Which EE subfield should I go into?

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In summary, electrical engineering is a field that is going to be stable in the future, but there is a market for people who know about antennas and electromagnetics.
  • #1
Physics_UG
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I am in the middle of an EE graduate program and I have been taking courses in device physics and semiconductors process technology. I am starting to think that this isn't the area I am truly passionate about. I haven't really been doing all that well in the classes. Which areas of EE are going to present good job opportunities in the future in the United States (i.e. which fields aren't being outsourced?). I know that VLSI/chip design jobs are being outsourced. I have also heard that communication systems is a rapidly growing area right now. Is there a market for people that know about antennas and electromagnetics?

Right now I am just trying to taylor a graduate program that will be attractive to employers. I am also looking for a field that I would be interested in doing research on if I decide to stay and do the PhD.

Thanks
 
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  • #2
Power engineering and electrical engineering roles such as I & C engineering in the oil & gas industry are pretty stable in North America. If I had the opportunity, I would switch completely to power engineering for grad school. But I'm kinda far along, so the best I can do is take a few courses in power engineering without doing any research, and hope I take a liking to it, let alone get an A.

One thing too is that these days, you have to have some flexibility to move where the jobs are. If for example you are passionate about VLSI design, then as a new grad, you should be very flexible, even if its in a foreign country.
 
  • #3
Hey ranger, what's your concentration in grad school? I'm still an undergrad but I was thinking of going into semiconductor physics/photonics, but I didn't realize that VLSI jobs were starting to be outsourced.
 
  • #4
Hey roeb, I'm focusing on digital integrated circuit design (mostly frontend), mixed-signal ICs, and applications of FPGAs. I'm interested in mostly medical applications of digital systems and do a lot of digital systems design.

But yea, its not a good time for anything VLSI related. I spoke a lot about the current situation in this thread. They are experiences summed up in a few posts of many talks with other grad students, professors, and my supervisor. Its slightly pessimistic, but these are issues which shouldn't be sugar coated. As a result I strongly urge students (who wish to remain in North America) to specialize in EE disciplines where outsourcing is difficult (power eng., oil & gas industry, and building systems are some examples).
 
  • #5
I am an undergrad that originally wanted to do EE, but from looking @ the job outlook and the outsourcing problem we have, I think I'm going to switch to ME, just because it's a broader discipline. I got my information from www.bls.gov[/URL] I hear that the actual statistics are not <i>that</i> bleak, but anything near a 2% job growth over the next 10 years is not something I think I want to go 40k in debt learning about. I still have to talk to my adviser about this, but I am thinking about trying to minor in EE just because it is what initially interests me, and I could use that knowledge to become broad, yet specialized (and maybe be able to demand a higher salary, lol). I'm still in the process of figuring out what is best for me. Any input on this theory would be appreciated.
 
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1. What are the different subfields in EE?

Some common subfields in EE include electronics, power systems, telecommunications, control systems, and computer engineering.

2. How do I decide which subfield is right for me?

Consider your interests, strengths, and career goals when deciding on a subfield in EE. Research each subfield and talk to professionals in the field to gain a better understanding of the work involved.

3. What are the job opportunities in each subfield of EE?

Job opportunities vary in each subfield, but overall, EE offers a wide range of opportunities in industries such as technology, telecommunications, and renewable energy. Some subfields may have higher demand for professionals, so it's important to research the job market in your area.

4. Which subfield has the highest salary potential?

Salaries in each subfield can vary based on location and experience. However, some subfields such as power systems and telecommunications tend to have higher salaries due to the demand for professionals in these areas.

5. Can I work in multiple subfields of EE?

Yes, it is possible to work in multiple subfields of EE. Some professionals may choose to specialize in one subfield, while others may have experience and knowledge in multiple areas. It's important to continuously learn and adapt to new technologies and advancements in the field to stay competitive.

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