Obama To Announce $240M In New Pledges For STEM Education
An anonymous reader sends word that President Obama is expected to announce more that $240 million in pledges to boost STEM educations at the White House Science Fair today. "President Barack Obama is highlighting private-sector efforts to encourage more students from underrepresented groups to pursue education in science, technology, engineering and math. At the White House Science Fair on Monday, Obama will announce more than $240 million in pledges to boost the study of those fields, known as STEM. This year's fair is focused on diversity. Obama will say the new commitments have brought total financial and material support for these programs to $1 billion. The pledges the president is announcing include a $150 million philanthropic effort to encourage promising early-career scientists to stay on track and a $90 million campaign to expand STEM opportunities to underrepresented youth, such as minorities and girls."
I am all for greater education in Science, Technology, Engineering and Math. However when they put it in a group called STEM, that makes me nervous.
Just like in the 1990's when they decided to teach kids how to use computers. They had a watered down process. In the 1980s while I was in elementary school, when they taught how to use computer they showed the class how to program, in the 1990's when they really pushed computer education, the focus was on how to use Windows, Word, and Excel. When you make it a requirement, it means the class needs to be watered down, so the average student can get an A+ in the class, otherwise, they would be making a class that could hurt their GPA. Where before, it was an elective class, where the student can take the class if they knew they could do in it.
If something is so important that you feel the need to post it on the internet... It probably isn't that important.
What we really need is jobs for all of these new trains to fill once they graduate. Talk to any recent PhD in the biomedical sciences, engineering, etc, and ask them what they think of the push for greater STEM education efforts. They'll tell you it's basically BS. We can't place the number of graduates we currently have into even remotely well paying, long term, jobs.
Now, we might need more STEM education and training for more technical, lower level, jobs. But of course that's never how these programs are billed. It's not as sexy of a sell to parents and students! Instead we push people to go to graduate school, get a MS or PhD. Then dump them into a market with slashed education funding, so there are few prospects in the university system. Combine that with a large number of foreign applicants for postdoc and technician positions that are willing to work for MUCH less in terms of wages and you've got a disaster. US citizens do have a slight advantage in that most of the NIH/NSF funded pre and postdoc training fellowships/grants are only open to citizens. But, those are so small in number and highly competitive that it doesn't have a large effect.
We need to face the fact that we're really training WAY too many PhDs and even masters graduates in most of the STEM fields right now. It's a vicious cycle though. Profs want lots of PhD students because they are very inexpensive labor. Likewise with postdocs... for their training and amount of work they are expected to do... they are paid much less than minimum wage. Moreover, most profs will kick out postdocs after 2-3 years because of pay raises that some institutions mandate. It's just easier to dump the experienced person and higher in a new 1st year that gets paid 10k less, pump and dump... factory style.
There have been a number of really excellent articles written about this problem over the last few years. Science and Nature have both dedicate page space to the topic. Some suggest forcing researchers funded by NIH/NSF monies to be required to higher long term technicians to their labs and reduce graduate student/postdoc usage. Such actions would start to limit new graduate number, while at the same time providing employment for scientists that aren't interested or can't get a faculty position in academia or don't want to work for industry. A lot of people also think it would help lab productivity, as you'd retain talent and skill sets that were honed over years of work.
Translation: Sorry poor white boy in Appalachia. Your scholarship is going to a rich girl in Grosse Pointe.
SJW's don't eliminate discrimination. They just expropriate it for themselves.
There are billions poured into STEM, and encouraging early career scientists through programs at NSF, NIH, DARPA, etc. None of that is working (less than 50% of people trained in science stay in science). When I was still training students, the best of them generally ended up working in finance, not physics. An additional $250 million is not going to make a notable difference. We need a cultural and structural change in how we train and retain good scientists and engineers, not a meaningless bandaid.
A lot of people will see this as just a handout or lip service, but realistically, what else is there to do? Automation is going to destroy pretty much every service and office job slowly but surely over the next 40 or 50 years. People coming out of school have to do something. The "default choices" used to be that if you didn't go to college or failed at college, you got a trades or service job, and if you graduated, you got some random corporate job. These are the typical jobs we in IT see our customers doing -- some random reporting job or moving numbers around in Excel and emailing the results around, or middle management. Now, automation will be coming for the corporate jobs, and trades are becoming less and less desirable to work in due to low wages and limited to no union protection. So, what's left?
I doubt everyone can be taught enough to be a good STEM worker, but maybe enough can to sustain the rest of the economy. Even having someone who understands enough logic to troubleshoot things pays off in other fields as well. If you focus on core stuff like that, rather than getting everyone to write "Hello, World!" in Python or Ruby, you may have something. Otherwise, I agree, it'll just be a box to check during your high school career and very few people will be interested in pursuing it further.
The money will almost invariably not go to help Jim Bob in coal country or Tyrone in the hood get a shot at getting the foundation for a STEM career. Instead, it'll go to Sally Middle Class Smith to cajole her into pursuing a career she'll likely leave for marketing or raising kids.
We're getting to a point where, due to both science and communication technologies, everyone's flaws and a fuckton of conflicting "facts" can easily be manufactured and disseminated. Power imbalances that could be hidden in the past are now obvious to anyone and a lot of people are asking "Why?" Why does the world have to be like this? Do we really have the shortage of things that economics talks about, or is it that distribution of these things is fucked up? Are the people who are in power actively encouraging and perpetuating dysfunctional behaviors in an attempt to gain more power? Does technology allow us to distribute government control more broadly and still maintain some semblance of a society? In short, all of the questions that we've allowed "professional pundits" and politicians to answer for us in the past.
Right now, economics focuses on "efficiency" more than any other factor.You've reached a post-"economic" age where businesses that hid their externalities in the past can no longer do so. If these costs of externalities are calculated and charged to the companies, many would no longer be profitable causing huge disruptions in the economy. How corporations should pay for these externalities foisted upon us is the seminal question of the age. We used to think that their tax load and benefit in providing employment was sufficient. But now people who run corporations say "we have to avoid taxes". They say "we have to outsource to be competitive. So they pay less, we pay more. Well, until people see the costs of the externalities well enough and feel the pain of their own payments to the corporate behemoth to understand out that the game is rigged. I dread that day, because those in charge seem to be doing everything in their power to steer towards it.
That is all.
I agree that if we want more people to train for STEM jobs, we need to focus on jobs in that sector not in education. We already have an education system qualified enough to produce STEM graduates. We just don't have enough quality jobs for those graduates, so many of our best and brightest go into law, medicine, finance, etc. instead of STEM fields.
Take that $240 million, plus another $240 billion, and put it into research. Go to Mars, invent better batteries, create DNA specific medical treatments ... the sky really is the limit. By doing this we won't care about just creating new jobs because we will be creating new industries.
People smart enough to work in STEM are usually smart enough to go where the money is as well.
-- All that is necessary for the triumph of evil is that good men do nothing. -- Edmund Burke
Do you consider this amount of money to be so completely unreasonable? To start the discussion, for sure we can agree that this amount is not infinite.
(Also, if you agree with HBI, why would you mod HBI up, and not reverse the mods of the AC?)
ok I'll bite. I won't call any parcitular sum reasonable or unreasonable (mostly because I'm not an analyist and every location is going to have different costs associated with it). That said, there are a lot of situations where school systems pay a very small amount (from memory, isn't utah like 6k per student?), but get significantly better results than places like california and new york that are in the 20k/student range.
Ancidotally, my experience with increased funding to any particular program just means there's increased waste. I was very involved with the computer science program at my commuinity college before transferring (we were trying to make it its own thing instead of tagging along behind the math department). We got a huge influx of funding from some program, but it basically just sat there while we tried to think of things to use it on. We had meetings about how to spend it (which got nowhere because there were all sorts of limitations as to what it could be spent on), we upgraded all the computers in the lab (which were promptly slowed down again after campus IT loaded them up with the required crapware and monitoring), we spent 10k on building a tiny supercomputing cluster (which was promptly unused because we didn't really have anything computationally intensive to run on it), and then we bought the computer club one of the new (at the time) nvidia tesla cards to do CUDA programming on (which never even got setup because campus policy wouldn't allow us in the same room as it without the professor present). Meanwhile, the CS professors continued todraw abnormally low salaries while the campus president voted herself raises (she was well into the high 200k range by the time enough people revolted and threw her out) and the rest of campus services (i.e. internet connectivity, which we relied on to allow students to ssh into the cluster) suffered horribly.
You don't have to be an analyst to figure out that the cost of living in New York City is astronomically higher than it is in Utah. A one bedroom apartment in New York City costs an average $2700/month. That same apartment in Salt Lake City would cost $750. A dozen eggs in NYC cost $3.19; in Salt Lake City it's $2.03. If you want to join a gym in Salt Lake, that's about $29/month. In New York it's $86.
So you're drawing the wrong lesson here. Adjusted for its cost of living, Utah spends slightly less than middle-of-the-pack amounts per student and gets slightly better than middle-of-the-pack results. Clearly Utah deserves praise for financial efficiency, but their results could be better.
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