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Robotics Technology

Can High-Tech Academia Survive Silicon Valley's Talent Binge? 137

An anonymous reader writes: Earlier this year, Carnegie Mellon had one of the most capable robotics research centers in the world. Then, Uber hired away dozens of workers in a frantic push to jump start development of autonomous driving technology, which left CMU reeling. Now the NY Times asks whether such high-tech labs can continue to exist; Silicon Valley seems ready to flood such organizations with money whenever a vital new technology is almost ripe. "Carnegie Mellon's experience is a familiar one in the world of high-tech research. As a field matures, universities can wake up one day to find money flooding the premises; suddenly they're in a talent war with deep-pocketed firms from Silicon Valley. The impacts are also intellectual. When researchers leave for industry, their expertise winks off the map; they usually can't publish what they discover — or even talk about it over drinks with former colleagues. ... [Also], the intellectual register of their work changes. No more exploring hard, ''basic'' problems out of deep curiosity; they need to solve problems that will make their employers money."
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Can High-Tech Academia Survive Silicon Valley's Talent Binge?

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  • by phantomfive ( 622387 ) on Saturday September 12, 2015 @01:02PM (#50510261) Journal
    If the professors want to make money, let them. It's not a requirement to sell your soul to the university, or to devote yourself to poverty in the name of higher-learning.
    • by alvinrod ( 889928 ) on Saturday September 12, 2015 @01:15PM (#50510331)
      Professors in CS, engineering, and similar fields actually make reasonably good pay, such that it's not necessarily a matter of money. I suspect that any pay bump was only a small part of the reason why they went to work for Uber. I'm willing to bet Uber was offering boatloads of funding for whatever they wanted to work on without the hassle of having to deal with the usual university politics or bureaucracy to do the kind of research that they want.

      And there's really no downside for them either as if they get tired of Uber they'll likely have no problem getting a new university position as they'll be bringing a lot of experience to the table, never mind potential connections to industry that can be beneficial to a university.
      • by ranton ( 36917 ) on Saturday September 12, 2015 @01:40PM (#50510431)

        This wouldn't be a problem if enough public money was being put into basic research. I doubt 1960's NASA or the Manhatten Project had trouble keeping top talent. Increasing this funding also solves any public and private STEM shortages since kids will follow the money even without manipulative iniatives to get kids into science and programming.

        • This wouldn't be a problem if enough public money was being put into basic research. I doubt 1960's NASA or the Manhatten Project had trouble keeping top talent. Increasing this funding also solves any public and private STEM shortages since kids will follow the money even without manipulative iniatives to get kids into science and programming.

          The public sector at the time of the manhattan project was still mostly farming; there was no "silicon valley" at that time, and if you were talented, the government and only a handful of large corporations (e.g. IBM) were worth working for. 1960 wasn't a whole lot different, though shortly after that saw the beginnings of the tech boom.

          • by ranton ( 36917 )

            The [private] sector at the time of the manhattan project was still mostly farming; there was no "silicon valley" at that time, and if you were talented, the government and only a handful of large corporations (e.g. IBM) were worth working for. 1960 wasn't a whole lot different, though shortly after that saw the beginnings of the tech boom.

            I completely agree that the private sector in the 1940-1970 was much different than it is now. But that is basically part of my point. Private industry has massively increased spending on R&D over the past 40 years, while the federal government has not. These graphs [nsf.gov] show just how sharply this R&D spending has diverged between private and public sectors. Private R&D spending was only double public spending in 1950, while it is closer to a 10x difference now.

            It is a good thing that research done b

      • At least they won't have to deal with university politics, which can be brutal compared to office politics.
      • Yeah, 200K a year isn't "poverty" by any stretch of the imagination. And the promise of tenure sweetens the deal.

        Plus as long as you can attract funding, you've got more freedom than you do in the real world. From what I can see, Google et al doesn't say "here's a boatload of money, do whatever you want" - they say "here's a boatload of money to keep working on Specific Project X under our auspices". That's probably nice, for a while, but what happens when you want to look at something different but can't s

        • I think $200k a year is quite high for a university professor's salary, unless for someone very senior (e.g. department head). I think $100 to $180k is the more normal range. For someone who is a well-known researcher in a hot field, they can probably expect compensation in the $300k to $500k range or more if they went to industry (educated guess based on what I know of salaries of people in my field).

          Part of the issue is that all university departments have a mix of people, some of whom have skills tha

          • Washington state salaries are all public record and easily findable, if you want to check what EE and CSE faculty make in our state.

            We have assistant professors making $100-130K. Plus if they have research funds they can do an A/B plan which can bump it up another 15-20 percent (which I do not believe would show up as part of their state-provided salary). Full professors are mostly in the 200K-260K range, and also can do the A/B thing if they wish.

            Note that some show up with lower values - these generally w

  • astroturfage (Score:1, Insightful)

    by Anonymous Coward

    This 'story' is just an attempt to create the illusion of a shortage of AI researchers. I think it's pretty clear that a) there is no such shortage, and b) if there were, then colleges, as teaching institutions, would be uniquely able to deal with it themselves.

    • Re:astroturfage (Score:5, Informative)

      by phantomfive ( 622387 ) on Saturday September 12, 2015 @01:12PM (#50510317) Journal
      Exactly. Universities are already churning out more PhDs than there are teaching positions, so it's not like they are lacking a pool of scientists to choose from.
      • by Tablizer ( 95088 )

        Well, it's like everything else in the US economy: the cream of the crop (real or apparent) get huge options and money, while the rest grovel and scrape for Door #2.

        • the cream of the crop get huge options

          If you were planning an economy, that's kind of what you'd want, right? The ones with most potential getting the most capability to use their potential?

          • Comment removed (Score:5, Insightful)

            by account_deleted ( 4530225 ) on Saturday September 12, 2015 @02:25PM (#50510593)
            Comment removed based on user account deletion
            • It's not the concept that people have trouble with, its the particular gradient we have now that is the problem... Far too top heavy

              How are you measuring it? What do you consider to be a reasonable gradient?

            • Part of the problem is that it takes experience to get experience. There are only a few top positions that have access to plenty of resources. Thus, only a few get a chance to learn how to work in such conditions where they have a lot of leverage, meaning those with the talent AND experience leveraging a lot of resources are very limited in number and thus highly sought after. You can't find that combo with a written test.

              Warren Buffett can take bigger risks than medium-sized investors, and uses that capab

          • Nope, absolutely not. It's grotesquely inefficient and in this case we're talking about valuable research getting taken out of the 'market' by pockets of exaggerated capital and relegated to probably little better than a pyramid scheme, a high-tech Enron built of nothing but stock valuation based upon willingness to break laws to 'disrupt'. It's a lot easier to break stuff than it is to build lasting structures. Academia and the mass of scientific discovery is such a lasting structure, and corporate pillagi

            • I don't think you read what I wrote. If you did, you didn't understand it. I'll quote it again for your convenience:

              The ones with most potential getting the most capability to use their potential?

              You are talking about something besides potential.

      • Because all researchers are alike.
        • If a school can't train top-quality researchers, they have some deficiencies in other areas, wouldn't you say?
      • by gtall ( 79522 )

        The tricky part is that very few of the newly minted PhDs have anything to do with AI.

  • by 0100010001010011 ( 652467 ) on Saturday September 12, 2015 @01:05PM (#50510277)

    All of this talent was started and cultivated out of the 2004 DARPA project. That was a decade ago. The technology is finally ready for prime time. It's no longer "10 years in the future".

    What academia needs to do is figure out what needs to be done in 2025, not 2015.

    A lot of R&D follows a pretty repeatable pattern.

    • Academia & purely theoretical, no reason other than 'because'. Companies used to have labs like this but since they weren't immediately profitable they killed them.
    • Industry/Military. Someone figured out how to profit or kill people with it. No one knew what to do with the laser at first.
    • Ubiquitousness. Then it's everywhere. I'm sure Marconi didn't plan on sending data to pocket computers. Someone else figured that out.
    • Self driving cars are now in phase 2. Google, Uber, and Apple are going to push hard to get the first cars out the door ASAP. In 2 decades what was once PhD level math and controls classes will be an introductory class for freshmen.

    • by Anonymous Coward

      Generally agree, except the last comment. The technology developed from the PhD level math and controls classes will show up in undergrad courses, but the math and controls theory won't. Essentially more black boxes will be added to the tech development toolset.

      • I took a ton of math and controls classes in university (control systems major) and all of it was 100 year old knowledge (lv, etc). Yeah, we did modern development case studies (ARE control of flexible space structures, autonomous vehicle, etc) but as example applications, but this is very minor to the theory and what you learn.
    • by gtall ( 79522 )

      Any academic promoting a project for 10 years into the future will get shot down by the bean counters now employed by funding agencies. The stupidity of "what will it do for the next quarter's report" has infiltrated the government funding agencies, DoD, and private "research" funders.

    • What academia needs to do is figure out what needs to be done in 2025, not 2015.

      In my view the research that needs to be done at academia, is the stuff that has no immediate return on investment, and will thus never be done by industry.
      Some research might never pay off, some might take a century.

      That's the research that should be done with public funding, because the biggest breakthroughs have been from fundamental research, but their return on investment periods are too long for industry to ever bother.

  • by King_TJ ( 85913 ) on Saturday September 12, 2015 @01:09PM (#50510293) Journal

    Ultimately, part of me is screaming "Good! Who cares?!" inside.

    That's because educational institutions should be staffed with people who have the burning desire to teach other people. It's not for everyone, but there's a big difference between the person who is really interested in a subject, and the person who is really interested in sharing knowledge about the subject with as many others as possible.

    If an entire lab full of faculty was poached by corporations, that tells me those people were more interested in big paychecks and/or being a part of a commercial project than in teaching.

    It's a big mistake for a college or university to go down the road of trying to pay more and more, to "compete" with businesses for staff. That just raises the price of tuition and puts the education out of reach of more people. Precisely what the schools should NOT be about. Maybe they need to consider more flexible options to let experts in these industries come in and teach 1 or 2 classes, part-time? Otherwise, maybe they're getting too specific with what they're teaching, if their workers keep getting pulled right out for very specific corporate projects. Seems to me you can run a technology or science lab that teaches all sorts of concepts useful to a person interested in building an autonomous vehicle, without running autonomous vehicle research labs themselves.

    • That's because educational institutions should be staffed with people who have the burning desire to teach other people.

      That's one way to look at it. Another is that educational institutions should be staffed with the best people in their field, and only accept students who have a burning desire to learn. If the students need someone to spoon-feed them information, they can go to University of Phoenix or something.

      That is how elite schools should be. In practice it gets hard to find the students who actually have a burning desire to learn, instead of just a good GPA.

    • That's because educational institutions should be staffed with people who have the burning desire to teach other people.

      So what kind of institution is a "research university"?

      • It's something other than an educational university, it appears.

        The way it is now, the 'best' academics hang out as far away as they can from the unwashed undergrads. And yet the undergrads pay a high tuition that funds said academics.

        Perhaps there's more to work at a University than hanging out in the labs and research spaces that the undergrads aren't even allowed to enter.

        • by jwdb ( 526327 )

          And yet the undergrads pay a high tuition that funds said academics.

          Hah! Of course it does, and researchers spend so much of their time chasing grants just for the fun of it.

          Our research group got very little money from the university. Tenure salaries, maybe, and the occasional TA/RA position, but of course everyone was required to teach, self-funded or not.

          You don't know what you're talking about if you think university is only about teaching undergrads. It isn't, and shouldn't be.

    • by gtall ( 79522 )

      A burning desire to teach people generally comes with a burning desire to not do cutting edge research or be able to find the time for it. So following your formula for unis, the U.S. can expect to relinquish any scientific lead and generally devolve into a bunch of followers who cannot do anything new.

    • Well, this or it might tell you that society has been distorted to the point where you WILL NOT SURVIVE unless you join the race to the bottom, doing your work for something like Uber because they fully intend to starve and kill anything else in the sector you're training for.

      This distorts the 'market' for your intellectual labor.

      In a world where you can choose what you're going to do, people have a certain flexibility and can opt for a humbler, cozier existence doing what they care about. If pockets of cap

  • by golodh ( 893453 ) on Saturday September 12, 2015 @01:14PM (#50510323)
    A researcher's "utility function" is usually something of a weighted sum of research opportunities, access to inspiring colleagues and talented students, academic freedom plus non-interference from outside the academy, and salary.

    Usually private industry can outbid universities in terms of salary but lags behind in terms of academic freedom, access to talented colleagues.

    However, usually there are sufficient (good) academics who opt for a poor (typically for post-docs and junior assistant professors), modest (assistant to associate professors) to adequate (associate and full professors) salary (depending on whether or where you can get tenure) in an academic atmosphere over a more highly paid job where you're just another employee.

    It mostly works out in the long run. Of course there are blips when you get patented ideological nutcases like gov. Scott Walker of Wisconsin and even core staff are pushed out. But mostly it evens out. Even for valuable tech subjects.

    Very good professors (full, associate, and assistant) often manage to combine academic work and consultancy (especially at technological institutes). Especially when they aren't bogged down by their teaching workload.

    • Very good professors (full, associate, and assistant) often manage to combine academic work and consultancy (especially at technological institutes). Especially when they aren't bogged down by their teaching workload.

      Pretty much all of my profs did consultancy on the side - some were owners of a business that had its labs on campus.

      That was in England. Is this not allowed in the US?

      • by golodh ( 893453 )
        @ Hognoxious

        It's generally allowed in the US. But for it to be worthwhile (i.e. to get interesting projects) you have to offer something interesting. Various consultancies have people of the calibre of (run of the mill) assistent profs. under contract.

        Such consultancies also offer support services. E.g. people able to do the grunt work in projects (e.g. datacollection, production of drawings, coding up solutions and algorithms in end-user proof software, writing documentation, training, a helpdesk). Stu

  • It is completely logical what is happening here. What is valued most by many people in our society? Yes, it's money. So what these people do is simply apply what our culture teaches: go and earn lots of money. In other societies (in the past , now , or in the future , or elsewhere on earth) other values were or could become the most principal ones : knowledge , education , honesty, ... . Apparently we value knowledge , but maybe not enough. If knowledge gathering would be considered as the highest good th
    • It's really not about simple social value, or people in general being motivated only by money.

      Mostly it's about the ability of local concentrations of capital to distort the situation so that there's a stick as well as the carrot: you can't just urge people to make more money, you have to also be able to burn everything else to the ground and salt the earth and force people to go your way.

      This is what happens now. Stuff gets 'disruptive' and jobs are wiped out and it becomes literally impossible to survive

      • by Anonymous Coward

        Basically agree...except "advanced stage capitalism" literally is "endless usury, central banks, interest (kickbacks) on "money" that doesn't even exist, a planned "socialist" economy (state socialist, the pre-Marx socialists all hated Marx too)"

        Capitalism ate itself centuries ago, when they learned that:

        - all that matters is you make money
        - the way to make money is to control the money
        - you can get interest on money that doesn't even exist

        In general, those are small numbers, but they found that "spending o

  • by rsilvergun ( 571051 ) on Saturday September 12, 2015 @01:23PM (#50510363)
    in my life. The threat to Academia is our non-stop budget cuts driven by right wing politics and an overall anti elitist attitude (even against people who are legitimately elite and contribute their talents to society). For what I wish was the last God Damned Time people who are that fucking smart are _not_ in it for the money. They're not in it for those fat fat gov't grants. These people are so much more intelligent than you and me that money is just a means to their intellectual ends. Einstein was a patent clerk for fucks sake.

    Yes, Academia is severely threatened right now; but not by better job offers...
    • by phantomfive ( 622387 ) on Saturday September 12, 2015 @02:36PM (#50510629) Journal

      Einstein was a patent clerk for fucks sake.

      That really wasn't his preferred employment situation.........but he made the best of it.

      people who are that fucking smart are _not_ in it for the money.

      People who are smart do smart things, even in bad situations. They make the best of their situation, but they would also prefer to have money. There were plenty of people at the Advanced Institute who went after money, and they were definitely smart.

    • Re: (Score:2, Informative)

      by tomhath ( 637240 )

      Einstein was a patent clerk

      No, he wasn't. He had a PhD and was already known as one of the top theoretical physicists in the world when the patent office hired him to be an expert witness (because nobody else at the office understood the patents being challenged, the first involved inertial navigation). He took the job to make some money while waiting for offers from the elite European universities.

      • He wasn't "waiting for offers"; his applications for university positions had all been turned down (not a big deal given how young he was). It wasn't until nearly a decade later that he became a professor. He also wasn't an "expert witness" for the patent office, he was a regular employee ("technical expert third class").

        https://de.wikipedia.org/wiki/... [wikipedia.org]

    • people who are that fucking smart are _not_ in it for the money

      What a stupid remark. Intelligence is not at all related to motive. Furthermore, what would it matter if they were in it for the money? Is, say, a scientific conclusion wrong when it's was reached with the goal of earning money? I conjecture that you just resent the idea of money and think it evil, and are projecting your belief on the heroes that you worship, expecting them to hold the same ideals as you do.

    • The threat to Academia is our non-stop budget cuts driven by right wing politics

      If only that were true. In reality, the federal budget has been increasing pretty steadily for a long time, and so has the deficit. US R&D funding has remained relatively constant as percentage of GDP and grown substantially in real terms. Public funding for higher education has also been increasing.

      That's in contrast to countries like Germany, which really have cut their budget and lowered their debt. Apparently, modern, pr

  • CMU (Score:2, Informative)

    by Anonymous Coward

    The summary glosses over the character of CMU itself. CMU is a research focused, selective private university that operates in large part from public and private grants and research contracts. It is not a public land-grant university set up to provide education opportunity to the general population. Teaching is a responsibility, but obtaining grant funding, then producing marketable research to obtain more grant funding, is a much bigger priority.

    In addition, CMU benefits from patents. Just because

  • by GoodNewsJimDotCom ( 2244874 ) on Saturday September 12, 2015 @02:39PM (#50510639)
    As Slashdot knows, the STEM shortage isn't a shortage of talented people, it is a shortage of jobs, so less people do it. In the 90s, my physics professors lamented less people coming in to physics. This is because there isn't a lot of jobs in physics like there is with computers.

    If big business starts poaching smart people, more people will have incentive to get an education. It's not like university research is going away, but there will just be different faces as always. The net gain for society is more R&D and more educated folk.

    I probably worked with some of those guys who got in with Uber when I also worked with the self driving car down Carnegie Mellon. Good for them.
  • What a terrible problem: your organization dedicated to furthering human knowledge was too successful and now has to train a new crop of employees.

    Just to be really clear, places like Carnegie Mellon are not education focused institutions, they're research focused. We are absolutely not talking about people with a passion for classroom work. In the early 1990s, the federal government removed the requirements and incentives for contractors to dedicate significant budget to basic research. In many cases,

  • by brianwski ( 2401184 ) on Saturday September 12, 2015 @06:55PM (#50511405) Homepage
    From time to time, a group of researchers split off and make products that are useful right away (as opposed to research focused maybe 5 years or further out), and I think that's AWESOME. Why wouldn't it be great?

    Look at some examples from Stanford University: SUN Microsystems was founded in 1982 as "Stanford University Network" created by Andy Bechtolsheim as a graduate student at Stanford. SUN productized RISC systems, NFS, Unix, etc. Really great stuff. This didn't bother or hurt Stanford one bit, just made it a more attractive place for future entrepreneurs to attend/work for a while.

    In the same 1982, Jim Clark was an (associate?) professor at Stanford doing research in 3D graphics, and he split off Stanford and formed Silicon Graphics with his graduate student team (Tom Davis, Rocky Rhodes, Kurt Akeley, etc) that they basically had created without taking any personal risk while working at Stanford. Nothing but great news for Stanford, people FLOCKED to join the university that produced that talented team.

    A couple years later in 1984, Leonard Bosack and Sandy Lerner were running the Stanford University computer systems and they split off forming Cisco.

    A few years later in 1998 Stanford professor Mendel Rosenblum, with his Stanford grad student Ed Bugnion, and some others spun up VMware.

    The list goes on and on for Stanford alone.

    All these really awesome people came up with solid ideas in academia that were applicable in the next few years as viable products, then these people stepped up to form companies and make products I buy and use every day (or I use their descendant products) and these people formed companies that employed a lot of good people (I worked at Silicon Graphics for four really fun years), putting out solid products and making enough money to let some of us save up and do our own startups in time.

    Seriously, this is really positive stuff. Why is anybody afraid of a team stepping up and out of academia? Usually it just means the possibility of a product that will make my life better. Heck, succeed or fail, I've seen some of those early guys back in the University system helping out again and finishing their PhDs they started years earlier when they got distracted (Rocky Rhodes, Ed Bugnion, etc). And there always seems to be a flood of new blood feeding up into the University, earlier successes CONTRIBUTE to recruitment to these Universities, it is a selling point that Stanford has produced some great companies.

    If Uber grabs up a lot of great people from Carnegie Mellon, a flood of 18 and 22 year olds will flow in to replace them and get trained up. And I say good for EVERYBODY.
    • by dbc ( 135354 )

      Well, except that if you are half-way through graduate school, you might have just been torpedoed and suffer a multi-year setback. If I recall correctly, CMU had something on the order of US$19M in robotics research grants from various organizations. (19M might not be the right number, but it was around that, or somewhere in the 20's, my memory is fuzzy.) That's funding for a lot of graduate students. Uber hired away PI's representing something like 40% of that. So, you lose your principal investigator,

  • I find this a nonsensical question. Aren't most people basically at the end of their Academic career once they get their PhD? That means grant money ran out, so they need to look for a post-doc or a teaching position. Since there is only one professor or a few per research group, that just leaves no options for the others, even very bright ones once they reach 30-35 years of age.
    If a deep pockets company buys out the whole research group, that's something else. But even University research teams are smart
  • Ask anyone trying to get any academic position at a top tier university, the competition is fierce. At best, the universities are losing established talent only temporarily. The people who left will return, and with their newly acquired industry experience and networks, they will make academic positions even harder to get.

    tl;dr - the universities aren't the victims here, new grads and prospective academics are.

  • Its not uncommon for over a hundred qualified PhDs to apply for a tenure track professorship at even mid level state universities, much less the Stanfords and CMUs. By staying on for PhD the person has already expressed a commitment to the academic side, forgoing up to a million dollars in salary during a 5-8 year PHD period.
  • For supporting first class industrial research. Older scientists remember when Bell Labs, IBM, Xerox, Exxon etc did world class R&D. They still do, but on a much reduced scale after the financial restructurings of the 1990s. The new guys with huge piles of cash have stepped in to do some of this.

Think of it! With VLSI we can pack 100 ENIACs in 1 sq. cm.!

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