Programs Stressed about jobs with a physics degree for sciences jobs

AI Thread Summary
The discussion revolves around the decision to pursue a physics degree and the potential career paths afterward. The individual is concerned about job prospects with a master's in condensed matter physics, questioning whether a PhD is necessary for a successful career in the sciences. Experiences shared indicate that while a PhD may enhance job opportunities, there are also roles available for master's graduates, particularly in computational physics and engineering fields. The individual expresses a strong desire to work in scientific problem-solving, emphasizing a passion for physics and mathematics. Ultimately, the focus is on balancing academic pursuits with career viability in the scientific domain.
andreyw
Messages
17
Reaction score
0
Hi,

in two weeks, I am going to send my application to a university to get a degree in physics (I live in Europe
so it is going to last 5 years, 3 years for a bachelor's degree and 2 years for a master).

At the moment, I am a 27 years old software developer (I have a bachelor's degree in software development).

I love physics and maths (but not pure maths if that makes any sense, I love using maths to solve problems) and
I really would love to work in a scientific field when I graduate in 5 years.

The problem is that I am not sure I will want to get a PhD in physics, I honestly don't know what I will do when
I am 32 years old with a master's degree in condensed matter physics (assuming I reach my goal).

Unfortunately, the more I read about a degree in physics (without a PhD), the more I can see people talk about programming or finance.

I like programming but I want it to be a tool to solve problems and not just build software for the sake of getting a salary.

Will it really be hard to find a job in sciences with a master's degree in Condensed Matter Physics (that's what the university offers) ?
Will I be "forced" to get a PhD if I want to be sure to work in a physics related area ?

I could get an engineering degree instead but I don't particularly like building things so that's why I think engineering is not for me.

Computational physics is really interesting, I don't know how the job market is though.

Would you have any advice/experience to share ?

Thank you.
 
Physics news on Phys.org
I am finishing my Masters this year and have recently been accepted for a PhD in theoretical physics with a stress on "by-hand" calculations. I considered getting a job, in related areas and I found some related jobs to physics rather than finance.

I would point out that a PhD, would give you a headstart in the job market over masters graduates. This has been pointed out by older friends but also my dad, who got a PhD in organic chemistry and now works in business.

I would also point out engineering isn't necessarily building things but designing things, such as bridges, submarines, satellites, weapons and novel electronic devices. In fact engineers in those areas often have physics backgrounds, where programming/simulations are crucial ( your background will probably suit that). As a physicist/software engineer you will be highly employable.

An example of a physics job I was pitched was the repair of a nuclear reactor which involved various physicists, engineers and biologists working together. The company itself just consists of consultants in physics, engineering as well as managers. So these people use their physics on a regular basis which I assume is what you want.

To be an academic, as in lecturing and conducting research, you are "forced" to do a PhD yes.
 
Last edited:
Hi,

thank you for this answer !

At the moment, I have no idea if I might like working as a researcher or not. I guess I will figure that during my studies. I know that I will get a master for sure (that is, if I don't fail my studies but I worked so much for the past year that I would be really disappointed if I were to fail).

I want to solve problems using physics, maths and programming. I love that.

I don't doubt that with 2 degrees like that, I wouldn't have too much trouble to find a job, I just want to make sure that this future job will be in sciences.

I love learning everything I can about physics so I want to work in that area.

Thanks again.
 
If I could offer a different perspective: a PhD experience is less like a degree and more like a job, a very low paying, stressful, unstable, fairly flexible research job. The first two years will be like schooling, but once you get past that, it's nearly entirely research. It's that experience as a doctoral researcher in condensed matter physics that will essentially be your entry-level condensed matter physics research job. So if you want to work in condensed matter physics as a researcher, why not pursue a PhD after your master's? If you're leaving your current job to go back to school, I assume you're not worried about lack of a good income for a few years.

If you decide that you don't want to be a researcher, than the alternative careers you read about here are open to you. Myself, I'm in aerospace operations. There are always options.
 
andreyw said:
Hi,

thank you for this answer !

At the moment, I have no idea if I might like working as a researcher or not. I guess I will figure that during my studies. I know that I will get a master for sure (that is, if I don't fail my studies but I worked so much for the past year that I would be really disappointed if I were to fail).

I want to solve problems using physics, maths and programming. I love that.

I don't doubt that with 2 degrees like that, I wouldn't have too much trouble to find a job, I just want to make sure that this future job will be in sciences.

I love learning everything I can about physics so I want to work in that area.

Thanks again.

When you say a job in the sciences, what kind of job do you mean? To be a scientist you need a PhD, post-docs and luck. In the US a masters in physics is a failed PhD, its not a good thing. I got a masters in physics and it was extremely hard finding a job of any kind. After years of looking and going back to school for engineering I got a job as an engineer.

I think that you should shoot for the PhD and post-docs if you want to be a scientist or study physics for fun and realize you will not get a job as a scientist.
 
Laura Forczyk said:
If I could offer a different perspective: a PhD experience is less like a degree and more like a job, a very low paying, stressful, unstable, fairly flexible research job. The first two years will be like schooling, but once you get past that, it's nearly entirely research. It's that experience as a doctoral researcher in condensed matter physics that will essentially be your entry-level condensed matter physics research job. So if you want to work in condensed matter physics as a researcher, why not pursue a PhD after your master's? If you're leaving your current job to go back to school, I assume you're not worried about lack of a good income for a few years.

If you decide that you don't want to be a researcher, than the alternative careers you read about here are open to you. Myself, I'm in aerospace operations. There are always options.
Thanks !

my initial passion is astrophysics but I don't want to struggle to find a job later. That's why I chose this university, they have a normal bachelor's degree and a master's degree in Condensed Matter Physics. At the moment, I have absolutely no idea if I would prefer a job in research or not, that's why I am hesitating. I don't want to plany my next 8 years with the goal to get a PhD if I don't like it and struggle to find a job related to physics because I have a master without a PhD.

I will be 32 years old when I finish my master so a PhD is going to be 3 more years, then post doc. I am highly motivated to get a degree in Physics, that's what I really want but I don't want to be 35+ and see my applications being rejected.

Maybe I am just seeing a very dark picture when I shouldn't be.

ModusPwnd said:
When you say a job in the sciences, what kind of job do you mean? To be a scientist you need a PhD, post-docs and luck. In the US a masters in physics is a failed PhD, its not a good thing. I got a masters in physics and it was extremely hard finding a job of any kind. After years of looking and going back to school for engineering I got a job as an engineer.

I think that you should shoot for the PhD and post-docs if you want to be a scientist or study physics for fun and realize you will not get a job as a scientist.
I am in Europe and the way of thinking is quite different.

But anyway, thank you. I guess I will get the bachelor's degree first and try to discover what being a researcher really is. If I love it, I will continue with a master and PhD, if not, I can still get a master's degree in Engineering, that's very common in Europe.

For the last 5 years, I've worked for money and I hated it. I had a really nice salary and all but I wasn't excited at what I was doing in finance/IT. I spent so much time of my free time in front of physics/maths books and I loved it.

For the jobs, I don't really know. I can see myself developing simulation about physics (in general) for example or research if I like it, I really love solving problems and if they are sciences related, that's even better. I don't know if that makes sense or not.
 
Hey, I am Andreas from Germany. I am currently 35 years old and I want to relearn math and physics. This is not one of these regular questions when it comes to this matter. So... I am very realistic about it. I know that there are severe contraints when it comes to selfstudy compared to a regular school and/or university (structure, peers, teachers, learning groups, tests, access to papers and so on) . I will never get a job in this field and I will never be taken serious by "real"...
Yesterday, 9/5/2025, when I was surfing, I found an article The Schwarzschild solution contains three problems, which can be easily solved - Journal of King Saud University - Science ABUNDANCE ESTIMATION IN AN ARID ENVIRONMENT https://jksus.org/the-schwarzschild-solution-contains-three-problems-which-can-be-easily-solved/ that has the derivation of a line element as a corrected version of the Schwarzschild solution to Einstein’s field equation. This article's date received is 2022-11-15...
Back
Top