[auxym]

That's why I'm clueless at all the politicians and journalists claiming we have a STEM shortage, we need to boost STEM education, need more kids interested in STEM careers...

STEM = science technology engineering math

CS/software has huge demand and salaries to go with it (yay, ads)

Traditional (civil/mech/ee/chem/etc) engineering is OK. You'll never be rich but you'll always be comfortable. (I've had plumbers claim theye make more than me).

Science and math have really bleak career outlooks. Tenure track faculty jobs are a crapshoot. Industry jobs are scarce. Most people I know from college that went into the sciences are either still stuck in PhD or postdocs, or quit after BS/MS and now working as lab technicians or equivalent. Not even glorified, just plain old overqualified lab techs in QC departments and such.

Edit: As a final note, here's a 2015 report from OSPE, an organization representing engineering professionals in Ontario, Canada: https://www.ospe.on.ca/public/documents/advocacy/2015-crisis... An except:

"Information referred to in this report is derived from the Canadian National Census 2011 National Household Survey (NHS). According to the 2011 NHS1, only about 30 per cent of employed individuals in Ontario who held a bachelor’s degree or higher in engineering were working as engineers or engineering managers. Fully two-thirds of engineering-degree holders were not working in engineering at all. Many had jobs that didn’t necessarily require a university degree."

[barkingcat]

To be fair, plumbers do make more than the average code jockey doing maintenance type programming at regular computer jobs (outside of the faang universe, there are a lot of average paying computing/coding jobs - think programming forms for web stores, coming up with fillable pdf forms for ordering, etc)

Plumbing is an essential service, and in emergencies, hourly rates can go into $300+/hour. So why don't everyone go into plumbing? Cause it's a shit job (/s)

Jokes aside, my take on the science job contradiction is that current American society does not respect nor want the products of science.

Think vaccines - when we have an emergency, everyone wants one, but in "normal times", think about where the pockets of the anti-vaccination movement have taken hold: rich communities in California where science should have had the best chance of surviving, but is struggling.

Communities in the American Southern states who are having trouble keeping evolution and science curriculums in tact are another example.

[mattkrause]

It's even worse....

The solutions to the "STEM shortage" are usually to ramp up training (BS/MS/PhD students, occasionally postdocs), without actually creating viable jobs for these folks when they finish. Many smart people don't want to get involved in a cutthroat job market, so either leave the field or never enter it. (The people who "left" science from my grad school cohort were all very smart; almost all of them could have cut it)

Meanwhile, cutting-edge research is mostly done by trainees who are learning as they go. This is important--we need future scientists as well as current ones--but it limits the projects and pace of research.

This is totally fixable too--fund more staff scientist positions and dial down the number of trainees. The NIH funds thousands of studentships and just a few (~50?) "research specialists."