Double major in Physics and Computer Science vs Physics and Math

In summary, the conversation suggests that the best option for the person entering their first year of university would be to pursue a double major in physics and computer science. This would open up job opportunities in both fields and also be beneficial for graduate school, especially in the field of computational physics. The conversation also touches on the possibility of adding a minor or triple major, as well as the importance of exploring different subjects and being open to new interests.
  • #1
chris_0101
65
0
Hi everybody,

I am entering my first year of university (again) and I want to complete a double major in either physics and math or physics and computer science, but I do not know which one will benefit me the most. Right now I see physics and computer science double major path more beneficial because if I cannot do anything related in physics I can always land a job as a programmer or other computer based related field. As for the Physics and Math double major, I just believe that physics and math go hand in hand and will benefit me if I decide to go into grad school. However, having the double major in math and computer science will also benefit me in grad school, especially within the field of computational physics.

Any advice with this dilemma is greatly appreciated.

Thanks
 
Physics news on Phys.org
  • #2
chris_0101 said:
Hi everybody,

I am entering my first year of university (again) and I want to complete a double major in either physics and math or physics and computer science, but I do not know which one will benefit me the most. Right now I see physics and computer science double major path more beneficial because if I cannot do anything related in physics I can always land a job as a programmer or other computer based related field. As for the Physics and Math double major, I just believe that physics and math go hand in hand and will benefit me if I decide to go into grad school. However, having the double major in math and computer science will also benefit me in grad school, especially within the field of computational physics.

Any advice with this dilemma is greatly appreciated.

Thanks

I cannot stress enough that I would definitely go for the physics/computer science double major. If you decide to take some time off between grad school, you could work as a software engineer, starting at roughly 75-90k/year depending on your location. Also, I believe that a good understanding of algorithms is a great gateway to quantum computing and it's very helpful to know how much computers help the world function.

All in all, the physics/cs route will definitely open the most doors for you, as well as being the most well rounded one. Please choose wisely. I'm telling you advice I wish I could have heard back when I was a freshman.

Good luck.
 
  • #3
CyberShot said:
I cannot stress enough that I would definitely go for the physics/computer science double major. If you decide to take some time off between grad school, you could work as a software engineer, starting at roughly 75-90k/year depending on your location. Also, I believe that a good understanding of algorithms is a great gateway to quantum computing and it's very helpful to know how much computers help the world function.

All in all, the physics/cs route will definitely open the most doors for you, as well as being the most well rounded one. Please choose wisely. I'm telling you advice I wish I could have heard back when I was a freshman.

Good luck.

You make it sound as if its almost guaranteed. What are the chances like with a double/minor major in CS?

I'm assuming your talking about a BS level CS degree?
 
  • #4
You could always triple major, or double major and then minor the third.

If I were doing it over again I would do Physics/C.S. instead of Physics/Math. All that upper level math was interesting to learn but it had limited application for me. I do some sort of programming quite often, though.
 
  • #5
I'm stuck in a similar situation. I'm interested in physics, computer science, and applied math, but I have no idea which I want to major in. I'm going to spend this year deciding which I enjoy more and I'll probably go with that one. I'm also considering double majors in Applied Math/Physics and Applied Math/CS -- the reason I don't want to do Physics/CS is because it requires Chemistry courses and I hate Chemistry so, so much, but I digress.
 
  • #6
jamesbrewer said:
I'm stuck in a similar situation. I'm interested in physics, computer science, and applied math, but I have no idea which I want to major in. I'm going to spend this year deciding which I enjoy more and I'll probably go with that one. I'm also considering double majors in Applied Math/Physics and Applied Math/CS -- the reason I don't want to do Physics/CS is because it requires Chemistry courses and I hate Chemistry so, so much, but I digress.

Hating chemistry only means that you haven't seen the beauty of it. Don't be so quick to judge subjects off. Your brain makes decisions and forms opinions based on its past experience and your internal communication/interpretation. But all that can be changed, and I am a first-hand witness of that. We humans have reached a level of intelligence where we no longer slaved to act on impulse and can directly shape our brains. Our brains are immensely malleable to say the least.

I began from only liking sports and video games/socialization, then to physics, and expanded my interest to math from there a while after. Its often hard to make the jump of math and physics to other fields, but I've did it. Now I also love neuroscience, psychology, biology, chemistry, philosophy, finance, writing, and some of the humanities.

Know your mind.
 
  • #7
Nano-Passion said:
Hating chemistry only means that you haven't seen the beauty of it. Don't be so quick to judge subjects off. Your brain makes decisions and forms opinions based on its past experience and your internal communication/interpretation. But all that can be changed, and I am a first-hand witness of that. We humans have reached a level of intelligence where we no longer slaved to act on impulse and can directly shape our brains. Our brains are immensely malleable to say the least.

I began from only liking sports and video games/socialization, then to physics, and expanded my interest to math from there a while after. Its often hard to make the jump of math and physics to other fields, but I've did it. Now I also love neuroscience, psychology, biology, chemistry, philosophy, finance, writing, and some of the humanities.

Know your mind.

This is cool advice and I can see where you're coming from. I just relate Chemistry to the feeling of being raped -- I had a bad experience with a Chemistry course last year. I suppose I could give it another shot at some point, but I would have to self-teach it. I find that professors sometimes only make things worse.

One of my plans for this year is to find some more things that interest me. I've always loved History, but more importantly this year is for raising my GPA, so interests will likely fall by the wayside.
 
  • #8
Majoring in Physics should supposed to give enough Math for working in Physics which is also enough to work in almost anything except Math itself. You also impove your Math by studying Physics classes because solving Physics problems use a lot of different kinds of Math.

But CS background giving during Physics program is often not enough to succesfully work even in Physics. So, I would recommend to choose Phys/CS.

But I got my BS in Russia. So, my experience may differ.
 
  • #9
Physics and math in my opinion, they compliment each other better. You could always teach yourself how to program and a computer science degree will go more in depth than you really need. You just need to know how to program as a physicist. Math on the other hand is easier with teachers who can show you how to write proofs, proper math technique, etc.
 

1. What are the advantages of double majoring in Physics and Computer Science?

Double majoring in Physics and Computer Science allows you to gain a strong foundation in both subjects, which can open up a wide range of career opportunities in fields such as data science, software engineering, and research. Additionally, the combination of these two majors can enhance problem-solving skills and provide a unique perspective on complex scientific and technological issues.

2. Is it possible to double major in Physics and Math?

Yes, it is possible to double major in Physics and Math. These two subjects are closely related and both require strong analytical and mathematical skills. Double majoring in these subjects can provide a well-rounded education and prepare you for a variety of career paths in fields such as engineering, research, and education.

3. Which combination is more valuable for graduate school, Physics and Computer Science or Physics and Math?

Both combinations can be valuable for graduate school, as they both provide a strong foundation in quantitative and analytical skills. The choice ultimately depends on your specific interests and career goals. If you are interested in pursuing a career in research or academia, a double major in Physics and Math may be more beneficial. However, if you are interested in a career in data science or software engineering, a double major in Physics and Computer Science may be more advantageous.

4. Will double majoring in Physics and Computer Science or Physics and Math take longer to complete?

Double majoring in Physics and Computer Science or Physics and Math may require you to take additional courses, which can extend the time it takes to complete your degree. However, it is possible to plan your course schedule effectively and graduate within a reasonable timeframe. It is important to speak with your academic advisor to create a plan that works for you.

5. Are there any specific skills or prerequisites needed to double major in Physics and Computer Science or Physics and Math?

Both double major combinations require a strong background in math and science. It is important to have a solid understanding of calculus, linear algebra, and other advanced math concepts. Additionally, some computer science courses may require previous coding experience or knowledge of programming languages. It is always helpful to have a strong work ethic and a passion for both subjects when pursuing a double major.

Similar threads

  • STEM Academic Advising
Replies
23
Views
3K
  • STEM Academic Advising
Replies
6
Views
1K
Replies
3
Views
42
  • STEM Academic Advising
Replies
8
Views
1K
  • STEM Academic Advising
Replies
3
Views
389
  • STEM Academic Advising
Replies
16
Views
2K
Replies
3
Views
80
  • STEM Academic Advising
Replies
10
Views
2K
  • STEM Academic Advising
Replies
13
Views
2K
  • STEM Academic Advising
Replies
6
Views
2K
Back
Top