Is an Applied Physics Major Employable?

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Discussion Overview

The discussion centers around the employability of an Applied Physics major and its various specialties, including atmospheric physics, chemical physics, computational physics, geophysics, materials science, physical electronics, and physical oceanography. Participants explore potential career paths, the value of the degree, and the relationship between education and job acquisition.

Discussion Character

  • Debate/contested
  • Exploratory
  • Technical explanation

Main Points Raised

  • One participant questions which specialty within Applied Physics is the most employable and what career opportunities they may lead to.
  • Another participant suggests that fields related to petroleum offer good salaries for new graduates.
  • A participant pursuing computational and materials physics expresses uncertainty about employability but hopes to gain skills for graduate school and future employment.
  • One reply advises choosing a specialty and obtaining an engineering degree to enhance employability.
  • Another participant notes the challenges of securing a job with a physics degree unless one aims for academia or research, which typically requires a PhD.
  • One participant argues that the degree alone does not guarantee employment, emphasizing the importance of acquiring relevant skills and tailoring resumes to meet job requirements.
  • A later reply reiterates the importance of a targeted resume and highlights the disconnect between HR requirements and the skills acquired in physics and engineering programs.

Areas of Agreement / Disagreement

Participants express a range of views on the employability of an Applied Physics major, with some emphasizing the importance of additional engineering qualifications, while others highlight the necessity of skills and targeted job applications. There is no consensus on which specialty is the most employable or the overall value of the degree.

Contextual Notes

Participants mention various assumptions about job market demands, the relevance of specific degrees, and the importance of skills versus formal education. There are unresolved questions about the effectiveness of different specialties in securing employment.

koh94
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My university offers an Applied Physics major with seven specialties: atmospheric physics, chemical physics, computational physics, geophysics, materials science, physical electronics or physical oceanography. I could also pursue a B.S./M.S. degree in electrical engineering if I choose the physical electronics specialty.

My question is, which one of these specialties is the most employable? What kind of careers will these specialties lead me to? Is it even worth majoring in applied physics?

I used to be a managerial economics major hoping to go into the business field in the future, but I realized that I really love physics (although I'm not a genius at it). I'm also hoping that I can also go into the business field with my degree.
 
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Anything related to petroleum, new grads are making quite good salaries.
 
Not entirely sure since I'm just an undergrad as well but I'm doing both the computational and materials options at my uni. I plan on going to grad school, but hopefully they will give me some skills to fall back on.

EDIT: The physical electronics might be best, especially if you can double-major in EE going down that path.
 
Pick one of those areas and then get the engineering degree that will let you work in it.

If there's some physics you want to learn, take it as an elective.
 
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Agreed. It's going to be an uphill battle with a physics degree. Unless of course you want to become a professor or researcher, but then you need a PhD
 
The whole idea that the degree itself is what gets the job is misguided. You need to get the job. Earning a degree is an opportunity to build up your toolbox of skills, but ultimately it will up to you.
 
Vanadium 50 said:
The whole idea that the degree itself is what gets the job is misguided. You need to get the job. Earning a degree is an opportunity to build up your toolbox of skills, but ultimately it will up to you.
While true, the degree will however get him past HR. These days if they say you need a specific degree then that's what they will look for, which is why its very important to make targeted resumes filled with key words or skills that are applicable to the position. I recently applied to an internship with Boeing and despite meeting every other requirement listed, they sent me a rejection letter saying that they were looking for mechanical and electrical engineers only. Now I'm a nuclear engineering major, but as part of the curriculum we are required to take every single class the mechanical engineers take except for things like manufacturing processes but the core of our curriculum is mechanical engineering, we also have more physics and mathematics courses then the mechanical engineers, my mistake was assuming HR would know that and I didn't make a targeted resume with relevant coursework and keywords. So the degree does matter to an extent for both skills and knowledge and getting past HR. Seems to me these companies hiring for engineers need some HR personnel with some kind of technical background.
 

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