Physics Employment: What Are Physics Majors Doing After Graduation?

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Discussion Overview

The discussion centers around the career prospects for physics majors after graduation, exploring the types of jobs available, the value of a physics degree in the job market, and considerations for pursuing graduate school. Participants share personal experiences and opinions regarding employment opportunities in physics and related fields.

Discussion Character

  • Debate/contested
  • Exploratory
  • Technical explanation
  • Conceptual clarification

Main Points Raised

  • One participant expresses concern about the limited job opportunities directly related to a physics degree and considers a minor in computer science or IT to enhance employability.
  • Another participant suggests that many graduates end up in fields unrelated to their major, citing a friend's success in a systems administration role despite a political science degree.
  • A participant with a physics degree shares their experience working as a physics programmer and emphasizes that relevant coursework in computer science can be beneficial but not essential.
  • One post references a resource with lectures on career paths for physics graduates, indicating diverse opportunities in various sectors.
  • Another participant advises against pursuing a physics degree if the goal is to work in industry, suggesting that electrical engineering (EE) or computer science (CS) may offer better job prospects.
  • Concerns are raised about the competitiveness of graduate school admissions, with participants discussing the implications of GPA and the importance of undergraduate research experience.
  • There is a discussion about the timeline for deciding on a graduate study focus, with some expressing uncertainty about their interests before taking relevant courses.

Areas of Agreement / Disagreement

Participants express differing views on the value of a physics degree in the job market, with some advocating for alternative majors like EE or CS for better job prospects. There is also a lack of consensus on the feasibility of gaining admission to graduate programs based on varying academic performance.

Contextual Notes

Participants highlight the influence of part-time work experience on employability, the competitive nature of graduate school admissions, and the potential for job opportunities outside of one's major. There are unresolved questions regarding the adequacy of a physics degree for specific career paths.

cdotter
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I'm set to start university this fall but the problem is I can't decide on what to major in. I've been thinking about majoring in Physics for the past few months because I really liked Physics and Calculus in high school and did pretty well in them. The only problem with majoring in Physics is there aren't many direct jobs for a Physics major. I may or may not go on to graduate school for Physics so being able to get a job out of undergrad is kind of required. I've heard that Physics majors are versatile because they learn 'problem solving skills', but I just don't see it happening [getting an unrelated job]. I've been thinking about getting a Comp Sci or CIS/IT minor and getting an on-campus job as helpdesk support so I could work in IT if I decide on not going to grad school. Would I be an ideal candidate for basic sysadmin work with such a degree (major: Physics minor: CS or CIS/IT) if I DON'T go to graduate school? To all you other Physics majors (particularly those who didn't go to graduate school), where are you working and what are you doing?

edit:

I know this has been discussed numerous times but I'd rather have a new discussion/poll on what people are doing rather than discussing possible jobs.
 
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With the exception of people taking professional degrees, I think the majority of people end up in fields outside of their original field of study.

Having a part-time job during school can heavily influence your employability when you graduate - especially one like you described. One of my close friends works as a systems administrator and his degree was in political science.
 
I have a physics undergrad degree and I work as a physics programmer for an internet company. I had a job as a field engineer in the oil industry prior to my current position. Having some classes in computer science or programming will help you out but I wouldn't worry too much about having a minor in anything.
 
it is very difficult to find a job from physics. if you are interested in physics, go for EE. it has lot of physics in it, specially in semiconductor field. and EE degree will give you much more job options than physics .. i will not encourage to do physics if you have option to go for EE or CS and if you are keen to work in industry,
 
Wow, just realized I forgot a few words in my post.
It should be "How to get a Job in Physics" and not "How to get a Physics."
 
Sorry for bumping this thread, but is it possible for an average student to get in a decent grad school for a PhD? I was reading the admissions thread over at physicsgre.com and it's crazy. People with a 3.8 GPA from top 20 schools, undergraduate research, and 900s on the physics GRE were getting rejected from Harvard/Yale/Cornell/etc. I know I'm not tier 1 material, but would I be able to get into an ok PhD program with a a ~3.4 GPA?
 
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A very good undergraduate student can get into grad school at a comparably ranked university. An outstanding student can move up, and a pretty good student can get in by moving down. Average will require moving down by more than a little.
 
Vanadium 50 said:
A very good undergraduate student can get into grad school at a comparably ranked university. An outstanding student can move up, and a pretty good student can get in by moving down. Average will require moving down by more than a little.

That's a little alarming. Who knows, I might do significantly better than 3.4 at university. I'm not going to a particularly difficult school and I did very well (near the top) in math and science in high school...I was just average at English and history however.
 
  • #10
When should I know what I want to study in graduate school? As of now I find nuclear physics and condensed matter interesting but then again I haven't taken any classes yet.
 
  • #11
cdotter said:
That's a little alarming.

Sorry, but graduate school is highly competitive. Look how many graduate student slots there are compared to undergraduates. Mediocre grades at a "not particularly difficult" school don't look as good as high grades from top tier schools.
 

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