I wasnt even good in these subjects and im still glad i was taught the ideas and can explore them more readily as an adult...
I wasnt even good in these subjects and im still glad i was taught the ideas and can explore them more readily as an adult...
I don't believe that an extra year or two of education on thermodynamics or electricity would make the vast majority of the population better in their everyday lives, and it might make things slightly worse in terms of experts' ability to push things forward. Do we really want all our neighbors bikeshedding utility grid management like amateurs crowding into a github pull request? We've seen how good the general population is at epidemic management lately.
I was personally deprived of basically any education until community college due to how education and parental "freedom" work in the US, and while the gaps in my education (STEM in particular) are regrettable, in practice they really have not interfered in my everyday life. I enjoyed learning about biology, physics etc and do some reading on my own time to this day but the stuff that I actually need to know about in my everyday life tends to be from the 'soft sciences' or non-sciences, like history or economics - despite the fact that I've been working as a programmer for over a decade.
Math is essential, though, no question there.
> Do we really want all our neighbors bikeshedding utility grid management
we already teach these subjects and i dont see this happening. I actually feel like bikeshedding would happen more if people only self educated on these topics, theyd have no baseline to compare to and anything they learned would "separate them from the pack" so to speak.
Your answer is "to deter to expert opinion" which already happens with our current system, except by not teaching it in schools we discourage people from learning it unless self taught. Which i think is a bad idea.
If they're there to form part of a liberal arts education, to give young adults a broad experience in different fields alongside literature, art etc then great - I'm all for liberal arts education. But the parent set STEM aside as being especially and specifically important - which I disagree with. The only things that are especially and specifically important are those that will be useful in your life.
The last couple of years certainly highlight the problems caused when people aren't given, or don't pay any attention to, a certain level of education in biology...
The general understanding of scientific methods of enquiry/study/critique is also essential for modern life IMO, and sadly lacking in many very vocal and otherwise high profile people.
I see it the opposite..
but no, I weigh them comparably, depending on the specific "arts" you mean. Maths > painting, but philosophy > chemistry.
i didnt provide a definition for liberal arts.
also your own link is contradictory to your earlier comments...
> Academic areas that are associated with the term liberal arts include:
Life sciences (biology, ecology, neuroscience) Physical science (physics, astronomy, chemistry, physical geography) Logic, mathematics, statistics, computer science Philosophy History Social science (anthropology, economics, human geography, linguistics, political science, jurisprudence, psychology, and sociology) Creative arts (fine arts, music, performing arts, literature)
this states that philosophy and biology are both liberal arts. Along with physics and other STEM topics. Linking this implies you agree that STEM is important, as much so as Philosophy, which i agree is an important topic along with all those in this link.
- general education is useful
- pragmatic education is a step above general education, and should be prioritised
- maths is pragmatic, most STEM is not
that's really all there is to it.