Physicist or Petroleum Engineer?

In summary: There are many career paths open to someone with an engineering degree, and you may find that you are more versatile and have more opportunities if you pursue a more general degree. In summary, I think it would be a good idea to consider pursuing a degree in engineering, such as electrical or mechanical, in addition to pursuing a degree in physics. This will give you more opportunities and a broader range of career options.
  • #1
Soda
2
0
I'm currently in a dilemma on which career I should pursue. I am a college undergraduate with an undecided major. I'm pretty proficient in math and science, so academics is not the problem. The problem is, I come from a pretty poor family, and I want to get a career as soon as I can to help them. I REALLY want to be a physicist, but it takes on average four years to get a P.h.D. And I don't want to wait that long to assist my family. On the other hand, I could become a petroleum engineer. The career outlook is fairly well, and they get well paid right out of college, plus I am at a school that provides an accredited degree in petroleum engineering. In a fantasy world I would definitely become a physicist, but due to my current circumstances this is a tough choice. What would you do? PLEASE HELP! Thanks in advance.
 
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  • #2
Unfortunately, no one can really answer that question except yourself. Your logic in the pros and cons for each sound reasonable though. You will need a PhD if you go the Physics route, and if you end up stopping after getting your BS, the engineering degree would be worth much, much, more in the marketplace.

A few things to consider though. For one, many PhD programs are funded, and if you got into one of them you would no longer be on your parents' dime after finishing the undergrad portion of your education. Of course, you still wouldn't be making enough to help them out. You'd be struggling to make ends meet yourself until you finish the PhD.

I'd look into whether or not you can get into a PhD Physics program with an undergraduate degree in engineering. Check with the schools in the area or wherever you would consider going. It's different at different universities. Maybe you could minor in Physics and keep the PhD route an option when you graduate. That way, you could wait until you have actual offers on the table and know exactly what financial aid to expect before making the decision of work vs stay in school.

Also, you don't have to discount getting a PhD in Physics later in your career if you go the Engineering route. Maybe you get the Engineering degree, work for a few years and save some money, get your PhD when you're in your 30's or early 40's, then teach your way into retirement. That's pretty close to what my plan is.

Good luck either way!
 
  • #3
I mostly agree with Soda. I'd take the Petroleum Engineering degree, get an adequately high paying job right after college, save up; the, jump back into college for your PhD, after you've saved up enough. Mind you, I don't jumping back in will be that easy. I guess that I'd get Masters in Physics, or do some physics classes on the side, while working as a petro engineer because then it'd make the stepping stone to get into the Physics PhD program easier, since it'll have been a long time since undergraduate school.

Besides, having an adequate job is better than having majored in your favorite subject and being in debted with an amount you could've used to buy a house, in the current economy. Not to mention that you'll pay off whatever you owe to your college quickly, after attaining a job in petroleum engineering. So, in my opinion, becoming a Petro engineer is better on the long run.

:D
 
  • #4
Also physics Ph.D.'s are hired very heavily by oil/gas companies. My first job out with my Ph.D. was with a major oil company programming their computers. The oil and gas industry is very "Ph.D.-heavy."

You might also look at being a petrophysicist or geophysicist.
 
  • #5
twofish-quant said:
Also physics Ph.D.'s are hired very heavily by oil/gas companies. My first job out with my Ph.D. was with a major oil company programming their computers. The oil and gas industry is very "Ph.D.-heavy."

You might also look at being a petrophysicist or geophysicist.

you pop up a lot in these threads and i appreciate your input but i think you should warn people that you graduated from caltech and that that probably opened a lot of doors for you that it wouldn't for a physics phd from a typical state school.
 
  • #6
To the OP,

Why narrow yourself to just pursuing Petroleum Engineering? If it's a choice between pursuing physics or pursuing engineering, I would argue that a more broader-based engineering degree such as electrical or mechanical engineering may be more lucrative for you (the oil and gas industry hires engineers from many fields, including mechanical, electrical, chemical, geological, and petroleum engineering).
 

1. What is the main difference between a physicist and a petroleum engineer?

A physicist focuses on the study of matter, energy, and their interactions, while a petroleum engineer specifically applies principles of physics to the extraction and production of oil and gas.

2. Is a physics degree necessary to become a petroleum engineer?

No, while a physics background can be beneficial, a degree in petroleum engineering is typically required to work in this field.

3. What types of industries do physicists and petroleum engineers work in?

Physicists can work in a variety of industries, including research and development, aerospace, and technology. Petroleum engineers primarily work in the oil and gas industry.

4. What skills are important for a career in physics or petroleum engineering?

Both physicists and petroleum engineers need strong analytical and problem-solving skills, as well as a solid understanding of mathematics and physics principles. Additionally, effective communication and teamwork skills are essential for success in these fields.

5. What advancements are being made in the fields of physics and petroleum engineering?

In physics, advancements are being made in areas such as quantum computing, renewable energy, and space exploration. In petroleum engineering, advancements are focused on improving extraction techniques, developing new technologies for oil and gas production, and finding more environmentally sustainable methods for energy production.

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