Slashdot Mirror
Ask Slashdot: Ambitious Yet Ethical Software Jobs?
First time accepted submitter hwaccaly writes "I'm a mid-career developer with a fair amount of experience working on data-intensive, mathematically ambitious software projects for fun — things like physics and systems simulations, written mostly in CUDA, targeted at Tesla GPUs and small clusters. Ideally, I'd like to get paid for this kind of work, but I've found little call for these skills outside of the financial and defense industries. My conscience won't allow me to accept money from either. The medical/pharmaceutical industries undoubtedly require complex software, but the unavoidable animal testing at the end of the pipeline probably lifts its body count higher even than the defense industry's. And academia pays in degrees, not dollars. So what's left? Do any ethical businesses have a pressing need for high-performance computing, or is it basically a hobbyist niche?"
Fifteen years ago I was happy to be in the games industry and saying, "Isn't it nice to have a job for smart technical people that can't possibly be of any use to the military", but now even that's not the case. Plus the industry is wildly volatile and not great or long-term working conditions.
We know where leadership by an anti-intellectual "strongman" who scapegoats minorities and likes boisterous rallies goes
We are a very socially conscious company which uses GPU's for video encoding - http://www.elementaltechnologies.com/company/careers/opportunities-at-elemental
I agree big Pharma is a nasty business
I say a little atheist prayer every night thanking the FSM for the existence of Big Pharma, because without them I'd be in a sanitarium (or whatever they're called now) having almost continuous seizures.
"I don't know, therefore Aliens" Wafflebox1
I faced this very question right at the start of my IT career, in 1968. I had been absolutely against arms manufacture, but was given a chance to move from chemistry/thermodynamics (working in the development of domestic gas burners) to a programming job in aerospace. I have loved aeroplanes since I was 5, an avid SF reader, and going from a "budget" of 30 minutes of mainframe time per week (that was FORTRAN so included compile, test, run) to being 100% programming in technical problems was like being invited to the best party ever. I was going to have to accept a small pay cut, but that didn't matter a bit. Then I realized that every line of code would be used for military aircraft as much or more than for civil projects. It was a long night of the soul, but I decided to take the job. I am so glad I did, not least because I found that most of the military people (real aircrew) were the real anti-war guys. They were the ones most concerned about reducing "collateral damage", and pushing for more accurate delivery of - well - death.
I think we did a good job. Today's wars are still terrible, but compared with conflicts such as WW2 they are actually more controlled, especially when hi-tech systems are used. I am older and wiser now, and doubt that we will ever see an end to war, but I do believe that armed conflict is getting "cleaner", at least when developed countries are involved. If we get more precise systems then we should be able to bring conflicts to a quicker end, with less damage to civilian areas and the environment.
So my advice is to reflect on the outcome of improving technology by better simulation and then decide on each job offer as it comes. This is true whatever area you look at, the arms industry is investing in "non-lethal" systems, the drug companies in simulation and "in vitro" testing, so both of these provide chances for really good jobs in which you can make a positive difference to the world.
I suspect that this might lose me some karma, but I think that gaming is probably the least ethical area (killing things should never be fun, even in a virtual world), and I personally would never work in the financial sector, but then that's the ethical dilemma we all face.
nec sorte nec fato
You can't simulate with any certainty how a living thing will react in toto to a new drug--if that were possible we'd save ourselves the hundreds of millions currently spent in clinical testing and we'd just run simulations. But there are things you can usefully simulate even if you lack a full understanding of the biological processes involved. For example, it's fairly routine to simulate a drug's pharmacokinetics based on animal data and analogy to other known drugs. This helps us choose doses for clinical trials, it helps us figure out how many patients we need to test in order to produce robust results. Nothing about this is worthless--good sample size estimates minimize unnecessary patient risk and save money.