Electrical Engineering : Fields of study and work.Are you enjoying it?

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Discussion Overview

The discussion revolves around the experiences and expectations of electrical engineering students and professionals regarding their field of study and potential career paths. Participants share insights on the nature of work in electrical engineering, particularly in relation to hands-on versus desk-based tasks, and express their interests in areas such as biomedical engineering, quantum mechanics, and opportunities at organizations like NASA and CERN.

Discussion Character

  • Exploratory
  • Debate/contested
  • Technical explanation
  • Conceptual clarification

Main Points Raised

  • One participant expresses disappointment with the desk-based nature of their internship at nVidia, seeking more hands-on experiences related to physics and engineering.
  • Another participant notes that while many electrical engineers work at NASA and CERN, most of their tasks involve desk work, including design and simulation.
  • Some suggest looking for companies that operate equipment, such as utilities or airlines, for more field engineering opportunities.
  • There is a suggestion that working in biomedical engineering or with companies like Siemens and GE could provide valuable hands-on experience.
  • A participant mentions that their senior design project did not directly translate to their current work in power engineering, emphasizing the importance of problem-solving skills learned in school.
  • One engineer describes their role as an analog IC designer for applications in particle detection, highlighting the desk work involved but expressing enjoyment in their work.
  • Several participants discuss the prevalence of software-based work in the electrical engineering field, particularly in companies like nVidia.
  • There are inquiries about software tools used in circuit design and simulation, with links provided to various resources.
  • A participant raises concerns about employment opportunities in biomedical and defense-related fields, particularly for non-citizens.
  • Questions are posed regarding elective subjects for those interested in biomedical engineering and the feasibility of transitioning from electrical engineering to that field.

Areas of Agreement / Disagreement

Participants express a mix of experiences and expectations, with no consensus on the nature of work in electrical engineering. Some emphasize the desk-based reality of many roles, while others highlight the potential for hands-on work in specific industries. The discussion remains unresolved regarding the best paths for those interested in more practical applications of their studies.

Contextual Notes

Participants mention various limitations, such as the dependence on specific job roles, the nature of different companies, and the challenges of entering certain fields based on citizenship requirements. There are also unresolved questions about the relevance of elective subjects for transitioning into biomedical engineering.

Who May Find This Useful

This discussion may be useful for current electrical engineering students, professionals considering a shift in their career focus, and individuals interested in the practical applications of electrical engineering in fields like biomedical engineering and physics.

puneeth9b
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Hi,
I'm done with my second year of electrical engineering and am interning at nVidia. So far all I see is people in cubicles debugging code and compiling kernels. Of course there's nothing wrong with it but I was disappointed because I chose electrical over computer science in the hope of doing something more hands on and sciencey ( read Maxwell's laws, quantum mechanics and biomed related). Although I love testing out some new algorithms I read about I don't know if sitting at a desk all day won't drive me insane.

So, what can I study that'll satisfy my interests and let me work in fun places like NASA and cern and the like :smile: Also what kind of places can I work in after having having studied subjects like the ones I've mentioned. Are you satisfied with your major and in a very enjoyable field/job after studying electrical engineering? Please let me know if you are!
 
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I am a EE that mainly does software work now. Here is my two cents:

1.) There are plenty of electrical engineers working at places like NASA and CERN. But most of the people working at NASA and CERN sit at a desk all day.

2.) I have been lucky to do a decent amount of hands on work. Most of this has been of the form of debugging circuit cards I designed/helped design or working to tune control algorithms I have written. But even then, for a year long project, maybe 3 months is spent hands on, the rest of the time is designing, coding, simulating, etc at a desk.

3.) As a EE, you are very unlikely to work with quantum mechanics. Maxwell's laws are in effect on everything you work with but for most cases you either work on simplified abstractions of those laws or don't have to worry about the physics at that level at all. If you want to get more to that side of things work on antennas, communication, and radar might be of interest. Don't know about biomed other than it probably isn't a bad field to get into.
 
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If you want hands-on instead of desk work, look for a company that operates equipment.

Telephone , electric utility, railroads, airlines all have field engineers to help keep the machinery going.

Poke around this site a bit :

http://www.roadtechs.com/
 
Really all companies with physical products have some form of field engineering support - you mention bioMed - so look to the big guys like Siemens and GE and medical product manufacturers. A few years servicing this equipment and you will develop VERY valuable experience esp with a 4 yr engineering degree. Otherwise most hardware product R&D is more hands on as well. Pretty much all of the computer industry including nVidia - is extremely software based, so most of the work will be in front of a monitor.
 
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I am an EE who's senior design was in digital.
I haven't really touched digital since...I am now more into power. Your senior design in college rarely translates into what you actually do. This is the reality of life. In my opinion your engineering school teaches you more how to think and problem solve than it does the actual electrical engineering itself. That's good, because a true thinker can solve any problem.

I now wire large factories from high voltage to medium voltage to low voltage and controls. Which is interesting since I used to burn, blow up or turn to smoke anything I tried to wire before I got educated. I do enjoy my job because I pretty much know what I"m doing now. They say it takes about 5 years real world engineering to get the hang of what you are doing...the big picture if you will. I'd would agree with that...yes, I just eclipsed the 5 year mark.
 
I'm an analog IC designer. I work in a place similar to CERN so my chips are for cool applications like subatomic particle detectors and electron microscopes. But, mostly, I sit at a desk all day simulating and debugging circuits on a computer. But it's fun work and I love it.

If you don't love what you're doing you're not going to be very good at it. So the goal for you should be to find what aspect of EE you find most exciting.
 
Windadct said:
Really all companies with physical products have some form of field engineering support - you mention bioMed - so look to the big guys like Siemens and GE and medical product manufacturers. A few years servicing this equipment and you will develop VERY valuable experience esp with a 4 yr engineering degree. Otherwise most hardware product R&D is more hands on as well. Pretty much all of the computer industry including nVidia - is extremely software based, so most of the work will be in front of a monitor.

Along these lines, I have known engineers that worked at places like Tektronics and Agilent helping customers figure out how to use their test equipment the best way, etc. We have had such people come into our lab as well.
 
carlgrace said:
But, mostly, I sit at a desk all day simulating and debugging circuits on a computer.

What software do you use for this?
 
Hrvoje said:
What software do you use for this?

Analog circuit schematic and layout entry:
http://www.cadence.com/products/cic/pages/default.aspx

Analog simulation (SPICE-like)
http://www.mentor.com/products/ic_nanometer_design/analog-mixed-signal-verification/eldo/

Digital switch-level Simulation
[URL="http://www.mentor.com/products/fv/advance_ms/"]http://www.mentor.com/products/fv/advance_ms/

Digital Synthesis and Place-and-Route
http://www.mentor.com/products/fv/advance_ms/

Layout-vs-Schematic verification
http://www.mentor.com/products/ic_nanometer_design/verification-signoff/

System modeling
http://www.mathworks.com/products/matlab/

Good times.
 
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thank you :)
 
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Windadct said:
Really all companies with physical products have some form of field engineering support - you mention bioMed - so look to the big guys like Siemens and GE and medical product manufacturers. A few years servicing this equipment and you will develop VERY valuable experience esp with a 4 yr engineering degree. Otherwise most hardware product R&D is more hands on as well. Pretty much all of the computer industry including nVidia - is extremely software based, so most of the work will be in front of a monitor.

I came across a few Biomed companies in the news. They and a few others (related to defence etc) were in countries other than my own (like USA and Canada). I hear its near impossible to get employed there, especially if its defence or space related because those are government related (NASA requires you to be a citizen of the country).

Also if I'm interested in Biomed and physics what subjects should i pick as my electives? Can I as an electrical engineer even hope to think of biomed at all? Thanks!
 

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