Combining a Passion for Physics and Engineering: Possibilities and Opportunities

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Pursuing an undergraduate degree in physics followed by a master's in engineering, particularly electrical engineering, and then a doctorate in quantum, particle, or condensed matter physics is feasible. The duration of this educational path will vary based on individual performance and institutional requirements. Graduates can expect similar opportunities to those in traditional engineering or physics careers, potentially leading to roles in industry reminiscent of Nikola Tesla's work. However, some suggest that a more direct route, such as obtaining a PhD without a master's, may be more beneficial. Engaging in a dual undergraduate program in physics and electrical engineering is also an option. Emphasizing passion and exploration during the initial years of study is crucial, as it allows for informed decisions about specialization. Tesla's unconventional path highlights the importance of following one's interests, though his era offered different opportunities compared to today.
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I love physics and the advanced knowledge the field has, but I also love making applications and building things like engineers do. Would it be possible for me to get my undergraduate in physics, to get a masters in engineering (preferably electrical engineering) and then get a doctorate in either quantum, particle or condensed matter physics? If this is possible how long would it take, and what kind of opportunities would be out there for me if I did do this. I would like to be someone like a Nikola Tesla, so in other words would this help me get to do the types of things that he did, along with some of my own ideas?
 
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My advice is:

Take your undergraduate in something you love/want and THEN think about masters and PhD. You'll get to love stuff in undergraduate, and you'll get to hate stuff. No point in choosing the next 10years of your life right now.
 
Would it be possible for me to get my undergraduate in physics, to get a masters in engineering (preferably electrical engineering) and then get a doctorate in either quantum, particle or condensed matter physics?
Yes. The details will depend on the school and you ability to pass exams (and how much you care about the grades.)

If this is possible how long would it take, and what kind of opportunities would be out there for me if I did do this.
Pretty much the same an engineering or physics normally would. With very good grades you could go work for an industrialist like Tesla did... but resign just as your achievements get recognition.

I would like to be someone like a Nikola Tesla, so in other words would this help me get to do the types of things that he did, along with some of my own ideas?
In that case you are going about it the wrong way - you should flunk out of college and go on tour with your inventions which will be subtle and brilliant. You have read his bio right?

Crake is correct, however. Tesla has a spectacular career but he did not set out to.
He just studied what he loved and followed his passions as completely as he could.
 
Check out the engineering physics B.S as well, for the first two years of undergrad just start to develop an idea of what you want to major in, declare your major, and go from there. In other words, make the most of the two years you have before declaring a major by speaking with faculty and students in their respective programs.

What you're considering to do, however, would take a long time and in the long run probably wouldn’t provide much benefit. An undergrad to PhD route bypassing the masters in the sub field you're interested in would be the surest bet. You could always consider a dual undergrad in physics and electrical engineering, if allowed.

Further, I don’t believe Nikola finished much of his schooling, different times; there was a lot more low hanging fruit back then.
 
Simon Bridge said:
In that case you are going about it the wrong way - you should flunk out of college and go on tour with your inventions which will be subtle and brilliant. You have read his bio right?

Don't forget about the gambling, you need to become a proficient gambler.

The man had a very interesting life.
 
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Yesterday, 9/5/2025, when I was surfing, I found an article The Schwarzschild solution contains three problems, which can be easily solved - Journal of King Saud University - Science ABUNDANCE ESTIMATION IN AN ARID ENVIRONMENT https://jksus.org/the-schwarzschild-solution-contains-three-problems-which-can-be-easily-solved/ that has the derivation of a line element as a corrected version of the Schwarzschild solution to Einstein’s field equation. This article's date received is 2022-11-15...
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