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I'd be really interested to see the specifics of how that data is collected, but also fucking duh recent college grads are underemployed. Also, having that degree sets people up for career advancement as they gain experience and that educational background becomes even more of a prerequisite for the jobs they're moving into
If you are employed in a junior job within the field you have been trained in, you are not underemployed.
What this graph shows however, is that there are a ton of degrees that seem to teach hardly any transferable skills. A sociologist without proper statistical training has almost zero value in the business world. And that's a problem.
What this graph shows however, is that there are a ton of degrees that seem to teach hardly any transferable skills
This graph absolutely does not show this lol...how could you possibly derive that from this graph
And sociologists are absolutely trained in statistics
That's why I explicitly qualified my statement, because not all sociologists are in fact trained in statistics. Many just had the statistics 101 class and went into the more philosophical part of the trade.
The real question is: what else does this graph show in your interpretation?
Any decent sociology program will teach a hefty amount of statistics. That's the basis of research.
Graphic Design being low demand has always confused me.
Graphic design is really hard to do well, and there's a ton of legitimate need for it. After all, every business needs a logo and a few print ads.
But maybe there's just not much demand for doing it well?
I could believe that. I've seen plenty of small business logos and print ads that were obviously done by someone who doesn't know what they're doing.
Or is there just a massive oversupply because that's where all the extra art history students retrain?
I'm going to guess it's not oversupply, because, again, those mom and pop businesses would have decent logos, right?
I dunno.. I'm genuinely curious how a trade that's that hard to get really good at has such high unemployment.
I guess the aerospace degree has the same thing going, according to this chart.
Because nobody wants to pay for it. “That’s easy, I’ll just do it myself”. Surprisedpikachu when it doesn’t go over as desired, but they saved a couple bucks.
Even if every business got a professional logo , they only need to do it once. And for small places, the budget for getting a logo is maybe a few grand tops. New businesses are created all the time, but is it enough to keep all of the graphic designers busy?
Wouldn't be surprised if there is an oversupply due to it being a popular field people want to get into, due older people loving the work too much to retire, and due to nepotism/favouring of inexperienced friends/kids of friends in the hiring processes.
While everyone needs graphic design work I can't imagine everyone needs a steady supply of it. There's no maintenance aspect to keep the job going either. A few designers can serve very many customers full time
There are a few industries that require a full-time graphic designer. It's usually underpaid and overworked but they exist.
The companies are usually flip-flopping from doing it in-house to contracting it out. Usually every 4-5 years when a new executive parasite comes along. So lots of career uncertainty for most graphic designers.
It also doesn't help the industry that for decades, predatory schools have been pushing out "graphical designers" as an easy fast degree. This has saturated the job market with lots of poorly trained people producing crap work.
These numbers seem wrong. we struggle to get aerospace enginners, physics etc. and the graphic art people are needed for web and movie industry. Maybe this is just graduatee degree vs somebody doing a second major and finding another career?
Why is physics on this list? Seems a bit of of place
A lot seems out of place.
Is it useful to know that liberal arts majors are 7.9 unemployed without the larger context of how many liberal arts majors there are?
I might not be explaining myself well, but it feels like there is an error with the chart. Not exactly the same type of write you get from every map of x thing just being another population density map, but the same type of error for not adjusting for that type of thing.
I'm other words, I thought liberal arts was the most common major so I would've expected it to be closer to the national average.
The total number of LA holders is irrelevant since everything is presented on a percentage basis. The fact that it isn't close to the national average is evidence of being different from the overall population.
Although, I suppose an overabundance of LA degree holders could lead to higher unemployment. But that doesn't change the conclusions that can be drawn from the chart.
Edit: rereading the thread, I agree with your point that the graph is only showing which majors have high unemployment rates. Where that cause stems from (too many people with those majors for instance) isn't the intention of the graph. Not certain I agree fully with your statement
But that doesn't change the conclusions that can be drawn from the chart.
Is a liberal arts degree hard to get a job with because of too many people with the degree, or because there isn't sufficient transferrable skills included in the degree? All we know is that these jobs aren't best for securing a job after graduation.
How many physicists do you know? There are only so many research labs out there. The physics majors probably do better than w art history majors because they can often pivot to something like software development.
I majored in physics, even living in a country with a ton of technology companies. There are only so many research labs, and only very few companies want dedicated physics people. Often they just want to run a mechanical simulation known as FEM, they hire mechanical engineers for it.
Also, physics is very broad. While companies are usually looking into a specific topic. If you didnt happen to stumble in the right area of physics you might not have valuable knowledge for a company. Often a Physics education is not even focused on deepening a specific topic, but more on how to solve complex problems. In my opinion that can be applied to many problems we face today, if given the chance.
Physics education is based on the idea of a renaissance man, one who knows how everything works. Companies simply don't care about that.
Seems like "Business" and "Communications" degrees should be included.
I was almost an art history major. Majored in philosophy instead. I'm a software engineer.
CS major. Do not code. Forgot all of it. Ironically ended up back in software tech somehow. Still no coding though.
CS major. Do not code. Somehow project management. Send help.
Trying to work back to something more technical but the salary cut seems bleak for my realistic rusty skill level. Will probably have to go for a masters of some kind.
BA in Cognitive Science and BS in Psychology here. Also software engineer.
BA in History. Now Code Monkey.
Everyone I know who studied English in undergrad is a coder now. Everyone I know who studied it in grad school is a high school teacher now.
Why aerospace engineering? Is it because people want more mechanical engineering instead and not something so niche?
Boeing fired them all so there is an oversupply of them in the market
Joking, maybe...idk
But space engineering should be booming right now, I'm surprised to see that as well. My specific degree is in aviation fields and I'm surprised it's not on here. No one I know is using theirs.
It's the equivalent of "become a Hollywood superstar" for engineering specialties. Lots of grads chasing relatively few positions in the industry -- many will ultimately take positions working in related engineering fields like mechanical or automotive engineering, but at the end of the day the aerospace sector just doesn't develop enough new products to employ all the grads coming out of school with a degree.
Physics
Most depressing colleague I ever had was a dude who'd done a masters by research discovering new planets with powerful instruments that detected tiny variations in the light levels in far off solar systems. You could discover new heavenly bodies based off the cadence and degree of occlusion that occurs for that solar system's star.
Basically this guy was no longer able to progress with astrophysics because the competition for positions/funding was so intense. He'd ended up as a software dev but all he talked about was new planets and he spent every lunch break looking at the raw data from these instruments which were published into the public domain that day.
He had a calling but the world had torn him away from it.
Yeah im terrified that'll be me oneday. Im also probably gonna get my PhD in either physics or astrophysics
He told me a story of being at an astrophysics conference where the students got instructed to "look to the left" then "look to the right" before being told that only 1 in 10 of them would be able to make a living in that niche.
I double majored in History of Art and Philosophy for my undergrad.
Surprisingly philosophy led on quite neatly to a career in software development. Especially analytic philosophy is all about breaking down complex problems into premises and a conclusion. Sometimes it's algorithmic in the sense that premise 4 might refer you back to premise 2.
That's super interesting to me, any references for a software person who wants to find some overlap with philosophy? I know very little about the subject.
I suppose studying basic formal logic would be a good place to start because that is the place where there is the most overlap. In philosophy an argument can be 'valid' by conforming to certain conditions such as
P1: All men are mortal
P2: Socrates is a man
C: Socrates is mortal
This is an example of deductive reasoning where the form or structure of the argument guarantees the conclusion to be true. Process is called 'deductive' reasoning where a conclusion is drawn from the truth of the premises. The ancient Greeks called this a syllogism.
Computer programs are similar in the sense that they are using formal logic with tokens that represent variables to the compiler. Given these arguments exist; we can perform these operations and get a specific result.
As an aside the counterpart to deductive reasoning is inductive reasoning. That's where the premises may be true but the conclusion might not necessarily follow from them. People throw around the word 'fallacy' quite often online but essentially every fallacy is just an example of inductive reasoning where the premises do not guarantee the conclusion. Philosophers study different types of formal fallacies like 'post hoc ergo propter hoc' (because this happens, something else ought to happen) since there are different ways where combinations of premises can lead to an untrustworthy conclusion.
Intriguingly all science is speculative and uses inductive reasoning where we infer from what data we gain in experiments to a conclusion of what might be happening, however there is no logical guarantee that experiment results will be true. There's even a thesis called pessimistic meta induction which states that: Given all scientific theories we held in the past have been proven false (or refined to a slightly different conclusion), we can safely assume that every scientific theory we currently hold is 'false' in some sense.
I see "aerospace engineering" and the Boeing quakity issues just fall into place.
What is Liberal Arts? There are many majors that could be considered part of the liberal arts, but never seen an actual liberal arts major.
Dumbass me saw "unemployment" and "underemployment", and went "huh? un-de-re-mployment? what's that?? that's a lot of prefixes". Turns out it's just under-employment
Un-redeployment. When you put boots on the ground, but it's not a war
"Underemployment is when workers are working less than full-time" that's such a shitty reference, I'll take every opportunity to NOT work 40 hours a week even if it means getting by with less money. Let me experience life a little, goddamn