Freshman Unsure of Physics vs Engineering Major - Advice Needed

In summary: Ph.D. can get the jobs the MS can plus some others. Mostly, the Ph.D. pretty much does the same job as the MS though.For other fields, such as pure physics, the Ph.D. is the only path to a research career (and typically still involves doing projects and assignments).In summary, obtaining a Ph.D. in physics is usually free as you receive a stipend and funding for tuition, and the opportunity cost of giving up a higher salary can be high. However, a Ph.D. can open up different career opportunities and allow for work on more innovative projects. In engineering, a Ph.D. may not necessarily lead to a higher salary, but can qualify a person for additional
  • #1
sloan13
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I am going to be a freshman in college this year, and I am not sure if I want my major to be physics or engineering. I love physics, and I think it suits me more. The only reason I question going into physics is the debt I could accumulate after a phd program. It would also be helpful to hear what the normal debt is after a phd program and to hear what it is like to work in both fields. I am interested in particle or nuclear physics or mechanical or electrical engineering. Thanks for input!
 
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  • #2
Debt for PhD? Not sure what you mean. When you are getting a PhD in physics you don't pay, you get a stipend to live on and university funding (or a professor's research funding) pays for your tuition and stipend. Ask your physics department advisor (or graduate advisor) for more info.

Maybe it'll help make your choice if I tell you why I changed my mind from majoring in CSE to majoring in engineering physics with a CS concentration. I decided that in computer engineering, you are essentially making refinements to thirty-year-old technologies, and that the next big breakthroughs in computing technology were going to come from physics research. Well, that was part of it, it was enough reason to forget about CSE but I went with engineering physics so I could take CS classes (I love computer programming and didn't want to give up studying it further). Now I don't care as much about computer breakthroughs in physics, I'm more interesting in general relativity. :-D
 
  • #3
PhDs are free.

Don't worry about what you're going to do for grad school yet... you don't really have to choose between physics or engineering for a couple of semesters.
 
  • #4
TomServo said:
Debt for PhD? Not sure what you mean. When you are getting a PhD in physics you don't pay, you get a stipend to live on and university funding (or a professor's research funding) pays for your tuition and stipend. Ask your physics department advisor (or graduate advisor) for more info.

Maybe it'll help make your choice if I tell you why I changed my mind from majoring in CSE to majoring in engineering physics with a CS concentration. I decided that in computer engineering, you are essentially making refinements to thirty-year-old technologies, and that the next big breakthroughs in computing technology were going to come from physics research. Well, that was part of it, it was enough reason to forget about CSE but I went with engineering physics so I could take CS classes (I love computer programming and didn't want to give up studying it further). Now I don't care as much about computer breakthroughs in physics, I'm more interesting in general relativity. :-D

wotanub said:
PhDs are free.

Don't worry about what you're going to do for grad school yet... you don't really have to choose between physics or engineering for a couple of semesters.

So PhDs are 100% free?
 
  • #5
sloan13 said:
So PhDs are 100% free?
Perhaps many/most are, but that seems to be based on one obtaining support through grant/stipend/assistantship. During my PhD program, I did a teaching assistantship, in which I TA's and taught classes. That basically paid tuition and living expenses.

Physics and engineering are broad dsciplines, and there are many specialized areas in both.

One should explore the various speicalties, and if one is interested in engineering, as well as physics, there are opportunities in applied physics or engineering physics (EP). However, EP is only available at certain universities, and at some, only at the graduate level.

Anyone majoring in engineering will usually take some introductory physics courses. I strongly recommend engineering students take as much physics and math as possible, particularly nuclear engineers, as well as those in material science and engineering.

See - http://www.aps.org/careers/ and http://www.aps.org/careers/insight/

One's PhD is about doing independent and original research, which contributes to the state-of-the-art.

What areas of engineering does one find interesting?
 
  • #6
I don't know which engineering I want to do. I have thought about aerospace, biomedical, electrical, mechanical, and software engineering and I like particle physics but pretty much all physics is interesting to me. I like how physicist are at the head of innovation.

PS sorry it took so long. I haven't been checking much
 
  • #7
wotanub said:
PhDs are free.

Don't worry about what you're going to do for grad school yet... you don't really have to choose between physics or engineering for a couple of semesters.

PhDs have a VERY high opportunity cost.
 
  • #8
carlgrace said:
PhDs have a VERY high opportunity cost.

What do you mean by opportunity cost?
 
  • #9
A graduate student's stipend is only large enough to cover basic living expenses. By spending several years as a graduate student, you are forgoing the (probably) larger salary that you could earn by getting a "real job" instead. The extra salary that you give up is the "opportunity cost" of being a graduate student.
 
  • #10
jtbell said:
A graduate student's stipend is only large enough to cover basic living expenses. By spending several years as a graduate student, you are forgoing the (probably) larger salary that you could earn by getting a "real job" instead. The extra salary that you give up is the "opportunity cost" of being a graduate student.
O ok. That makes sense.
 
  • #11
Also typically in engineering the salary premium you get with a Ph.D. is minor, and often doesn't make up for the fewer years of experience you have. Overall, you probably end up behind financially if you get a Ph.D. over an MS.

That said, having a Ph.D. in Engineering gives you some different opportunities and sets you up to work on very interesting projects. I don't regret getting one, even if it didn't make sense financially.
 
  • #12
Can you get examples of the things a phd qualifies you do over a ms?
 
  • #13
sloan13 said:
Can you get examples of the things a phd qualifies you do over a ms?

For my own experience, typically for leading edge mixed-signal integrated circuit design, the MS is the minimum degree and the jobs are usually "Ph.D. preferred". If you're just out of school, the Ph.D. is a BIG help.

For example,

ADC Analog Designer at Apple

Senior IC Designer at Maxim
 
  • #14
would a phd in mechanical engineering be worth it or would a specific subfield of mechanical engineering be better?
 
  • #15
If you get a Ph.D. in mechanical engineer you are entering a specific subfield of mechanical engineering almost by default. I don't have much specific knowledge of ME, but I would imagine there are interesting subfields where Ph.D.s are important credentials in industry. Like EE, there are probably a lot of subfields where the Ph.D. isn't helpful. It all depends on the work.
 
  • #16
ok. thanks guys
 
  • #17
sloan13 said:
would a phd in mechanical engineering be worth it or would a specific subfield of mechanical engineering be better?

Worth it for what kind of jobs?

The vast majority no, but some yes.
 
  • #18
I guess I phrased it wrong. I should have said what kind of job would a phd qualify you for over a ms?
 

FAQ: Freshman Unsure of Physics vs Engineering Major - Advice Needed

What is the difference between a physics and engineering major?

The main difference between a physics major and an engineering major is the focus of their studies. Physics majors focus on understanding the fundamental laws and principles of the universe, while engineering majors apply these principles to solve practical problems and design new technologies.

Which major is more challenging?

Both physics and engineering majors are challenging in their own ways. Physics majors require a strong mathematical and analytical background, while engineering majors require a combination of math, science, and design skills. Ultimately, the level of difficulty will depend on your personal strengths and interests.

What career opportunities are available for each major?

A physics major can lead to careers in research, academia, or industry in fields such as astrophysics, biophysics, or materials science. An engineering major can lead to careers in various industries, including aerospace, biomedical, and environmental engineering.

Can I switch majors later on?

Yes, it is possible to switch majors later on in your academic career. However, it may require taking additional courses to catch up on the required coursework for the new major. It is important to carefully consider your interests and career goals before making a decision.

What advice do you have for someone who is unsure about choosing between a physics and engineering major?

It is important to first understand your strengths and interests. If you enjoy exploring the fundamental laws of the universe and have a strong background in math and science, then a physics major may be a good fit for you. If you prefer applying scientific principles to solve real-world problems and have a strong interest in design and technology, then an engineering major may be a better option. It is also helpful to speak with professors, advisors, and current students in both majors to gain a better understanding of the coursework and career opportunities.

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