Engineering Can I become an engineer and a physicist?

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SUMMARY

The discussion centers on the feasibility of pursuing a dual career in engineering and theoretical physics. A participant contemplates obtaining a Bachelor of Arts in Electronic Engineering (BA in EE) followed by a Ph.D. in Physics, estimating a full-time commitment of approximately four to six years for the Ph.D. while balancing part-time work. The conversation highlights the potential drawbacks of missing essential physics courses during engineering studies and emphasizes that many professionals successfully integrate both fields, particularly in areas like Accelerator Physics. Participants agree that while the path is challenging, it is achievable with careful planning and dedication.

PREREQUISITES
  • Understanding of Bachelor of Arts in Electronic Engineering (BA in EE)
  • Knowledge of Ph.D. program structures in Physics
  • Familiarity with the concept of dual degree pathways in STEM fields
  • Awareness of career opportunities in Accelerator Physics
NEXT STEPS
  • Research the curriculum requirements for a Ph.D. in Physics after a BA in EE
  • Explore the field of Accelerator Physics and its career prospects
  • Investigate part-time Ph.D. programs and their time commitments
  • Look into senior undergraduate physics courses that enhance graduate school readiness
USEFUL FOR

This discussion is beneficial for aspiring engineers, theoretical physicists, and students considering interdisciplinary careers in STEM, particularly those interested in balancing work with advanced studies.

Element091
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I want to become a theoretical physicist, but the job outlook is not as great as I would wish it to be. However, I still want to study theoretical physics as I find it extremely interesting.

So what I am thinking is that I get a BA in electronic engineering, and then seek employment in that field and work part time to get a PH.D in Physics.

How long would it take to get a PH.D in Physics after a BA in EE?

Is this a realistic? Or do i have to choose between them?
 
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Would like to hear some thoughts too on it...was thinking of double majoring in ME and Astronomy & Physics
 
It's not impossible.

Lots of people jump from various fields of engineering into physics for graduate school, and vice versa. One drawback to doing this is that as an engineering student your courses will naturally have a strong engineering element and you will likely miss out on a few senior undergrad physics courses that could introduce you to various sub-fields, and potentially you will have some catching up to do once you get to gradaute school.

A PhD is a full-time committment. If you plan on doing it part-time, it will take twice as long (if not longer). It can be done, of course, but if you're also working, that won't leave a lot of time for other things. So if you're okay with spending ~ 8 years or more balancing a job and your PhD work and not doing much else, then go for it.

Also, it's probably worth pointing out that a degree in physics does not mean you have no job prospects. In fact, physics majors tend to do quite well compared with lots of other majors.
 
So after a degree BA in EE, It will take four years to get a PH.D in physics if I do it full time?
One drawback to doing this is that as an engineering student your courses will naturally have a strong engineering element and you will likely miss out on a few senior undergrad physics courses that could introduce you to various sub-fields
Sub-fields in engineering or physics?
What would be the best approach?
 
There's no hard answer on how much time it takes. Four years is more of a minimum. (there are people who finish faster, but not many). It's not uncommon for it to take five-six years.

As a physics student you will generally have the opportunity to take more physics classes. So in your senior year, for example you might be able to take a general relativity course, a course in plasma physics and/or a senior thesis research project in addition to the more 'core' curriculum courses that would be required for entrance into physics grad school. As an engineer, you may not get those same opportunities - although to be fair, you will have others, and you will have training for a specific profession.

There is no "best" approach.

What you could do, is look up a course calendar and look up each route. Plan out the courses you will take in each route and see what's more appealing.
 
Element091 said:
I want to become a theoretical physicist, but the job outlook is not as great as I would wish it to be. However, I still want to study theoretical physics as I find it extremely interesting.

So what I am thinking is that I get a BA in electronic engineering, and then seek employment in that field and work part time to get a PH.D in Physics.

How long would it take to get a PH.D in Physics after a BA in EE?

Is this a realistic? Or do i have to choose between them?

Why can't you be an experimental physicist and become a physicist AND an engineer in the same profession? There are many of us who are physicists and also do a lot of engineering. I've highlighted one career option already in this forum - Accelerator Physics field. Look it up.

https://www.physicsforums.com/showthread.php?t=410271

Zz.
 
ZapperZ said:
Why can't you be an experimental physicist and become a physicist AND an engineer in the same profession? There are many of us who are physicists and also do a lot of engineering. I've highlighted one career option already in this forum - Accelerator Physics field. Look it up.

https://www.physicsforums.com/showthread.php?t=410271

Zz.

ZapperZ is right. I did my PhD in physics (theory and computational) and now spend a good portion of my day working on mainly engineering problems (probably 50%). This is probably a little more rare for a mainly theory guy, but not unheard of. But as an experimentalist, you will get to do a ton of 'grunt work' engineering.
 
I also agree to Norman and ZapperZ! When I did my (physics) PhD I spent most of the time on classical electrical / mechanical engineering tasks. Even the computational / 'theory' part was rather software engineering.

One of the most important things I learned in the lab of the university was to build a solution from existing components or based on a very limited budget. I think it is this MacGyver-style thinking that automatically make a physicist an engineer anyway.
 

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