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Even within that smaller subsection, those working on, say, Aerospace Engineering degrees are likely envious of the prospects of Computer Science guys, and the Computer Science guys are looking at their upper-division coursework wondering if they shouldn't just bail out and test the waters of whatever startup hotspot is on their minds.
It's better than worrying about what you could possibly do with your Theater degree, but it's still stressful for the people under this giant umbrella of promise.
At the end of the day, I guess everyone feels like the grass is greener somewhere.
Edit: My mistake, the computers detected an engine parameter that was out of bounds. See you guys early Tuesday morning for round 2.
Unfortunately, this seems to be a more blunt, standoffish interpretation of Peter Norvig's classic article on the long road to programming competence "Teach Yourself Programming in Ten Years." Jeff Atwood even references the article in this post, which I find disheartening, as Peter Norvig never once says something like "Don't even bother." Self-improvement is hardly a fruitless endeavor, and while not everyone is capable of writing good code, much less making a living off of it, there are a lot of wonderful things you could learn about yourself through such an undertaking. Plus, there are far less productive/interesting ways for people to spend what precious little time they have.
Plenty of people leave school and finish their degrees later on (sometimes much later), so you shouldn't feel bad about leaving it on hold for now, especially since you've got a job lined up.
That said, some of these look really good. My favorites are the Stars and the Shearling Point options, both of which are just subtle enough for my tastes. Best of luck to Mr. Caldwell in his future endeavors.
I wonder what this means for nuclear engineering's future, because I'm looking at Transatomic Power's team and I'm seeing a lot of influence from academia. Both members of the actual management team are PhD candidates, and all three members of the advisory board are professors. Granted this is one sample, but it seems like the barriers to entry for energy startups in general, but especially those dealing with nuclear power, are too steep at the moment for anything to move forward without help from academia.