Adding a computer science major

In summary, the speaker is currently in their first year of university and plans to major in physics. They are considering going into industry after completing their bachelor's degree, but are also interested in pursuing a second major in computer science for marketability and personal interest. They plan on doing an internship after their second year and are seeking advice on the best approach. It is suggested that they combine their majors for a competitive advantage and focus on physical/numerical projects for their internship. It is also mentioned that many computer science majors struggle with programming and math, making the speaker's skills in these areas valuable.
  • #1
NATURE.M
301
0
So currently I'm in first year university about to begin my second semester. I know for certain I'm going to be majoring in physics (with possibly the potential to go to graduate school in condensed matter). However, there is also the possibility that I may just want to go straight into industry upon completion of my bachelors. And to be honest, while I think its possible to get a good job with a physics degree, it won't be easy. I do plan on doing a 12-16 month internship after 2nd year so that will definitely help. Nonetheless, recently I've been thinking I should complete a second major in computer science if I decide to go straight into industry.

Note, my reasons for computer science are
(a) Marketability (b) the subject matter seems interesting based on a programming course I took first semester.

So then i'd be double majoring in physics and computer science, rather than only specializing in physics.

So my question what do you guys think? I could possibly complete a specialist program in physics, along with a minor in computer science. But how would employers view a minor in comparison to a major?

Also note I do plan on seeing a guidance counsellor at my university, but I would still like some preliminary thoughts.
 
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  • #2
Hey NATURE.M.

Once piece of advice in gaining employment for any kind of software development work: make sure you have worked on at least one large scale, multiple person (i.e. team say 4+ people), complex project in the area of your interest.

This is a thing that can be applied by some employers to filter out those that may not work in a real commercial development environment.

The reason behind this is that you can show that you can actually write original and functional code (you'd be surprised how many people can't do this), can work in a team, be able to see a project from start to finish, and basically show that you know what real development work is like.

This is regardless of the field you want to enter. You will need both domain and general knowledge regardless of what jobs you apply for and if successful, get offered.

If you haven't done project work before, start small. You can choose your projects to be structured in a way that further projects build on top of your existing work. My advice to you is to make it a little bit more ambitious than you are capable of doing, but not too much that you will lose motivation and burn out. Start small and add to what you have accomplished in small increments.
 
  • #3
Thanks I'll definitely try. If I were to do a internship, I may then focus it on comp. science rather than physics.
 
  • #4
I'd suggest an internship that takes advantage of both of your majors: Something physical/numerical. Chiro already hinted that most computer science majors can't program. Shocking but true. The fraction who can comprehend math is even smaller. This is where your competitive advantage lies, so take full advantage of it.
 
  • #5
D H said:
I'd suggest an internship that takes advantage of both of your majors: Something physical/numerical. Chiro already hinted that most computer science majors can't program. Shocking but true. The fraction who can comprehend math is even smaller. This is where your competitive advantage lies, so take full advantage of it.

I didn't know that. I would understand the latter part since only single-variable calculus is required for the major program in comp science (certain courses require multivariables, and linear algebra though).
I'll definitely keep this in mind when the time comes around. Thanks.
 

1. What are the benefits of adding a computer science major?

Adding a computer science major can provide numerous benefits, including increased job opportunities, higher salary potential, and a deeper understanding of technology and its impact on society.

2. Will adding a computer science major require me to start from scratch?

No, most universities offer a variety of courses for students with varying levels of computer science knowledge. You may be able to transfer credits from related courses or take placement exams to skip prerequisite classes.

3. Is a computer science major only beneficial for those interested in coding?

While coding is a significant aspect of computer science, a computer science major also covers topics such as algorithms, data structures, software engineering, and computer systems. These skills are applicable to various industries, not just software development.

4. How will a computer science major complement my current major?

A computer science major can enhance and complement almost any field of study. It can provide valuable skills and knowledge that can be applied to your chosen field, such as data analysis, problem-solving, and critical thinking.

5. Are there any specific skills or prerequisites required for a computer science major?

While having prior coding experience can be helpful, it is not a requirement for a computer science major. Some introductory knowledge of math and logic can be beneficial, but most universities offer courses to build these skills alongside your computer science coursework.

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