Switching from engineering to mathematics

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SUMMARY

The discussion centers on an individual's transition from aerospace engineering to an applied mathematics track, motivated by a desire for a deeper mathematical foundation for graduate studies and R&D roles. The participant expresses concerns about their algebra skills and the perceived inadequacy of their current engineering program's mathematical content. They seek advice from those experienced in mathematics and engineering, particularly regarding the balance between theoretical knowledge and practical applications. Suggestions include focusing on courses like abstract algebra and mathematical physics to enhance their mathematical proficiency.

PREREQUISITES
  • Understanding of applied mathematics concepts
  • Familiarity with numerical methods in engineering
  • Basic knowledge of algebra and calculus
  • Experience with engineering physics principles
NEXT STEPS
  • Research abstract algebra and its applications in engineering
  • Explore mathematical physics courses that focus on numerical solutions
  • Practice algebraic techniques without calculators to strengthen foundational skills
  • Investigate graduate programs in applied mathematics that align with aerospace engineering
USEFUL FOR

This discussion is beneficial for students transitioning from engineering to mathematics, particularly those pursuing applied mathematics in conjunction with aerospace engineering, as well as educators advising students on curriculum choices.

Abraham
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I'm switching from aerospace engineering to mathematics.

I'll take any and all advice / suggestions / comments you might have

Here are my reasons:
1.) I feel as if the aero program gives only the bare minimum math
required to get through. I want to go on to grad school in Aero E, and
eventually work in R & D, which I think requires lots of deep math
2.) I feel as if my math ability has weakened considerably
2.) A double major / minor is not possible (scheduling issues)
3.) I would rather have a solid foundation in math/ theory, and find its applications, as
opposed to technical knowledge and knowing only the necessary maths

Here are my concerns:
1.) My algebra is terrible. I'm embarrassed to admit I let my TI-89 manipulate variables / equations, factor terms, etc. I'm sure I could do it by hand, but its definitely not like second nature.

I like math a lot, although I'm not the best at it. I imagine myself being better one day.

I want to know what you think about this. Any math people have advice/ comments? Engineers?

Thanks, I really appreciate itForgot to mention, I'm not in pure math. I'll be doing an applied math track, with math + upper aero courses,
like aerodynamics, gas dynamics, controls, flight dynamics
 
Last edited:
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I'm currently an engineering physics major and I initially started off as math and physics double major with the intention of going into physics or engineering.

I dropped the math major after I found out that a lot of the material covered in my mathematics classes was very abstract and not very applicable to engineering or physics in any regular capacity. That's not to say that it's not useful just that some of it is a waste of time.

I feel like you could easily prepare yourself mathematically by taking maybe abstract algebra and a mathematical physics/engineering class or two. Most of the real work is in numerical solutions anyways which a mathematical physics/engineering class would teach you how to do.
 

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