Engineering Physics: Career Prospects & Problem Solving

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Discussion Overview

The discussion revolves around the career prospects and educational considerations of pursuing a degree in engineering physics. Participants explore the challenges, benefits, and potential job opportunities associated with this field, comparing it to traditional engineering disciplines.

Discussion Character

  • Exploratory
  • Debate/contested
  • Conceptual clarification
  • Homework-related

Main Points Raised

  • Some participants express curiosity about the career prospects for engineering physicists, questioning the uniqueness and demand for this degree in the job market.
  • One participant shares their experience of having a BS in engineering physics, noting similarities with liberal arts programs and the lack of specific job postings for engineering physicists.
  • Another participant raises questions about the benefits of engineering physics compared to traditional engineering fields, such as mechanical engineering.
  • Some participants suggest that while engineering physics may provide a strong foundational understanding, it might not offer as many specialized courses in specific engineering disciplines.
  • There is a discussion about the perception of engineering physics as a challenging field, with inquiries into what makes it the hardest type of engineering.
  • One participant mentions that an engineering physics degree could lead to a broader understanding of various engineering disciplines, despite potentially lacking specific technical language.
  • Several participants share personal experiences, indicating that an engineering physics background has been beneficial in diverse job roles across different industries.
  • Some express that they are pursuing engineering physics primarily for its advantages in graduate school rather than for a career as an engineering physicist.

Areas of Agreement / Disagreement

Participants generally express uncertainty regarding the specific career paths available to engineering physicists and whether the degree offers distinct advantages over traditional engineering degrees. Multiple competing views remain about the value and applicability of an engineering physics education.

Contextual Notes

Some participants note that the discussion lacks specific job market data and that the benefits of an engineering physics degree may depend on individual career goals and the specific engineering fields of interest.

Who May Find This Useful

Individuals considering a degree in engineering physics, current students in related fields, and those exploring career options in engineering and applied physics may find this discussion relevant.

Ztalin
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Hi,

Does anyone know anything about career prospects and what-not in engineering physics? I've heard that it's the hardest engineering, and that Engineering Physicists are "highly trained problem solvers." I'm considering it as a professions. Anyone know anything about it?

Thanks.
 
Engineering news on Phys.org
I'm in the process of applying for this at the University of Alberta.
I'd love to hear more about it!
 
Well, I got a BS in engineering physics. The physics courses were the same in the school of engineering as in the liberal arts program. The only difference was basic engineering courses (strength of materials, fluid mechanics, ect.) were substituted for foreign language and some humanity courses. I used my electives taking electronic engineering courses.

I've never seen a job posting specifically wanting an Engineering Physicists.

Regards
 
I am also curious about this major. What are some benefits of engineering physics as opposed to majoring in a typical engineering field like mechanical?
 
If you want to be a mechanical engineer, you should probably stick with that curriculum. With the engineering physics degree, you would probably have fewer advanced cources in the mechanical subjects. At least that's what I think. But that's not to say you can't take extra courses.

Regards
 
Yes, but what are the benefits of being an engineering physicist, or are there none? Like Ztalin said, it is the hardest type of engineering, but what makes it the hardest? What types of jobs would I have? Basically, I would like to know more about this major.
 
Like I said, I've never seen a job posting specifically wanting an Engineering Physicists, but from the physics courses with that degree, one should have a good feel of what's involved in most engineering disciplines. Albeit, you might not know all the lingo for these diciplines.

Regards
 
z-component said:
I am also curious about this major. What are some benefits of engineering physics as opposed to majoring in a typical engineering field like mechanical?
Engineering Science at PSU is awesome because it will get you into good grad schools in any engineering area.
 
  • #10
gschjetne said:
I'm in the process of applying for this at the University of Alberta.
I'd love to hear more about it!

I'm also applying this year for the U of A. Hope to see you there... they only accept about 25 people, heh.
 
  • #11
z-component said:
Yes, but what are the benefits of being an engineering physicist, or are there none? Like Ztalin said, it is the hardest type of engineering, but what makes it the hardest? What types of jobs would I have? Basically, I would like to know more about this major.
I've never heard anyone call themselves an engineering physicist, despite the major with that name. I imagine that some of it is what's more often called "applied physics" (semiconductor work for example). But more generally, it should give you better foundations from which to learn almost any type of engineering you end up working in.

No undergraduate engineering curriculum will train you well enough to immediately start doing interesting work in the real world. That degree is there to show your employer that you have some baseline from which they can teach you what you need to know. Engineering physics will likely give you even less specifics than a more traditional engineering curriculum, while improving the fundamentals. This is probably a good thing for most people in the long run. Given most the engineering students I've taught (at PSU coincidentally), I think a better understanding and emphasis on physics would make their engineering courses much easier.
 
  • #12
My (rather dusty) degree is in applied and engineering physics. Its been a good background for all my jobs, which have ranged from weather satellite ground station developer, systems engineer, artificial intelligence researcher, and aerospace engineer. About the only thing I haven't really done with my degree is physics.
 
  • #13
Yeah, I'm going into engineering physics because it's excellent to have for grad school, not because I want to be an actual engineering physicist.
 
  • #14
D H said:
My (rather dusty) degree is in applied and engineering physics. Its been a good background for all my jobs...About the only thing I haven't really done with my degree is physics.
This is how it's worked for me also. :smile: Most of my jobs have been in different areas of electronics applied to different industries; avionics, biomedical, pharmaceutical, power industry, instrumentation.
 

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