homeomorphic
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Blah. Too long. Too wandering. Look, there are topics where some exposition is warranted. This isn't one of them. The reality is that your reasons for not working in that field don't actually matter. They don't even matter to the interviewer.
What really matters are questions like "Does this person really want to work at this company?" Or, "Is this person going to leave as soon as a job in academia opens up?"
Try this again but make the following changes:
Reduce it to two to three sentences
Try to bring the focus back to the job
Make it clear that you are not working in academia, period (without even saying why)
Well, I'll have to think about it. I suppose part of my reasoning is that it seemed more convincing to give a reason for leaving academia.
You are not going to be employed to "understand things in a more intuitive way", or "pursue your curiosity wherever it leads".
Yeah, but you have to understand that I am saying that very specifically in the context of math and physics. That's not really how I think of working in industry. I'm thinking of it more as a way to make a living, rather than an outlet for my intellectual curiosity, alone, so it's not the same as math and physics were. I could see some issues if there was too much stuff that I didn't understand for myself, but it's my suspicion that, even if that isn't "what I'm employed to do", I can still have what I want in that regard. If I have to, I'll just work that much harder to gain the understanding that I'd like and still have time to get the job done. It's also hard to pin down exactly what is going to get on my nerves in this regard. I think I'm somewhat flexible here, especially, given that, as I said, I'm thinking of it more as a job.
In an entry level job you are employed to do what you are told to do - preferably done on time, and done right.
That's fine with me. Anything sounds pretty exciting to me, as long as it's not math research at this point. So, for the next couple years, I think I'm good. Heck, if you paid me to memorize equations by rote and plug numbers straight into them without questioning, after that PhD, I'd be happy to oblige. I'd just be so thrilled that I'm not writing my dissertation. Beyond a couple years, though, I have to think carefully about whether I can go the long haul. I'm really starting to think this actuary thing could be a good gig for me. Just enough to keep me from being bored, but simple enough not to wear me out, plus the way the job seems to be structured, making great money.
We once hired a guy who pretty much fitted the description of your quote - he must have been smart enough that we didn't pick it up in the interview. Most days, he came up with good ideas for two or three new PhD-level research projects. The only problems were
(1) He never actually accomplished anything, except coming up with lots of good research ideas.
(2) Most days, he took several hours of working time away from people who did accomplish things, explaining and asking questions about his latest idea.
Thankfully, he got bored and left before we fired him.
Yeah, I don't have lots of good research ideas. I'm sure I can get results. As I said, I'm not going into it with the same idea that I had going into academia at all. It's a fresh start, for me.
The thing about engineering is that it's hard to picture what the actual job is like because, even though I studied EE a lot more than CS, there seems to be a bigger gap between engineering school and actual practice. In the context of programming, I really don't see myself having any of these kinds of issues at all because I know what it's like to write code. The understanding I like to have would all be in place already. All that remains is to apply it. That goes for anything. If I already understand it, I'm good. So for example, probably something like 50% of the undergraduate EE curriculum is already taken care of in that regard. Already got the understanding. No one can take it away. So, I'd be good to go. I don't need to understand it better than I do, already. I'm happy to apply what I know. That's a very different thing from some crazy subject like the topology of 4-manifolds. I already understand electrical circuits or Maxwell's equations and a lot of stuff. My work is done there and that's the point. And if it's not done, it's not that hard. It's not the Poincare conjecture. No need to probe deeper, no need to prove everything rigorously. Already understand or can understand.