Possible double major: abstract algebra or otherwise?

In summary, the conversation discusses the possibility of obtaining a second major in math by taking a two-semester sequence in abstract algebra, probability with measure theory, or undergrad partial differential equations. The individual expresses concerns about the usefulness of abstract algebra and considers self-studying functional analysis and PDE instead. They also question the value of a second degree in math for their career in engineering or potential graduate studies. Ultimately, they seek advice on whether abstract algebra is necessary for understanding applied math in engineering and if it is worth pursuing the second degree.
  • #1
rhino1000
34
1
I found out I can pick up a second major in math should I elect to take a two semester sequence in abstract algebra. My first major is in chemical engineering. Right now, I plan on taking a two semester sequence in either: 1) probability with measure theory, 2) abstract algebra (Dummit and Foote), or 3) undergrad partial differential equations (Strauss).

If I choose abstract algebra, I would be able to pick up a degree in math, without adding a semester. However, abstract algebra seems to be the most useless of the three. Of course, I would have to guess that PDE would be the most useful, but the fact that the undergrad version probably lacks rigor deters me from taking it. Instead, after finishing senior year (in which I would be taking probability with measure theory as well as graduate real analysis), I would self study functional analysis and then PDE, with the more rigorous book by Evans. However, I am not sure if functional analysis, ironically, would then require abstract algebra. If I elect to skip abstract algebra I and II, I will have had no college exposure to algebra other than that contained in the Differential equations/linear algebra introductory combined course.

While I like "beautiful math," I am more interested in learning beautiful math that is necessary to rigorously understand math that can be applied to engineering/physics. As an aside, I will have already taken a senior level probability class before graduation, so this could devalue taking the graduate probability class. I am interested in the the measure-theoretic proability because I am under the impression that probability is one of the more useful math classes one could take, and the rigor in measure theory is fundamental to deeply understand statistics (which I could either self study, or learn through a senior level class during senior year); it seems like statistics would have practical benefits in industry or academia and would also help in understanding subjects such as statistical mechanics.

Would it be valuable to pick up that second degree in math if I plan to either work as an engineer or go to grad school in engineering? Is a 2-course sequence in abstract algebra necessary for developing a deep understanding of applied math as it relates to engineering/physics? Is abstract algebra useless?
 
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  • #2
First, of course, you should talk to your college advisor and perhaps the teachers of these courses. They might change your mind about what courses are "useless". But if you are still convinced that the course you need to take in order to get a "second major" is useless, forget about it. A second major is seldom worth the trouble.
 
  • #3
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EDIT: thread reopened after some cleanup
 
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1. What is abstract algebra?

Abstract algebra is a branch of mathematics that studies algebraic structures such as groups, rings, and fields. It deals with abstract concepts and generalizations of familiar algebraic structures, rather than specific numbers and equations.

2. Why would someone choose to double major in abstract algebra?

Double majoring in abstract algebra can be beneficial for students who are interested in pursuing a career in mathematics, as it provides a strong foundation in abstract and theoretical concepts. It can also be helpful for students who plan to pursue graduate studies in fields such as computer science or physics, where abstract algebra is used extensively.

3. What other majors pair well with abstract algebra for a double major?

Other majors that pair well with abstract algebra for a double major include mathematics, computer science, physics, and engineering. These fields all heavily utilize abstract algebra concepts and can provide a well-rounded education for students interested in pursuing a career in any of these areas.

4. Is double majoring in abstract algebra and another major difficult?

Double majoring in abstract algebra and another major can be challenging, as abstract algebra can be a difficult subject for some students. It requires a strong foundation in mathematics and a dedication to studying and understanding complex abstract concepts. However, with proper time management and a strong work ethic, it is possible to successfully double major in abstract algebra and another major.

5. What career opportunities are available for someone with a double major in abstract algebra?

A double major in abstract algebra can open up a variety of career opportunities in fields such as mathematics, computer science, physics, and engineering. Some specific career options include data analyst, software engineer, financial analyst, actuary, and university professor. Additionally, the critical thinking and problem-solving skills developed through studying abstract algebra can be valuable in many other industries and professions.

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