(Electrical) Engineering and Career Fields

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SUMMARY

The discussion centers on the career prospects and educational choices for students pursuing electrical engineering. The participant, MoeMoney, expresses concerns about job security, financial stability, and the potential to transition into fields like nanotechnology and quantum mechanics with an electrical engineering degree. Responses indicate that while electrical engineering offers a broad range of opportunities, pursuing advanced degrees may be necessary for specialized fields. Balancing academic commitments with personal life is also highlighted as a crucial consideration for students.

PREREQUISITES
  • Understanding of electrical engineering fundamentals
  • Familiarity with career services and job placement resources
  • Knowledge of graduate degree requirements in specialized fields
  • Awareness of work-life balance in academic settings
NEXT STEPS
  • Research job placement statistics for electrical engineering graduates
  • Explore graduate programs in nanotechnology and quantum mechanics
  • Investigate the demand for skills in biomechanics and particle physics
  • Learn about effective time management strategies for engineering students
USEFUL FOR

Students considering a career in electrical engineering, academic advisors, and professionals exploring interdisciplinary fields related to engineering and physics.

moemoney
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Hi,

I just finished my first year of engineering and I am about to enter my second year. I decided to go into electrical engineering because it seems like it has a very broad range of fields to enter in.

Now I am also extremely interested in physics in almost all departments mainly QM, nuclear and particle physics. Not meaning to bash anyone here but from what I could see, enigneering is the more "stable" career path to follow and this is why I chose engineering over physics.

Now I am in a very confused state right now. I am wondering if engineering truly is a good choice. At first I wanted to practice medicine and to become a medical doctor/dentist. The eight years of schooling pushed me away and this is why I went into engineering (which I am actually happy with).

I guess I consider myself an intelligent being (aside from being very fluent in english, I always hated english class). I have obtiand a GPA of 12.2 (out of 13) without having to study much. I plan on doing my masters after I graduate and maybe even stay in school for a bit longer.

BUT now I want to ask these (vague) questions first:

1. Is it relatively easy to get a job if I graduate as an electrical engineer?
2. On average, will I be financially secured?
3. With my electrical engineering degree, can I enter fields such as:
nanotechnology, QM related work, biomechanics, particle physics, magnetic/electrical fields
Or do I have to further my education past the scope of electrical engineering. I am not too interested in "general" electrical engineering work (I would enjoy something more interesting).
4. Will I actually be able to enjoy life as I pursue my degree in engineering? I mean, I also want to go out and have fun and party during the weekends and talk to girls. I don't want to be tied down to just book work but I am willing to do all the work that is required.

Sometimes I feel like being a dentist wouldn't have been so bad. I mean, I am almost gaurunteed a good amount of money and a stable life... But engineering has far more interest to me.

Thanks guys,
MoeMoney
 
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1. If your school has a career and placement services office, you should go check that out and see just how many employers are recruiting people from your field, and whether or not these are jobs you'd be happy with. (Note, however, that things can change in a few years, and what's popular now, won't necessarily be popular in the future).

2. There are no guarantees with respect to financial security these days. That being said, as long as you have a skill set that's in demand, you'll be in a good position.

3. In general, yes. Although, if you intend to do fundamental research in these areas, you'll need a graduate degree. And it is harder to get into a physics program from an engineering background than if you're coming through physics - but not impossible.

4. Everyone has to find their own balance. First year is generally a good taste of what you're in store for.
 

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