eVTOL Is the New EV Frontier. Your OEM Skills Transfer Now.

The moment you missed, and the one in front of you now

In 2019, automotive professionals were debating whether to move into electric vehicles. The pay premiums were real. The companies were burning cash but building fast. The skills transfer was clear enough if you were paying attention: powertrain engineers, battery supply chain, manufacturing ops, quality systems. Most people waited. The early movers built careers that look very different today.

eVTOL is that 2019 moment for mobility professionals right now.

The technology is proven. The FAA certification pipeline is moving. Joby Aviation holds a Part 135 air carrier certificate and a deployment deal with Delta. Archer Aviation is in FAA type certification with a United Airlines purchase agreement. Wisk Aero is building toward autonomous flight: no pilot, which transforms the unit economics when it gets there.

413 eVTOL roles are live on my board right now. Joby accounts for 242 of them. Archer has 155. Wisk has 24. These are not speculative headcount plans. They are active requisitions pulled nightly from each company's career system.

What you already know

If you have worked in automotive EV, OEM engineering, or adjacent manufacturing or supply chain roles, you already have most of what these companies need. The question is whether you can make the connection explicit on the page and in the conversation.

Battery systems

eVTOL aircraft use lithium-ion or lithium polymer cells, the same chemistry you know. The application is different (a 2,000-pound aircraft instead of a 4,000-pound sedan), but the thermal management problems, BMS architecture challenges, and degradation tradeoffs are variations on work you have already done. If you built battery packs at a cell manufacturer or worked on EV battery integration at a startup, you have a genuine head start on every aerospace engineer who learned their craft on hydraulic systems.

Manufacturing and launch operations

The hardest part of getting an aircraft into production is the same thing that makes automotive launch brutal: the handoff from prototype to repeatable at scale. Joby has a manufacturing facility in Marina, California. Archer has broken ground on a factory. Both need people who have survived a vehicle program: tooling, line design, quality systems at scale, supplier readiness. A launch engineer who took a vehicle from prototype to SOP at a startup has a transferable blueprint that most aerospace manufacturing candidates do not carry.

Supply chain

eVTOL supply chains are automotive supply chains with added dimensions: stricter material tracing requirements because of FAA certification, smaller volumes with higher complexity, and suppliers who are not yet fluent in aerospace quality standards. Someone who has managed Tier 1 and Tier 2 supplier development in automotive or EV has a tangible edge over candidates who come purely from traditional aerospace, where volume assumptions are entirely different and the supply base behaves differently.

Quality and certification readiness

Automotive quality methods, AS9100 exposure, and any familiarity with DO-178C or DO-254 (avionics software and hardware certification standards) are directly applicable. If you have managed PPAP, APQP, or ISO/TS 16949 programs, you are not starting from zero. You are translating a discipline you already know into a new regulatory framework, which is a learnable gap, not a structural barrier.

Propulsion and mechanical engineering

Brushless DC motors, motor controllers, power electronics, and mechanical design under vibration and thermal load: all of this overlaps. The application envelope is different, but the engineering discipline is the same. An EV propulsion engineer who understands inverter design, motor efficiency mapping, and NVH mitigation has directly relevant knowledge that eVTOL companies are actively hiring for.

What actually changes

Certification is the foreign country. In automotive, the validation cycle is internal and defined by your customer through OEM requirements and IATF standards. In eVTOL, the FAA is a co-author of your engineering program. The certification basis, issue papers, and type certificate process are specific and sequential. None of it is exotic, but it is precise, and companies need people willing to learn the nomenclature rather than resist it.

Timeline expectations shift. Automotive programs move in model-year cycles with defined gate reviews. eVTOL is on FAA certification timelines, which do not respect fiscal quarters. Expect longer hardware feedback loops even while the business side of the company moves fast.

Company size is smaller than what most OEM people are used to. Joby is under 1,500 employees. Archer is a few hundred. Wisk is under 500. If you have only worked in large OEM environments with established playbooks and centralized support functions, plan to build processes from scratch. That is the job, not a caveat about the job.

How to position yourself

When you apply to an eVTOL role with an automotive or EV background, the work is in the translation layer. Your resume probably uses automotive language that maps cleanly to what they need, but the hiring manager may not make the connection automatically. You cannot assume they will.

Spell out the transfer explicitly. If you designed thermal management for a 100 kWh pack, say so with the specific application context. If you launched a vehicle program and managed supplier readiness across 12 Tier 1 suppliers through SOP, name the scale and the outcome. The specifics make the case. "Automotive experience" does not.

Look at where the open roles concentrate by company. Joby's 242 open roles span a wide function set: avionics, propulsion, structures, manufacturing engineering, airworthiness, and program management, which means if your skills intersect mobility hardware anywhere, there is likely something worth applying to. Archer's 155 roles are weighted toward production engineering and supply chain management. Wisk's 24 are selective and technical, skewed toward software, AI/ML, and systems engineering given the autonomous flight direction.

The functional demand across the full eVTOL vertical right now is heavily engineering and manufacturing. Of the 3,175 roles tracked on my free Mobility Jobs board, 1,533 are engineering roles and 501 are manufacturing roles. eVTOL follows that pattern. The gap is not in business functions: it is in people who understand how to build complex hardware at launch scale.

Browse the board filtered to eVTOL to see what is open right now: larrysherwoodjr.com/jobs/?vertical=evtol

The people who moved from automotive into EV in 2019 are the senior leaders and staff engineers at those companies today. That same opportunity is in front of you now, in a vertical that is earlier in its cycle, less crowded, and structurally hungry for the exact skills that automotive and EV professionals carry. The question is the same one it always is: do you move when the door is open, or wait until the obvious has become crowded?