What do engineering physicists actually do?

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    Engineering Physicists
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Discussion Overview

The discussion centers around the career paths and roles of engineering physicists, particularly in relation to their education and potential job opportunities in various fields. Participants explore the nature of engineering physics as a discipline and its applications in industry, academia, and specialized sectors.

Discussion Character

  • Exploratory
  • Debate/contested
  • Conceptual clarification

Main Points Raised

  • One participant expresses uncertainty about what engineering physicists actually do and seeks clarification on the field.
  • Another participant claims that there are no direct jobs labeled as engineering physicist in industry, suggesting that graduates typically pursue graduate studies or different engineering roles.
  • A participant speculates that engineering physicists may work for organizations like NASA, indicating a lack of concrete knowledge about specific job roles.
  • One contributor shares their experience as an engineering physics student, noting that the degree aims to provide a solid foundation in applied physics while allowing for specialization in other engineering fields.
  • Another participant mentions that engineering physicists may find opportunities in niche areas such as nano-tech, materials science, and electromagnetics, emphasizing the importance of specialization.
  • It is suggested that the specific engineering background and electives taken can influence job prospects, with a focus on electronics potentially leading to more relevant employment opportunities.
  • A participant describes engineering physicists as "jack of all trades," highlighting the versatility of their education and the skills they demonstrate upon graduation.

Areas of Agreement / Disagreement

Participants express differing views on the existence and nature of job opportunities for engineering physicists, with some asserting a lack of direct roles while others suggest various fields where they might work. The discussion remains unresolved regarding the specific career paths available to engineering physics graduates.

Contextual Notes

There is a lack of consensus on the job market for engineering physicists, with varying opinions on the relevance of the degree in industry and the necessity of further specialization or education.

GreatEscapist
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I'm a junior in high school, and planning on pretty sure I'm going into some kind of engineering or physics. I'm not a genius (much to my disappointment), but I really love physics and the whole concept of engineering. Of course, what I'm going to major in has changed only about 3 times, so...
In the engineering field, I was looking at software and electrical engineering. And for physics, I really like the idea of engineering physics, but what do you *actually* do?
After reading some threads about people deciding between EE and EP, I guess I just want to know more about it.
 
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As far as I know there are no jobs that directly follow engineering physics. There isn't such a thing as an engineering physicist in industry. Engineering physics majors go to grad school or take jobs doing different types of engineering.

Someone please point out any jobs I may not be thinking of.
 
I thought that they planned stuff for nasa, but I really don't know.
Hence why I came here. :P
 
I'm in the early phases of working on an engineering physics degree myself. I believe the idea of a degree in engineering physics is to get a solid background in applied physics and to specialize in whatever specifically interests you. I'm considering doing a double degree in another engineering field, which I suspect isn't an uncommon thing to do. The wiki page has a brief and informative blurb:

http://en.wikipedia.org/wiki/Engineering_physics
 
I sometimes see them going into nano-tech, materials, and RF/wireless/electromagnetics fields. The other option is to get a more specialized graduate degree but engineering physics is a fairly specialized thing already. From what I can tell someone with a background in engineering physics does design at a very low level and goes into a niche job where a very very deep understanding of something specific is needed, so an engineering physicist should probably specialize in something like semiconductor materials (HP looks for that one here in Oregon), or electromagnetism (probably more a research angle), you could even take it into quantum computing or quantum mechanics.
 
Depending on what you do as your engineering background in engineering physics you might be more likely to be hired in that area. If you study electronics for engineering electives then people might be more likely to hire you for a position involving electronics. Mostly what you demonstrate if you come out of physics with a good GPA and some research experience is that you're a smart person who's willing to get his hands on science. As an engineering physicist you graduate as a jack of all trades.
 

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