Physics Career Opportunities for Physics Majors Beyond Research?

AI Thread Summary
A physics degree offers a solid foundation in core scientific principles and mathematics, preparing graduates for various opportunities beyond scientific research. While many physics programs focus on graduate school preparation, graduates often find success in diverse fields due to their strong analytical and problem-solving skills. Employment data from the American Physical Society indicates low unemployment rates for physics majors, highlighting their marketability. Skills in programming, data analysis, and electronics are particularly valuable in the job market. Ultimately, a physics major can lead to a range of career paths, even if one does not pursue scientific research.
Faiq
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I want to know whether there is scope of Physics in the world as advertised. I want to become a Scientific Researcher but the dream seems too farfetched. Are these any benefits of having a Major in Physics if you don't turn out to be a scientific researcher?
 
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What do you mean by "scope"?
 
BY scope, I mean opportunities available outside the field
 
"As advertised" by whom?

The APS keeps data on things like the employment of people who major in physics. You should be able to look up the details of the courses offered by the programs that you're interested in online, so you can see what courses you would end up taking. A physics degree is going to include core courses in classical mechanics, electrodynamics, thermodynamics and statistical mechanics, quantum mechanics, optics, etc. It will also include mathematics: calculus, differential equations, linear algebra and likely some more advanced methods. This is often supplemented with some kind of computer programming courses, laboratory courses, electronics, digital circuits, etc. and then options in advanced courses that are geared towards the various sub-fields. There will also be elective courses where you can take whatever you want.

Generally physics degrees are oriented toward preparing you for graduate school, and less so for professional employment. So when you're done, its up to you to figure out how to transition into the working world. People do this successfully. Graduates from physics programs tend to have low unemployment. Its highly unlikely that someone is going to employ you to figure out solutions to the Schrodinger equation for a given potential as an undergrad. What's more likely is that you'll be hired for skills in areas like programming, data analysis, problem solving, electronics, etc.
 
I don't know if anyone on here works for any of the well known defense companies of your country, whichever country you are from?? Also, if you choose to work in one, do you think the engineering education provide from your school would adequately prepare you for the job. What do I mean by that? Well if you work at say Lockheed Martin and you work in the latest iteration of a missile or if you work at Pratt & Whitney, they assign you to work in the team helping out with building the jet...
Hello, I graduated from undergrad a few years ago with a Major in Physics and minor in Electrical Engineering. I tried to get experience working on and testing circuits through my professor who studied Neutrinos, however covid caused the opportunity to go away and I graduated with no experience or internships. I have attempted to break into the engineering industry with no success. Right now I am considering going for a Masters in Electrical Engineering and I need advice on if this would be...

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