Free Tuition for Math, Science, and Engineering?
Gibbs-Duhem writes "Montana Democratic Senator Max Baucus wants free college tuition for US math, science, and engineering majors conditional upon working or teaching in the field for at least four years. From the article: 'The goal, he said in an interview last week, is to better prepare children for school and get more of them into college to make the United States more globally competitive, particularly with countries like China and India. "I think the challenge is fierce, and I think we have a real obligation to go the extra mile and redo things a bit differently, so we leave this place in better shape than we found it," Baucus said.' Do you think this would help with the US's lackluster performance in these fields?"
It allows poor people to get a university degree, which is really expensive in America, and so build a better future for themselves and their children.
Also, it should be good for the country as a whole, having more scientists and engineers. Those extra beakers and hammers are really valuable!
I suffer from attention surplus disorder.
There seems to be a fallacy that people believe where pumping out more college graduates somehow equals to more jobs being created and also helps create a better economy. This is just not true.
e _overselling_of_higher_education_report.pdf
/.'s take a read.
You have countries like Canada and Egypt where the government spends a lot of money on education but have a higher unemployment rate than the U.S.
The notion that pumping more money into a system ( especially when the government is involved) will fix any problem is just bad economics
Here is a paper that argues that what we need is to let the free market work, to get the government out of the education biz and NOT subsidize more college graduates.
The paper is called "The overselling of higher education"
http://www.johnlocke.org/acrobat/pope_articles/th
I suggest all
I truly applaud this senator for the initiative and believe that that ALL states should follow suit and offer a similar program, to help keep the sciences strong in the US.
"Thank you for using Stop-n-Drop, America's favorite suicide booth since 2008"
Being surrounded by smart, motivated students already makes the school better because it inevitably encourages students to work harder and learn more - and probably also encourages the professors to think that the students are worth the effort of teaching/mentoring rather than just lecturing. It doesn't matter what facilities a school has if the students (and staff) don't care about what they're doing. My question wouldn't be whether better students make a school better, but whether traditional methods of selectivity actually get better students.
He only has to forgive student loans after the student has been a resident in the state for 5 years. They have been doing this for teachers/doctors for a long time, haven't you guys ever seen Northern Exposure
My only issue is that this is nearly 10 years too late for me. Of my Engineering graduating class I know less than 5 people who stayed in the state.
I always thought of Creationism as the Raving Right's version of the Loony Left's Anthropogenic Global Warming-brightmal
How about the government just gives everyone who graduates highschool on time $1000 cash, no questions asked? To use for college tuition, buying a car, a year of free cheeseburgers, or anything else they want, no strings attached.
It costs the government something like $30K a year to keep a person in jail. Not to mention how much it costs to run the rest of the judicial system, to build the jails, the damage caused by their crimes, or the taxes they could have paid if they were free to work. By the time we're done with the difference between a free person and a jailed person, it's probably over $50K a year. The average Federal jailtime is over 5 years per sentence, or well over $250K per prisoner (many get multiple sentences per lifetime).
People graduating HS on time are less likely to commit crimes and go to jail. So every person who the bonus spares from jail is worth over 250 people who get it, but still go to jail. In other words, if the increased on-time graduations reduce the crime rate even as little as 0.25%, they're worth it. It's probably closer to needing only 0.1% or less to "break even". And that's not counting other benefits, like increased productivity, reduced teen pregnancy, and all the other benefits of on-time graduation.
We can afford a lot more investment in Americans' education. Some targeting high performers who need more money for even higher performance. Some targeting low performers at risk of creating more damage than it costs to prevent. Education is always the investment with the best return. Investing more will pay off quickly, creating more money to invest, and improving the country across the board as a "byproduct".
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make install -not war
have you ever thought about why these people came over here to learn in the first place? Wouldn't you, for a free ride?
Seriously, when did "Americans" become so hostile towards immigrants? When our politicians gave them free education, and tax incentives to employers to hire them over equally qualified Americans who had to pay for their education with a lifetime of debt.
~Rebecca
You assume that the number of jobs is finite and therefore a foreign person will take the place of an American. At that level of education (and at any level really) many times jobs are created out of the work of this person (and the interaction with other highly skilled workers).So there is no evidence that your main assumption is even valid.
Yes, he/she will send money to their home country and will at the same time spend money in rent, services, not to mention that he/she will eventually start a family and pay for school for his/her American children. Finally most of the people in the most sophisticated fields of knowledge will choose to stay in the US, as his/her colleagues, conferences and job opportunities are all here. The money sent to the home country is most likely a small fraction of the wealth created by the worker.
One major issue in my own undergraduate education (in mathematics and computer science) was the gulf between those who were comtemplating a future academic career in the subject, and those who merely wanted a credential to progress on to industry.
Yes, there are some students who straddle the fence — in a way, I was one myself — but for the most part the undergraduate student population is rather sharply divided between the research-directed and the credential-directed. The fact that programs have to accomodate both lead to conflicts — the research-directed students complain bitterly about dumbing-down of material and excessive commercial influence on the curriculum, while the credential-directed complain about having to learn a ton of useless theory which will be irrelevant to their future.
I mention this because I speculate that Max Baucus' proposal would certainly change the current equilibrium between these two camps, particularly if free tuition is only for science/engineering students. True, there would be a lot more research-directed types who can't get into university now for lack of funds, but I imagine most of the people who'd come who aren't there now would be credential-directed.
There's also another reason they'd be credential-directed, which is the tone set by the policy itself. There's something a little disturbingly utilitarian about the proposal of granting free tuition only to those people. This sort of philosophy makes me wonder whether the line would be drawn around science/engineering as a whole, or around only those science/engineering programs that have a utilitarian (read: "commercial") appeal. I would think it would be hard for the government to argue that engineering and category theory are "useful" but that philosophy and rhetoric are not.
If, however, research-directed programs are ruled out, the result would likely be a forcible segragation of research-directed and credential-directed students, even more than there is now. Maybe this is where we're headed anyway, but it would be regrettable as the forced mingling of the two has been hugely productive for both in the past.
Tennessee did the same, only it was five years in impoverished areas in Tennessee. The kicker? You didn't get your tuition free at the time... the state simply agreed to pay off your loans AFTER your five years were up. And, to date, I've not heard of them actually paying a cent out...
Actually, I disagree. If we keep them, they take a job from an American. If we send them home, they compete with us from abroad, and make money for India/China instead of for the US. In either case, Americans lose.
Yeah, um... these Americans who are qualified for the job but losing them to Indian or Chinese candidates... Could you send them my way? It is damned near impossible for the company I work for (a semiconductor manufacturer) to get Americans just to apply. I don't like hiring foreign talent over native talent (actually I only give a recommendation), but when we have an open job requisition and I'm looking at 10 resumes (7 from India, 1 from China, 1 from Bangladesh and one native) and the only American candidate is laughably unqualified, WHO ARE THESE GUYS STEALING A JOB FROM?!
I used to be seriously critical of outsourcing and the H1-B program . I was fairly certain that my current employer wouldn't even consider me. I went from phone interview, to face-2-face interview to job offer in a couple days. I almost had heart failure when I told them to bump their already generous offer by 10% and they had the increase approved the next morning.
I have taken ongoing education courses at the local university trying to get some locals just to $*&%ing apply - AND THEY WON'T DO IT. It is 10x easier to hire US Citizens than to get an H1-B Visa sponsored. I hate recommending someone who has only a tenuous grasp of the English language. We need more STEM majors in this country so that I don't have to go through this shit.
Education is a better safeguard of liberty than a standing army.
Edward Everett (1794 - 1865)
The US doesn't need more engineers. If it did, salaries would be higher. In 1970, engineering and law salaries were about equal, or so says the IEEE. That's certainly changed.
The US doesn't need more engineers because high-tech manufacturing has gone offshore. Where the manufacturing goes, the production engineering must go, and the design engineering follows. Then the brands go. Then top management. Then the financing.
Read the Lenovo story. They're not a spinoff of IBM. They're a successful Chinese PC company that bought IBM's PC business to expand. IBM is just the company to which Lenovo outsources US warranty service.
This is a very insightful point. I've definitely observed this divide within physics. The research-directed types (of which I would consider myself one) are willing to pursue careers (probably in academia) regardless of the financial benefit, assuming of course that it provides enough to subsist on.
The main draw of the credential directed outlook is financial, and I don't think it's schooling expenses, but rather long-term earning potential, and thus a sense of security, which is the main incentives. More research money makes a career in the field more appealing. No one wants to spend their entire life squabbling over a handful of $10k grants, but if you know your field is going to be well-funded, even if your salary is less, you gain a much greater sense of stability. (I think more people who have the inclination to do research would choose to be 'poor' and stably funded than either slightly wealthier and poorly funded or 'poor' and poorly funded.)
Thus, if one really wants to increase US science and engineering power, the first thing that needs to be done is to provide more federal funding of research. The private sector isn't going to fund pure research because of the long timescales on which it pays off. Long term investments are ideal roles for the government. Educational incentives are great, but it doesn't do any good if they're not given the resources to make use of their education.
Most companies are started by passionate people. Because of that, companies are almost universally driven by passion in the early stages of most companies. Look at Google (started by a couple of Stanford grad students), or YouTube, or Gateway (a couple of guys building computers in a barn). These companies all started as small projects driven by passion, but we all can agree that at times, their actions are driven by profits and little else.
It is true, and unfortunate, that most companies cease to be driven by passion, and are soon driven by profits when they decide to go public, or are sold to a publically traded company. Then the passion of the founder(s) is passed off to some board whose only passion comes in the form of the huge bonuses they get at the end of the year for exceeding forecasters's predictions.