Every new beginning....

... is some other beginning's end. The line is cheesy as all fuck, but it is completely true.

As I've mentioned in a reply to animal_cookie's announcement that she's going back to school-- grats once again, by the way :) -- I've also recently decided to go back to school. I suspect that I'm a bit less along in the application/admissions process as she is, as I'm still compiling my applications package and figuring out the details of how each school handles applications.

But Dave, you're a professional in your field, working in an exciting young company at a critical time, and are actually earning a salary! A salary that will only continue to increase in time! Why on earth would you want to go back to school?

Well, it's been something that I've been turning over in my head for a while now, and I've wanted to put metaphorical pen to metaphorical paper in order to more closely examine my motivations. Yes, I'm working as a professional chemist, at a job where there is at least the semblance of research, with only a bachelor's degree in chemistry. That is, frankly, all but unheard of where I am. Due to a number of factors, including: dominance of engineering as a profession in virtually all technical fields, the increasing popularity of applied 'degrees', and the watering down of both admissions and undergrad programs (in order to increase admissions, to have enough tuition to stay afloat, due to the government's policy of incremental defunding of education); a bachelor's degree in science is considered to be equivalent to a 2-year applied technician's diploma in industry. In many cases, it is actually considered to be less attractive than a diploma, as fewer practical skills are taught, as there is still a focus on theory and research at the undergrad level.

Due to this, it took me a year to get the job that I currently have, and even then I was only able to find it because I was connected to the founder of the startup. And it was not a pleasant job to start. Poorly paid, with little to do, and what little there was to do could have been done by a high-school student. Not grad. Student. Still, I slogged along for a bit, and in time -- partly due to said founder leaving the company, and taking various invisible hierarchies and prejudices along -- the job improved somewhat. Late last year, I'd almost say that I was even working close to the level to which my education had prepared me: doing some self-directed research, experimental design and execution, and writing technical reports. They weren't ever going to see the light of day outside the company, much less be reviewed and published, but it was something.

But there have been philosophical issues with industry, that have bothered me from the start. Research is based, by and large, on a gift economy. I borrow use of so-and-so's spectrophotometer, and down the road they may ask to 'borrow' some of an esoteric compound that I used to use. Reciprocity is implied, but not necessarily expected. A big part of this is publication; people are paid nothing when they submit to a journal. They are giving away the information, putting it into the public domain-- albeit behind paywalls these days, but the principle is there. Why give it away? So that others can build on it. Simple as that. That is how research is able to progress.

Now, while the following may not be true of every situation in industry, it is certainly true as a broad-stroke generalization: industry is by and large parasitic on this gift economy. Businesses operate on the idea that any money spent needs to have a monetary return, else it is wasted. Since much of research involves failure, it is anathema to this principle. So rather than funding original research, most industrial outfits will take what academics have given to the public domain, tweak it just enough to be patentable, and then lock it up. Once locked, they'll squeeze as much utility out of the idea as possible, while spending as little as possible to develop the underlying concepts further. Any new developments are kept internal, locked away from other eyes that might use it, even if the application has nothing to do with what the company in question is doing. Knowing what advances that have been made during my tenure, and knowing that it'll never be published, makes me really wonder at what amazing things have been found in industry, but are rotting in some tech's lab notebook, never to be seen.

Never mind the fact that for many companies, the only 'research' that is done is funded externally, while holding on to all rights to the IP. That's a screed for another day. To sum that up in one sentence: it is wrong for shareholders to expect to have exclusive rights to the fruits of research, unless they are willing to fund the work that produced it exclusively. This is rarely done-- not just in the company in which I work, but several others across industry. But since most people in government (at least where I am) were business people first and foremost, they're all about channeling wealth from public coffers into private industry.

So that is why I am going back to school. Because I am sick of spending my days trying to attach a clock to someone else's radio and call that a new idea, and because I am sick of having to go begging to public institutions to pay for the privilege of doing so, despite the fact that the bulk of the financial reward of the work will go to a bunch of rich fat old men.
 
Awesome! :) Congrats on your decision, I think you're making a good one. This will make you more marketable in the long run no matter what. Also, I know you're like me and love to learn new things, so win-win!! :)
 
Yep, i think further education is never hardly ever a waste of time or money, even if it only enriches your life on an introspective level. Good luck and Godspeed! What will you study next?
 
Thanks!

Sticking with chemistry. Aiming for inorganic materials chem/nanoscience, but I've been working in bioinorganic/medicinal chem for the last 4 years so I might continue along that pathway too. Also curious about mesoporous and large-pore nanomaterials/reverse opals and metal-organic frameworks. Step 1 is to get accepted to schools, then I can decide with whom I'd like to work; although who is at which school will determine the schools at which a apply.
 
glad you are going back to school dave :)

i have a friend who got his phd in chemistry of some sort about 1.5 years ago. it is a ton of work and far more effort than i could ever exert! as long as i show up to class, i am pretty much going to get my degree. it is like paying shittons of money for some letters to appear after my name :\
 
I agree that nowadays an undergrad degree in chemistry, a hard science, is not a meal ticket to a satisfying, steady job. According to an article published in Nature last month, even with a PhD, chemistry was bleak. A surplus of PhDs and not enough jobs.

Even if you go to grad school for a PhD, you might think about specializing in something where there is a specific demand for experts/researchers to shield yourself from current economic conditions.

What are the job prospects for ian advanced degree in your area of interest? I understand that there is demand for some of those fields. Would you get your doctorate and work in academia? or would it be with government or industry?

I also went back to school and I'm working at a university. Mainly this was because I like learning and being on the cutting edge of a science. And the atmosphere is more open and collegial than industry appears to be.
 
I'm leaning toward staying in academia at the moment-- I've had a heaping taste of industry, and while it's rich it's just not very satisfying. Being told how to do my job by someone whose only qualification is 'has money' wears thin fast. Constantly learning, and being surrounded by people who are passionate (and at the same time miserable) about their work, being on the forefront of human knowledge, and, let's face it, being immersed in University culture, are all big draws for me right now. I've recently presented a poster at a national conference, and having that taste of academia really whetted my appetite for something more profound than just not having to think about money all the time.

At the moment I'm still figuring out what direction I want to take. Actually just got in from a meeting with a friend of my boss' who is doing a postdoc at the local school, to find out what one of the places at which I'm applying is like. He had nothing but good to say about the two profs that I was considering working under, and mentioned that one of them has recently had a huge funding windfall and is expanding their group. The thing that I'm having trouble with is the fact that Inorganic Materials is still a HUGE field, and narrowing it down is tough. One fellow is doing some neat work designing conjugated polymers with metallic/organometallic side groups, as optoelectronic materials, another is working on reverse opal nanomaterials as both light sensors and emitters, another still on water reduction photocatalysts, and so on.

Industry is a bit bleak, but not totally barren. Academia is just cooler. For the moment, anyway.
 
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