Seeking advice on switching to engineering from physics

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SUMMARY

The discussion centers on a physics/math major contemplating a transition to engineering for graduate studies. The individual is considering taking engineering courses during their remaining semesters to prepare for a master's or PhD in either electrical or mechanical engineering. Key recommendations include enrolling in Fluid Mechanics and Circuits classes to explore both disciplines. Additionally, the individual seeks clarity on the typical graduate process in engineering, which often involves obtaining a master's degree before pursuing a PhD, contrasting with the physics pathway.

PREREQUISITES
  • Understanding of undergraduate physics and mathematics principles
  • Familiarity with basic engineering concepts
  • Knowledge of graduate school application processes in STEM fields
  • Awareness of mechatronics as an interdisciplinary field
NEXT STEPS
  • Research Fluid Mechanics and Circuits courses relevant to mechanical and electrical engineering
  • Investigate the mechatronics master's program and its job market prospects
  • Explore the differences in graduate school pathways between engineering and physics
  • Consult with engineering advisors about interdisciplinary research opportunities
USEFUL FOR

Students transitioning from physics to engineering, academic advisors, and individuals exploring interdisciplinary fields like mechatronics.

Bobbo Snap
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I'm a physics/math major halfway through my (first) senior year. Until recently, I planned on pursuing a PhD in physics after graduation but I've decided to switch to engineering for grad school. I'd appreciate any advice on going this route (physics/math BS to a masters or PhD in an engineering discipline).

Although it's my senior year, I still have three semesters left because the physics department here is small and only offers certain necessary classes every other year. That being the case, my course load for the last two semesters is quite light. I thought I'd fill this time with some engineering courses so that I have less catching up to do the first couple years of grad school. I think I'd have time for three or four (engineering) classes that last year. Any advice on particularly important courses that I should take would also be appreciated. I haven't yet decided between electrical or mechanical engineering for however that may effect your replies.

I do, of course, plan on speaking with an advisor about this but I thought I'd field some replies here first. Any input helps. Thanks.
 
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Hi Bobbo :smile:

I think you are in a pretty good position to try things out since you say your next few semesters will be relatively light. And since you are a physics/math guy, I think you will pick extremely quickly on any engineering courses you take. Since you are still unsure as to what route you would like to take, EE or ME, I would suggest taking at least 1 course in each. Maybe Fluid Mechanics for ME and a Circuits class for EE. Just keep in mind that these courses are just "samples" of what these disciplines do.

Also, since graduate school is a little more "open-ended" then undergrad you can likely get the best of both worlds if you so desire. Just look for advisers who are doing the types of research that will utilize the kinds of skills you are hoping to acquire.
 
An update:
After speaking with an engineering advisor and mulling it over for a bit, I have a couple new questions.

1) I was told that the typical graduate process in an engineering discipline involves first obtaining a master's degree then applying to PhD programs afterwords. This differs from my understanding of the graduate process in physics where you usually apply to PhD programs immediately after obtaining your bachelor's (master's degree's being a sort of conciliatory degree for unsuccessful doctoral work). This advice also contradicts what I've seen on a few university websites which recommend applying directly for the PhD program if that's your goal. Can anyone shed any light on this?

2) I was advised that mechatronics involves a mix of electrical and mechanical and that this might be a good discipline to pursue given my interest in both. My university proclaims a strong mechatronics master's program (one of two in the state) but this is a pretty new discipline and I wonder how employable it is. Comments anyone?

If it is indeed advisable to get a master's before applying to a PhD program, I may stick around here for a couple more years. This also depends on the prospects that a mechatronics major may have. I appreciate any comments. Thanks.
 

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