Should I stay in MechE or change to Electrical?

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Discussion Overview

The discussion revolves around the decision of whether to remain in a Mechanical Engineering program or switch to Electrical Engineering. Participants explore the integration of both fields, particularly in areas like automation and control, and consider the implications of taking electives in electrical subjects.

Discussion Character

  • Debate/contested
  • Exploratory
  • Technical explanation

Main Points Raised

  • One participant expresses a strong interest in both mechanical and electrical engineering, particularly in fields like aerospace and automation, and seeks advice on whether to switch majors or take electives.
  • Another participant suggests that if the school does not offer a mechatronics program, the individual could take electrical electives or switch to electrical engineering if they have a strong interest in it.
  • There is a clarification that programming is a separate discipline from electrical engineering, and that control theory is relevant to mechanical, electrical, and computer science, but taught differently in each field.
  • A participant indicates a preference for obtaining a broader foundation in either mechanical or electrical engineering before specializing at the master's level.
  • A later post questions the feasibility of specializing in robotics and embedded software after completing an undergraduate degree in mechanical engineering.
  • Another participant shares their experience of having a mechanical undergraduate degree and successfully pursuing a PhD in biomechanics, suggesting that a mechanical background can lead to opportunities in robotics.

Areas of Agreement / Disagreement

Participants express differing opinions on whether to switch majors or remain in mechanical engineering while taking electives. There is no consensus on the best path forward, as some advocate for switching while others support staying in mechanical engineering.

Contextual Notes

Participants mention the importance of foundational knowledge in both fields and the potential for interdisciplinary applications, but do not resolve the implications of switching majors or the specific pathways available for specialization.

Who May Find This Useful

Students considering a transition between engineering disciplines, particularly those interested in the intersection of mechanical and electrical engineering, as well as those exploring career paths in robotics and automation.

ramzerimar
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Hey people. First of all, I'm now in the third semester of my course in Mechanical Engineering. I have interest in aerospace/aeronautics, so there are plenty of things in mechanical that I like - fluid mechanics, aerodynamics - and that was the reason I choose this undergrad. Nonetheless, I do like some stuff in electrical too - microprocessors, automation - and I like the greater emphasis given to programming in Electrical Engineering - I'm right now learning C++, and planning to learn Python.
I'm in doubt if I should change my undergrad to Electrical Engineering or try to reconcile both things. I've first planned to take some electives in subjects that I want to learn about: electrical circuits, digital systems, eletromagnetism, electronics... But I'm not sure if this would be a good move. For me, it would be great if I could major in some field where mechanics and electronics merge, like automation and control. I've read that control is a covered by both mechanical and electrical engineering. Looks like a field where it will be needed to have a solid understanding of mechanical and electrical principles.
So, should I switch to electrical or stay in mechanical, take some electives and major in some mechanical/electrical field later?
 
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Does your school offer a mechatronics program? If not, you can pursue the electrical as electives or, if you really like the electrical, switch over. But you may also be confusing electrical with comp sci as programming is a separate discipline itself. Control theory can be covered by all three, it is just how it is covered / taught that is different. Comp Sci looks at algorithms, electrical (and mech) will look at block theory (with electrical looking at circuits vs mech looking at systems). All will cover different types of responses, but focus on the earlier coursework to build upon (hence how they approach teaching the subject).
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Bottom line, you are probably fine where you are, but you can start taking electives in the curriculum you might transfer into. You probably have 1-2 semesters before you actually slip from graduating on time, if you are prepared to take a heavy course load to compensate for the extra classes (and harder electives) to keep yourself on track to graduate on time.
 
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Yeah, my school offers a mechatronics program, but I don't feel very comfortable about switching to it. I prefer to undergraduate in mechanical or electrical so I have a broader scope and basis, and then seek specialization in a master's degree program.
I would like to cover basic subjects in electrical so I have a better basis when I start a major, and I like programming as well, so I've been studying it independently during summer.
 
UPDATE: I would like to ask one more thing: it's conceivable that, after my undergrad, I specialize in robotics and embedded software - or it's too far away from core mechanical engineering?
 
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My undergrad was mechanical and I did my PhD in biomechanics. You can definitely do robotics from a mechanical.
 

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