Engineering Graduate School w/ Physics BS

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Discussion Overview

The discussion revolves around the feasibility and specifics of pursuing an engineering graduate degree with an undergraduate background in physics. Participants explore various engineering fields such as Mechanical, Electrical, and Aerospace, and consider the likelihood of admission into Master's versus PhD programs. The conversation also touches on internship opportunities and coursework recommendations for physics majors interested in engineering.

Discussion Character

  • Exploratory
  • Debate/contested
  • Technical explanation

Main Points Raised

  • Some participants note that it is possible to pursue an engineering graduate degree with a physics background, but specifics can vary by program.
  • There is uncertainty regarding the ability to transition into different engineering fields, with some suggesting that newer programs may be more open to diverse academic backgrounds.
  • One participant advises contacting graduate engineering departments for detailed requirements, including potential make-up courses.
  • Another participant suggests that taking upper-level engineering electives can demonstrate interest and capability in the field.
  • A hypothetical scenario is presented regarding the competitiveness of top Aerospace programs, with concerns about funding and admission challenges based on personal experiences.
  • One participant shares a perspective on the difficulties faced by graduate students in top aerospace programs, indicating that admission does not guarantee financial support.

Areas of Agreement / Disagreement

Participants express a mix of agreement and uncertainty regarding the transition from physics to engineering graduate programs. While some believe it is feasible, others highlight challenges and varying requirements across different fields and institutions.

Contextual Notes

Participants mention potential additional coursework and the need for specific electives, but there is no consensus on the exact requirements or the best strategies for transitioning into engineering from a physics background.

Who May Find This Useful

Students with a physics background considering graduate studies in engineering, particularly those interested in Aerospace and related fields, may find this discussion relevant.

the_kid
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I know it's possible to get an engineering graduate degree with an undergrad degree in physics. However, I'm not sure about specifics. Is it possible to go into different fields (Mechanical, Electrical, Aerospace, etc.)? Also, do people typically have more luck getting into MS or PhD programs? I'm really looking for any available information regarding this. Thanks!
 
Physics news on Phys.org
ditto everything the OP said, but may I add 1 more question:
Im currently a junior in the same position (assuming OP is a phys major), I'm wondering if/ what kind of REU or internship I might look for this summer if I wanted to gear it twoards engineering, even though I am a BS in physics
 
the_kid said:
I know it's possible to get an engineering graduate degree with an undergrad degree in physics. However, I'm not sure about specifics. Is it possible to go into different fields (Mechanical, Electrical, Aerospace, etc.)? Also, do people typically have more luck getting into MS or PhD programs? I'm really looking for any available information regarding this. Thanks!

Your best bet would be to contact various graduate engineering departments. Usually, you can expect to be required to take make-up courses to cover what you missed, before you start graduate level work.
 
I'd add to lisab's comments by noting that some "newer" programs in engineering (say biomedical, electro-optical, materials, etc) may be more open to various backgrounds than the established ones (say ME, EE, ChemE, Aero-) because there are fewer schools that offer undergraduate degrees in the specific sub-field. Typically these programs will state this kind of openness on their "perspective student" webpages or literature.

Also, depending one where you are in your undergraduate education, I'd advise to start to take some upper-level electives through the department of engineering in which you are most interested. Strong performance in an upper-level elective in the field would show you've solidified your interest AND that you can perform at the same level as someone with a traditional preparation.
 
i read in sydney university that it most cases you need a year extra and everything weill be okay
 
Thanks for all of the replies! Here is a hypothetical: I complete a physics major at a top 10 school, including all of the standard coursework (Advanced Mechanics, Electrodynamics, Statistical Mechanics, two semesters of Quantum) plus some more advanced coursework, and I take some engineering electives (Fluid Mechanics and Theoretical Fluid Mechanics), would I have a chance at top Aerospace schools to do aerodynamics research?
 
I do believe that top aero- programs are a bit difficult to get into and may not guarantee funding. This would be based on my experience at CU Boulder (which is according to its website presently ranked "4" in Aerospace)... where I wasn't "in" the program, but did know some graduate students in the program (who were sometimes working real crap jobs around town to scrape by living expenses... even if their tuition was covered... and I'm not sure if even that was...).

While this one data point is certainly small (and you should look for others), I'd be least optimistic about the field of aerospace (especially since there are some aerospace undergrad degrees around).
 

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