What Brought You Here

You probably didn't Google "mechanical engineering dream job." You typed something closer to:

• "Why do mechanical engineers get paid less than other engineers?"
• "Mechanical engineer doing paperwork all day."
• "Is a mechanical engineering degree still worth it?"
• "Can I switch from mechanical engineering to project management?"
• "Why is there no remote work for mechanical engineers?"
• "Why do technicians advance faster than mechanical engineers?"
• "Mechanical engineering oversupply."
• "Entry level mechanical engineering job needs 3 to 5 years experience."
• "Why does my mechanical engineering job feel like babysitting vendors?"
• "Regret choosing mechanical engineering."

If any of that sounds like you, you are in the right place. This blog is required reading for every mechanical engineering student, every recent mechanical engineering graduate, and every working mechanical engineer who has started to wonder why the field feels the way it does.

You did not end up here because you are lazy or ungrateful or bad at engineering. You ended up here because the job you are doing does not match the job you were sold. You were told you would design things. You route ECOs, chase supplier certs, reformat test reports, and sit in meetings where someone two levels above you presents your data on a slide you will never see credited (see Reason #14). The closest you get to the product is the fixture. The closest you get to a decision is the recommendation that gets overruled by a cost target you had no part in setting. Most days, the report is the product (see Reason #33). The vendor writes the design you approve (see Reason #37).

You were told mechanical engineering was broad and stable. Broad turned out to mean the hiring manager wanted a thermal specialist and you were a generalist (see Reason #8). Stable turned out to mean the salary stopped moving in year four (see Reason #27). You watch software engineers your age work from home, change jobs without relocating, and clear six figures without a PE, a PMP, or a plant badge. You did more math, more physics, and more lab hours than they did. Their salary curve kept climbing. Yours flattened (see Reason #18). Meanwhile, the technician next to you learned on the job, skipped the debt, and does the hands-on work you thought the degree would give you (see Reason #16). Remote work is not coming because the work hugs hardware (see Reason #30).

You mentioned it once. At a family dinner, on a Reddit thread, in a group chat. The response was always the same. "Every job has downsides." "At least you're not in retail." "Just network more." "You should have gone to a better school." Nobody engaged with what you actually said. They just explained why it was your fault or why it did not matter (see Reason #39). After a while you stopped bringing it up. The community polices itself that way (see Reason #70).

This blog is what happens when someone stops accepting that silence. It is written by a mechanical engineer with a BSME, a master's, a PhD, a PE, and a PMP who spent close to thirty years doing the work, managing the work, hiring for the work, and watching the same pattern repeat. Roughly 36,000 mechanical engineering graduates enter the market each year. The BLS projects about 18,100 openings (see Reason #1). One in five graduates ends up in a job that did not require the degree (see Reason #63). The pay is the lowest among major engineering branches at every career stage. The return on the degree is the worst of any engineering discipline (see Reason #67). These are not opinions. They are federal datasets with public URLs. Every post on this blog cites them.

The pattern you noticed is real. The field is oversupplied, the work has drifted toward documentation and coordination, and the structure rewards leaving mechanical engineering more than it rewards staying in it (see Reason #28). You are not the problem. The pipeline is the problem. The market is the problem. The gap between what the brochure promised and what the job delivers is the problem. This blog names it, measures it, and lays it out one reason at a time.

If you are ready to start reading, go to Where to Start. It has three guided paths depending on whether you are choosing a major, already in the program, or working and wondering what went wrong. If you want the full catalog, the complete list has every reason linked.

You Googled something tonight because the feeling would not go away. Now you know it has a name, a shape, and a data trail. Better to find it now than five years from now.