If you work aerospace in Everett, here is the thing about the ZeroAvia anniversary that matters most: two miles south of the Boeing complex, a 136,000-square-foot manufacturing facility has spent two years quietly building workforce demand for skills you already have — and skills the IAM 751 Machinists Institute and Everett Community College’s aerospace programs already teach. As of April 24, 2026, ZeroAvia’s Propulsion Center of Excellence at Paine Field has been running for two full years.
The Worker Question Most Aerospace Coverage Skips
When ZeroAvia opened in April 2024, almost every press story focused on the technology — hydrogen fuel cells, electric motors, water vapor emissions. Almost none asked the practical question every aerospace worker in Everett wanted answered: what kinds of jobs is this place going to need, and are they jobs the people already on Paine Field can do?
Two years in, the answer is becoming clearer, and it is surprisingly familiar. The Everett Propulsion Center of Excellence builds electric motors and power electronics — inverters, converters, motor controllers. The skills required to manufacture those at aviation grade overlap heavily with the skills that already exist in Snohomish County’s 1,350-plus aerospace establishments: precision machining, coil winding, sub-assembly under controlled conditions, quality and conformity inspection, test cell operation, wire harness routing, composite work for housings and structural mounts, and electrical and avionics integration.
None of that is a different planet from what you already do on the 737 MAX North Line, the 777X final assembly floor, or any of the supplier shops that feed them. It is a different propulsion architecture using the same aviation-grade manufacturing discipline.
What ZeroAvia Manufactures, in Worker-Floor Language
The Everett facility manufactures two product families:
- Components for ZeroAvia’s own powertrains — the 600-kilowatt ZA600 (targeting 10- to 20-seat aircraft) and the 1.8-megawatt-class ZA2000 (targeting 40- to 80-seat aircraft). The Everett floor builds the electric motors and the power electronics that go inside both.
- Aviation-grade components for the broader electric aviation market — motors and inverters sold to other electric and hybrid aircraft programs that don’t have the in-house capability to build aviation-rated propulsion electronics. This is a separate revenue line that doesn’t depend on ZeroAvia winning the hydrogen aviation race.
That second product line diversifies the headcount story. The shop is not staffed only against ZeroAvia’s own aircraft programs — it is also staffed against orders from electric trainer programs, electric vertical takeoff platforms, and hybrid regional aircraft startups that need an aviation-rated motor or inverter and would rather buy than build.
Skills Carry-Forward From Boeing
If you’re a 751 machinist, an avionics tech, a quality inspector, an assembler, or a test cell operator on the 737 or 777X, the skills that translate most directly to a hydrogen-electric propulsion line are:
- Precision machining and tolerance work — electric motors require tight rotor and stator tolerances, which is what aviation precision machining already does.
- Wire routing and harness work — power electronics for high-current aviation systems use harness work and connector practices that overlap heavily with avionics integration.
- Quality inspection and conformity — every part of an aviation-rated motor or inverter has to be inspected and certified the same way airframe and engine components already are.
- Composite and bonded structures — motor housings, mounts, and structural elements use composite and bonded structures that Snohomish County’s composite shops already build at scale.
- Test cell operation — propulsion ground testing on Paine Field uses the same instrumentation and procedural rigor that engine and component test work already uses.
The IAM 751 and Everett Community College Pipelines
The training pipelines that feed Boeing in Everett — the IAM 751 Machinists Institute and Everett Community College’s aerospace and advanced manufacturing programs — are the same pipelines ZeroAvia and any other Paine Field propulsion company can recruit from. Aviation-grade manufacturing skills do not have a propulsion bias. A machinist who can hold tolerance on a 737 wing rib can hold tolerance on an electric motor stator. An assembler who can route a 777X wire harness can route a power electronics harness. A quality inspector who can read a Boeing process specification can read a ZeroAvia process specification.
For workers thinking about long-term career durability in Everett aerospace, that overlap is the headline. The 737 MAX North Line is the immediate hire-and-stay story. ZeroAvia is the answer to “what comes after” — not as a replacement, but as a second technology base sharing the same workforce.
The 2026 and 2028 Milestones — What They Mean for Headcount
ZeroAvia’s public roadmap calls for a 300-mile-range powertrain in a 10- to 20-seat aircraft by the end of 2026, and a 700-mile-range, 40- to 80-seat powertrain by 2028. The propulsion-system milestone is what gets manufactured at Paine Field; aircraft integration and FAA certification happen elsewhere.
From a workforce standpoint, the 2026 milestone has been driving the manufacturing ramp the Everett facility has been running for two years. The 2028 milestone is the one that will require a step-change in shop-floor capacity, because the 1.8-megawatt ZA2000 is a meaningfully larger machine than the 600-kilowatt ZA600 and the components business is targeting a wider customer base by then.
The Commute and the Geography
The Everett Propulsion Center of Excellence sits on the south side of Paine Field — close to the same Mukilteo, Lynnwood, Mill Creek, and South Everett residential corridors that already feed the 737 MAX North Line and the 777X final assembly floor. The April 28 reopening of the Edgewater Bridge restored the Mukilteo corridor for that commute, and the Everett Transit merger into Community Transit keeps Paine Field within the regional bus network. Worker housing strategy on the North Line — covered in our Boeing housing guide — applies directly to ZeroAvia hires too.
Frequently Asked Questions
Is ZeroAvia hiring at Paine Field in 2026?
ZeroAvia posts open positions on its careers page (zeroavia.com/careers). Job categories that have appeared in Everett listings over the past two years include manufacturing engineering, electrical and motor design engineering, power electronics technicians, quality engineers, supply chain, and test cell technicians. Specific openings change month to month — workers should check the careers page directly.
Are ZeroAvia jobs union?
ZeroAvia’s Paine Field workforce is not represented by IAM 751 at the time of writing. Workers should rely on the company directly for current employment terms and benefits.
Do I need a hydrogen or fuel cell background to work at ZeroAvia?
Not for most shop-floor roles. The Everett facility manufactures motors and power electronics, not fuel cell stacks. The skills required overlap heavily with general aviation-grade manufacturing — precision machining, harness work, quality inspection, assembly, and test cell operation.
Where does ZeroAvia fit on Paine Field?
ZeroAvia’s 136,000-square-foot Propulsion Center of Excellence is on the south side of Paine Field, close to the same residential corridors that feed Boeing’s Everett complex.
What’s the longer career arc here?
For Everett aerospace workers thinking 10–20 years out: the 737 MAX North Line and the 777X are the immediate-stay story for traditional turbofan-powered commercial aviation. ZeroAvia and any other clean propulsion company that follows it onto Paine Field add a second technology base that the same workforce can move between. That second base is the hedge against single-program career risk.
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