Importance of Master's in physics

In summary, when it comes to job opportunities, a master's degree in physics may open up more options for positions as a physicist in industry and research, as well as teaching at the high school or community college level. However, a bachelor's degree in physics can also lead to positions in various science and technology fields and can be a good starting point for further education. The name of the school where one obtains their undergraduate degree is not as important as getting good grades and gaining research experience. Some employers may prefer a bachelor's degree for certain positions, while others may value a master's degree. Overall, the decision between a master's or bachelor's degree in physics should be based on personal interests and career goals.
  • #1
starchild75
100
1
Hello.

What job opportunites would become available to someone with a master's degree in physics vs. those with only a bachelors in physics? This is important because I am trying to decide on an undergraduate program in physics, and one of the two might look better to grad schools, but is much more expensive.

Starchild
 
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  • #2
starchild75 said:
Hello.

What job opportunites would become available to someone with a master's degree in physics vs. those with only a bachelors in physics? This is important because I am trying to decide on an undergraduate program in physics, and one of the two might look better to grad schools, but is much more expensive.

Starchild

From what I've heard, the conventional wisdom is that a bachelor's degree in physics is pretty worthless if you're looking for a physics job. A BS will make you eligible to apply for positions as an analyst, a programmer (if you've taken more than the bare minimum programming requirement for physics), technology-related jobs, and basically any other job that requires only a BS is any science/technology field. You can also teach physics in high school, if you got your teaching certification while doing your undergrad.

From what I've been told by physics masters students, an MS can get you a position as a physicist in industry, or perhaps a research position at a national lab. You can teach high school physics, though you'll get paid more than someone with a mere BS. One thing you can do with an MS (that you can't do with a BS) is teach physics at a community college. Back when I was in high school, I took physics at a community college, and our teacher mentioned that she had an MS in physics. She was quite good at physics too, so it's not as if MS physics teachers have diminished teaching ability with respect to PhDs. My understanding is that the difference between an MS and a PhD is that if PhDs go into industry, they'll get paid more, and possibly have higher level jobs. Also PhDs can be university professors, whereas MS graduates usually can't.

Anyway, that's my unqualified understanding of the situation. But seeing as how I don't have an MS, and likely never will, since I'm going straight for a PhD, I can't say anything for certain. What I can say based on some personal experience is that it really doesn't matter which school you go to for your BS. Graduate schools don't care about the name. As long as the program isn't substandard, and long as you go to an accredited school (i.e. not Bob Jones University, or something crazy like that), it really makes no difference where you did your undergraduate. What matters is that you get good grades in your physics courses, especially in the second two years, and that you get some research experience. The school you go to only matters insofar as there are ample research opportunities for you.
 
  • #3
As far as I have come to know, mainly form reading this forum, Masters in Physics are far less common, most schools would prefer their students continue on to get a PHD, however some do provide the option to end with a masters

As for the BS being worthless... I think that's BS (pun intended); check this http://www.aip.org/statistics/trends/states/state.htm
and this
http://www.aip.org/statistics/
 
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  • #4
Why would a degree higher than Bachelor's but lower than PHd not be preferable by some schools? (I might assume that such schools are in the PHd granting business and want students to progress more, not less).
 
  • #5
symbolipoint said:
Why would a degree higher than Bachelor's but lower than PHd not be preferable by some schools? (I might assume that such schools are in the PHd granting business and want students to progress more, not less).

I don't know why the degree-granting institution would prefer that their students get a PhD (perhaps they want more cheap labor from grad students?). But with some employers, it's preferable to come in with a bachelor's. I've heard that if you teach at a public school, they're required to pay you more if you have an MS. So to save money, they'd prefer to hire a BS over an MS. As such, many teachers come in with a BS, and then go to grad school to get their MS after the school district employs them. It might work the same way with other employers too, for all I know.
 
  • #6
Most schools don't offer (or at least don't encourage) an MS in physics because there's no point to it. If you're going to be a physicist, you need a Ph.D. If you're not going to be a physicist, why would you go to physics grad school? I guess you might want a higher salary as a future teacher, but higher-end universities don't cater to that kind of person. Their intention is to train you for a research career.
 
  • #7
I am 32 years old, and it's not the right time in my life to get a phD anymore. I discovered my analytical abilities too late in life. I think there is a point to getting a master's in physics in that I would have a deeper understanding of the subject. I could always go back for my PhD in the future. I was wondering about job opportunities for physics masters. Is there a market for them? Could I get a better job in a tech field with a masters vs a bachelors?
 
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  • #8
Masters is a more comprehensive degree than a BS. It seems to be mostly common sense to me.. it´s standard interview material - the person with the better qualification and more experience - assuming all else equal will come out on top. That´s not to say that the BS is worthless, or indeed that you´d find it difficult finding a physics field job with a BS.

In fact, most industrial positions i´ve come across are happy with a BS - reason being that the chances of you covering something even related to the job in the extra year on a masters are slim, as long as you get a good grade on the BS you´re proving that you´re capable of handling the material and working as a physicist. I must say that i´ve also came across several industrial employers that barely knew the difference between BS and Masters.

I´d say the Masters perhaps has the most significant influence when applying for a phd programme since the Masters extension generally requires a year of introductory research projects.
 

1. What is the importance of a Master's degree in physics?

A Master's degree in physics is important for several reasons. It provides an in-depth understanding of the fundamental principles and theories of physics, which are essential for further research and career advancement in the field. It also allows students to specialize in a specific subfield of physics, which can open up more opportunities for employment and research. Additionally, a Master's degree in physics is often a prerequisite for pursuing a Ph.D. in physics, which is necessary for many high-level positions in academia and industry.

2. How does a Master's degree in physics differ from a Bachelor's degree?

A Master's degree in physics is a graduate-level program that builds upon the knowledge and skills acquired during a Bachelor's degree in physics. While a Bachelor's degree provides a broad overview of the subject, a Master's degree delves deeper into specific areas of physics and requires students to conduct original research. Additionally, a Master's degree often includes advanced coursework, seminars, and thesis writing, which are not typically a part of a Bachelor's degree program.

3. What career opportunities are available with a Master's degree in physics?

A Master's degree in physics can lead to a variety of career opportunities. Many graduates go on to work in research and development in industries such as aerospace, defense, energy, and telecommunications. Others may pursue careers in academia as professors or researchers. Additionally, a Master's degree in physics can also open up opportunities in fields such as data science, finance, and engineering, where analytical and problem-solving skills are highly valued.

4. Is a Master's degree in physics worth the time and financial investment?

The answer to this question depends on your personal and career goals. If you are passionate about physics and want to pursue a career in research or academia, then a Master's degree is definitely worth the time and financial investment. It will provide you with the necessary knowledge, skills, and credentials to advance in your field. However, if your career aspirations do not require a Master's degree, it may not be worth the investment for you.

5. Can I pursue a Master's degree in physics if my undergraduate degree is in a different field?

Yes, it is possible to pursue a Master's degree in physics with an undergraduate degree in a different field. However, you may be required to take some prerequisite courses to ensure that you have a strong foundation in physics. Additionally, you may face more competition from students with a Bachelor's degree in physics, so it is important to demonstrate your passion and aptitude for the subject in your application materials.

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