Programs Best upper division Math for an EE major

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Changing majors from Math to Electrical Engineering (EE) while pursuing a math minor raises the need to strategically select additional math courses. With a solid foundation in calculus, linear algebra, differential equations, and statistics, the focus should be on courses that align with interests in Control Theory, Signals, and Information Theory. Prioritizing Advanced Probability and Statistics, Numerical Analysis, and Complex Analysis is recommended, as these subjects are relevant to graduate studies in EE. Additionally, understanding Fourier and Laplace transforms is crucial for studying signals and systems; thus, seeking courses that cover these topics, such as introductory control theory or a mathematical methods course for engineers, is advisable. Partial Differential Equations (PDEs) may also provide insights into Fourier transforms. Overall, the selection should balance the limited course offerings with the goal of preparing for graduate school in EE.
TheKracken5
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So I just changed my major from Math to EE this semester and I really would like to continue taking some math. I have completed the entire Calc 1-3, LA, DEQ's, and a intro stats course. I only need 1 more course for a math minor. (intro proofs won't count for this though). My university doesn't allow double majors or more than one minor, but I can take a few extra math courses if I would like.

I am interested in Control Theory, Signals, and Information theory. Which courses should I prioritize? My uni has a small ABET EE program and a small math program, so most semesters EE courses will prevent me from taking math courses, hence I would like to prioritize.

Courses Offered:

1. Real Analysis I&II
2. Advance Probability and Stats/Bayesian I&II
3. Numerical Analysis I&II
4. Intro Proof (needed for Real Analysis)
5. Complex Analysis
6. PDE's
7. Advanced Linear Algebra (only offered this next fall)
I do plan to go to grad school in EE.
 
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I agree on 3, 5, 7. Also, look into learning Fourier and Laplace transforms inside out, so find out what course (if any) covers those topics. Usually, an introductory control theory or communications theory class will cover enough, but transforms are crucial to studying signals and systems and it may not hurt to learn them as part of a "mathematical methods for engineers"-type course if available.
 
I forgot 6 also... pde's usually have an intro to the Fourier transform.
 
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