There's a tier A and a tier B—one pays well, one pays less
En la industria aeroespacial, como en tantas otras, el talento por sí solo no determina el destino económico de quienes la habitan. Rocío Martín, ingeniera de diseño estructural, ha puesto nombre a algo que muchos intuyen pero pocos articulan: el sector no es un mercado único, sino dos velocidades que coexisten bajo el mismo techo. Su testimonio, compartido en un podcast vocacional, recuerda que elegir una profesión es también elegir en qué estrato de ella uno aspira a moverse, y que esa elección tiene consecuencias medibles desde el primer salario.
- Los ingenieros aeroespaciales júnior del nivel más accesible cobran entre 23.000 y 25.000 euros anuales, una cifra que contrasta con los 30.000 o más que perciben quienes entran por la vía de mayor cualificación.
- La brecha no es solo económica: refleja dos mercados laborales distintos dentro de una misma industria, con barreras de entrada, credenciales y proyectos que no se solapan fácilmente.
- Martín advierte que ascender del nivel inferior al superior no es automático, sino el resultado de decisiones deliberadas sobre formación avanzada, certificaciones específicas y el tipo de proyectos que uno acepta.
- Para los estudiantes que escuchan el podcast de Claudia Rebollo, el mensaje es claro: el sector aeroespacial paga bien en términos relativos, pero el salario real depende de en qué carril se entra y de si se logra cambiar de uno al otro.
Rocío Martín, ingeniera de diseño estructural en el sector aeroespacial, aceptó hablar de salarios en el podcast «Clau, quiero ser ingeniera», conducido por Claudia Rebollo. Aunque al principio se mostró reticente a dar cifras concretas, terminó describiendo algo que va más allá de los números: una industria dividida en dos velocidades.
El nivel más accesible —el que ella denomina «tier B»— es donde la mayoría de los ingenieros comienza. Las plazas son más abundantes, la entrada es más sencilla y el salario de partida oscila entre 23.000 y 25.000 euros anuales. Es el suelo del mercado, no el techo.
El «tier A» exige más desde el principio: titulaciones superiores, certificaciones reconocidas, un perfil más especializado. A cambio, los ingenieros júnior que acceden a este nivel parten ya de los 30.000 euros anuales, y la diferencia se amplía con la experiencia. Cuantos más programas domines, más tipos de proyectos hayas gestionado y más profundo sea tu portafolio técnico, mayor será tu valor en el mercado.
Lo que Martín describió, sin llegar a formularlo explícitamente, es un mercado laboral de dos velocidades dentro de una sola industria. El nivel inferior es el lugar donde se aprende y se demuestra valía; el superior, donde se cobra en consecuencia. Pero el salto entre ambos no se produce solo: requiere decisiones conscientes sobre qué estudiar, qué certificaciones obtener y qué proyectos aceptar. Para los estudiantes que escuchan el podcast sopesando su futuro, es una advertencia tan útil como honesta.
Rocío Martín works as a structural design engineer in aerospace, the kind of role that requires years of study and precision work on aircraft components. Recently, she sat down for a podcast called "Clau, I Want to Be an Engineer," where host Claudia Rebollo invites working professionals to talk about what the job is actually like. When Claudia asked about salaries in the aerospace sector, Martín was initially reluctant to name numbers. But Claudia pressed, and Martín eventually laid out what she sees as a fundamental divide in how the industry pays its people.
There are, she explained, two distinct tiers. The lower tier—what she calls "tier B"—is where most entry-level engineers start. It's also where the jobs are most plentiful and the barrier to entry is lowest. A junior engineer in tier B can expect to earn between 23,000 and 25,000 euros a year. It's not nothing, but it's the floor.
Tier A is different. The engineers who land there tend to have more credentials: advanced degrees, certifications that matter, what Martín somewhat dismissively called "certain formalities." Even as juniors, tier A engineers start at 30,000 euros or more annually. The gap widens as you move up. For senior engineers, the variables multiply—how many different software programs you've mastered, how many different kinds of projects you've worked on, how deep your technical portfolio runs. The more specialized and experienced you become, the more the salary climbs.
What Martín was describing, without quite saying it outright, is a two-speed labor market within a single industry. Tier B is accessible; it's where you prove yourself and learn the fundamentals. But if you want to earn significantly more, you need to accumulate the right credentials and experience—and that requires either the resources to pursue advanced education or the luck to land projects that build your resume in the right ways.
For the listeners of Rebollo's podcast—mostly students considering whether to pursue engineering—this is useful intelligence. The aerospace sector does pay well compared to many fields. But the salary you'll actually earn depends heavily on which tier you enter, and more importantly, whether you can move between them. Martín's candor suggests that the path from tier B to tier A is real but not automatic. It requires deliberate choices about education, about which projects you take on, about how you position yourself in a competitive field.
Citações Notáveis
There is a tier A that is well paid and a tier B that pays worse. Tier B is where there is more demand and where it is easier to start and get your foot in the door.— Rocío Martín, aerospace structural design engineer
A Conversa do Hearth Outra perspectiva sobre a história
When she talks about tier A and tier B, is she describing two different companies, or two different career paths within the same company?
It sounds like both. The tiers exist across the industry—some companies might be entirely tier B, others might have both. But within aerospace generally, there's a structural split between roles that require advanced credentials and those that don't.
And the "certain formalities" she mentioned—the things that unlock tier A—those are mostly degrees and certifications?
Mostly, yes. A homologated master's degree is what she specifically named. But it's also about the projects you've touched, the software you know, the depth of your portfolio. It's not just credentials on paper.
So if you're a tier B junior making 24,000 euros, what does it actually take to move to tier A?
That's the question she didn't fully answer, which is telling. You'd need the advanced degree, probably. But you'd also need to be strategic about which projects you work on, which skills you build. It's not just about time served.
Does she seem to think tier B is a trap, or just a starting point?
A starting point, I think. She said it's where it's easiest to get your foot in the door. But the implication is clear: if you want to earn real money in aerospace, you can't stay there forever.