effort.

The bar for entry is not what you'd expect for rocket hardware. The basic qualifications call for a bachelor's degree in electrical engineering and just one year of experience designing, building, or testing circuit boards (internships and academic projects count). The postings target early-career electrical engineers, and they note that extended hours and weekend work may be required when mission milestones demand it.

Every posting carries an ITAR restriction: applicants must be U.S. citizens, green card holders, or hold specific refugee or asylee status. That requirement alone narrows the available talent pool significantly, and it is the same constraint every competitor hiring for cleared avionics work in the Los Angeles basin has to navigate.

What makes this wave distinct is the specificity of the subsystem language in the job descriptions. These are not generic electrical engineering postings. They name switching power converters, EMI/EMC compliance, high-voltage devices, lithium-ion batteries, motor inverters, FPGAs, and design-for-manufacturing.

What the Job Listings Reveal About Starship's Subsystem Priorities

The open roles don't just show that SpaceX is hiring — they show where the program is under the most pressure. Read the listings closely and a pattern emerges: Starship is scaling the electronics that sit closest to the vehicle's hardest engineering problems (sensing, power distribution, and the networks that tie it all together).

Start with the Electrical Engineer, Sensors (Starship Avionics) role posted on SpaceX's own board. The Sensor Development team, per the listing, designs electronics for "physical sensors, such as pressure, acceleration, rotation, etc." The work is low-noise analog circuit design, board layout, and device testing (the kind of signal-conditioning work that feeds guidance, navigation, and control systems). The listing calls for experience with oscilloscopes, network analyzers, spectrum analyzers, and RF test equipment, plus microcontroller interfacing.

Then there's the broader Electrical Engineer (Starship Avionics) listing, which Dice posted 21 days ago. The skills list runs long (40-plus items), but the clustering tells the story. Analog circuits, sensor signal conditioning, and hardware filter design sit alongside Ethernet (including single-pair), network switches, FPGAs, and microcontrollers. Power electronics get their own block: switching power converters, power magnetics, motor inverters, input filters, EMI/EMC compliance, high-voltage systems, lithium-ion batteries, and solid-state load switches. The listing also calls out circuit board layout for high-speed digital applications where signal integrity is critical, plus design-for-manufacture and productization.

That last phrase matters. **Productization. ** The listing explicitly values engineers who can take hardware from a bench prototype into volume production. The responsibilities back this up: engineers on this team are expected to "support hardware through production, integration, and flight," the full lifecycle, not just design-and-handoff. They'll work with EMI, radiation, production, propulsion, structures, and GNC teams to make systems "more efficient, manufacturable, and reliable." The word "manufacturable" appears across the listings.

There's also a GNC Engineer, Fleet Management (Starshield) role in Hawthorne and an Avionics Systems Engineer (Starship) position, both listed on LinkedIn, that point to the integration layer (the work of making avionics talk to flight software, propulsion controllers, and ground systems at scale). The latter specifically mentions triaging, root-causing, and repairing electrical systems through integration and test.

Put it together and the subsystem priorities are clear: SpaceX is hiring to close the loop between sensing, power, networking, and manufacturing readiness. The avionics are being designed for a vehicle that has to fly repeatedly, be turned around quickly, and be built at a rate the aerospace industry hasn't attempted before.

The Salary Band — and What It Signals

SpaceX's listed base range for Starship avionics and electrical roles in Hawthorne ($105,000 to $145,000 across Levels I and II) sits in an interesting spot. It's not the highest number on the board, but it's not trying to be.

Levels.fyi data shows the median total compensation for an Electrical Engineer at SpaceX is $175,000 per year, with base salary averaging $155,000 at the L1 level. Stock grants add roughly $39,000 annually, vesting over five years. The current Starship postings likely target L1 or early L2 engineers, the people doing board-level design, test, and integration work on specific avionics subsystems rather than leading programs. Glassdoor's broader figure for SpaceX engineers in Hawthorne ($145,552 average base across 181 salary submissions) lines up with that interpretation.

Zoom out to the Southern California market and the picture gets more nuanced. The spread is wide because "avionics engineer" covers everyone from a junior at a defense subcontractor to a principal engineer at a prime. Glassdoor's Los Angeles-specific data gives the most useful anchor: the 25th percentile sits at $137,577 and the 75th at $211,853. SpaceX's $145,000 ceiling lands just above that 25th percentile, meaning the top of the Starship avionics band is competing with what a mid-level engineer can already make elsewhere in the region.

That's where the stock matters. SpaceX's total rewards package includes RSUs and the ability to purchase additional stock at a discount through an employee stock purchase plan. Other SpaceX roles in Hawthorne, like Application Software Engineer, Safety & Training, list at $125,000–$145,000, and Security Engineer (Embedded OT) at $130,000–$155,000. The avionics roles are priced at the lower end of SpaceX's own internal range.

The real comparison is against the companies competing for the same people. The table below lays out the competing salary bands side by side.

On paper, SpaceX's range sits at the lower end. But the comparison is misleading without context: SpaceX's Hawthorne base salary doesn't capture the equity upside that has historically compensated for below-market cash, and the company's compressed hierarchy means an electrical engineer at SpaceX often owns subsystem-level decisions that would require a senior title at a defense prime.

The salary band signals that SpaceX is hiring for volume at the mid-level, not poaching a handful of senior people. They need dozens of competent electrical engineers who can own a board or a test campaign, and they're pricing accordingly. For competing employers, the takeaway is that matching SpaceX on base salary is necessary but not sufficient — the differentiator has to be either higher cash compensation, a more compelling equity story, or work that's equally hard to find anywhere else.

Why Hawthorne — and Why Now

The answer is in the address. Every Starship avionics and electrical engineering role on Zero G Talent's board lists the same location: 1 Rocket Road, Hawthorne, CA 90250. That's SpaceX's headquarters, the building where Starship's flight computers, power distribution boards, and vehicle-wide harnessing are designed, tested, and iterated.

The hiring surge tracks with a production ramp. Manufacturing at volume demands a different kind of electrical engineer than prototyping does. Prototyping tolerates hand-soldered boards and one-off harness designs. Production demands engineers who can design for manufacturability, write test procedures that floor technicians can follow at scale, and troubleshoot yield issues across dozens of units, not one. Those postings and related roles in Hawthorne map directly to that transition.

The 110 SpaceX roles added in the past seven days include multiple avionics and embedded security positions at the Hawthorne headquarters. That pace suggests the company is staffing for a sustained production and flight-test tempo, not a short-term spike. The embedded OT security roles appearing alongside the avionics listings add another signal: as Starship's electrical systems grow more networked and software-defined, the attack surface grows with it, and SpaceX is hiring to close that gap in the same building where the hardware is designed.

The Talent War Nobody's Covering

The avionics engineers SpaceX wants in Hawthorne aren't sitting on the market waiting. They're already employed, at Anduril, at Blue Origin, at other aerospace firms, and pulling them out requires more than a job posting. It requires outbidding companies that are hiring for the same skills at the same moment.

In the past seven days alone, Anduril added 228 roles. Blue Origin added 145. These aren't sequential hires filling a pipeline; they're concurrent pushes, all competing for electrical engineers, embedded systems talent, and program managers.

The salary bands make the competition legible. SpaceX's Starship Electrical Engineer listing in Hawthorne posts $105,000–$145,000 across levels. The same Blue Origin role lists $130,706–$182,988. Anduril's Senior Industrial Engineer in Costa Mesa posts $146,000–$194,000. On paper, SpaceX's range sits at the lower end.

What makes this a genuine talent war rather than a routine hiring cycle is the simultaneity. All three are scaling production at the same time, for different programs, in overlapping labor markets. None of these timelines have slack.

For candidates, the leverage is real and temporary. Multiple offers with competing timelines create negotiating conditions that don't exist when one company is hiring in isolation. For employers, the implication is blunt: if your avionics role requires a security clearance and several years of flight hardware experience, the candidate you want is likely fielding other interest this week. The companies that close fastest (on offer, on start date, on scope of responsibility) will fill their roles.

What Engineers and Hiring Managers Should Do Next

For electrical and avionics engineers eyeing the Starship program, the window is open but the bar is specific. SpaceX's current Hawthorne listings target candidates with direct experience in embedded systems, power distribution, or flight-critical electronics. If you're applying, lead with hardware you've shipped, not just simulation work. The 110 SpaceX roles added in the past week include several electrical and avionics positions at the Hawthorne headquarters. That pace isn't slowing. Engineers who want to be considered should apply directly through SpaceX's site and through boards like LinkedIn and Wellfound where the roles are cross-posted, but treat the application as a technical document: your resume should read like a design review package, not a generalist summary.

For hiring managers at competing companies, the signal is harder to ignore. Anduril added 228 roles in the same seven-day window, with senior positions in Costa Mesa paying $146,000–$194,000. Blue Origin posted 145 roles, including that same Electrical Design Engineer III at $130,706–$182,988. Those numbers are competing directly for the same candidate pool that SpaceX is fishing in. If your compensation bands sit below $115,000 base for mid-level avionics work in Southern California or the Seattle corridor, you're not in the conversation.

The practical move: audit your open electrical and embedded systems roles against the bands all three are posting publicly. If there's a gap, close it or differentiate on something candidates actually value (schedule flexibility, clearance sponsorship, or a product timeline that's closer to flight hardware than a PowerPoint roadmap). The talent war for aerospace electronics engineers is being fought on salary data that anyone can read. The companies that adjust fastest will staff fastest.

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