Deciding between Mechanical and Electrical engineering

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Discussion Overview

The discussion revolves around the decision-making process for a student majoring in physics who is considering pursuing a degree in either Mechanical Engineering or Electrical Engineering. Participants share insights about their experiences, job prospects, and the implications of each choice, while also addressing the potential paths to graduate engineering programs.

Discussion Character

  • Debate/contested
  • Conceptual clarification
  • Technical explanation

Main Points Raised

  • One participant suggests completing the physics degree first and then applying to a graduate engineering program, noting that a physics background may facilitate acceptance.
  • Another participant mentions that transitioning from physics to engineering may require about two years of remedial undergraduate work, emphasizing the hands-on nature of engineering education compared to physics.
  • There is a counterpoint regarding the variability of remedial course requirements depending on the school, with some programs potentially requiring less than two years of additional coursework.
  • The original poster expresses uncertainty about choosing between Mechanical and Electrical Engineering, highlighting the importance of job prospects and personal interests in programming.
  • One participant humorously suggests that if the decision is difficult, flipping a coin could be a viable option.

Areas of Agreement / Disagreement

Participants do not reach a consensus on which engineering discipline is better suited for the original poster. Multiple competing views remain regarding the best path forward, including the merits of completing a physics degree versus enrolling directly in engineering.

Contextual Notes

Participants acknowledge that the time commitment for obtaining an engineering degree varies by country and institution, which may influence the decision-making process. The discussion also reflects differing opinions on the relevance of a physics background to engineering studies.

Who May Find This Useful

This discussion may be useful for students considering a transition from physics to engineering, those weighing the merits of different engineering disciplines, and individuals interested in the educational pathways to engineering careers.

zalook
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Hello, I'm majoring in physics at the end of the year but I'm more interested in engineering now. The thing is that I could start taking Mechanical engineering classes now and obtaining the degree in two years from now (without obtaining the major in physics), or I could finish the physics major this year and later get a degree in Electrical engineering in three years from now.
My problem is that I don't know which one is the better choice since I like both, so I'd be glad if you could tell me about your current job as a Mechanical engineering or as an Electrical engineering. I'd like to know what do you exactly do on a regular day. I'm also interested in programming and my marks are pretty well for now if that helps. The job prospects after graduation are important for me too.

Thanks.
 
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I'd complete the degree in physics and see if you can get accepted in a graduate engineering program. With your physics background this shouldn't be much of an issue.
 
If you do as Ben Zina recommends, you will only need about 2 years of remedial undergraduate work in engineering to get caught up for the graduate work.

One of the fundamental differences that you will encounter is this: With just a few exceptions, engineers rarely ever work with quantum mechanics (EEs do on rare occasions), astronomical problems (MEs do orbital mechanics for space travel), nuclear physics beyond power reactor physics, statistical thermodynamics. The work in physics in these areas will not have been very useful at all. On the other hand, undergraduate engineering students spend a lot of time in the lab building things, taking data, making things actually work, far more than physics students do. Where do you want to be when you finish your BS degree?
 
OldEngr63 said:
If you do as Ben Zina recommends, you will only need about 2 years of remedial undergraduate work in engineering to get caught up for the graduate work.

Er not always. It really depends on the school. In many cases some graduate departments may only require a semester of remedial courses. I'd only imagine a graduate department requiring a whole additional two years of remedial courses if you're coming from a completely non technical background (say a degree in literature). But of course this varies from school to school. In op's case he might be better off enrolling directly into a graduate program if only to save time.
 
Thanks for the answers. I've already decided about getting an engineering degree, but my problem is that I can't decide between Mechanical and Electrical engineering. I'm not from USA, in my country in order to get an engineering degree you must spend five years at the university, so the times involved are the ones I've described in the initial post.
 
I don't see how we can answer this question better than you can. If you like both of them and don't have a problem with the time commitment required by either, flip a coin.
 

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