Math requirement of MSEE and PHDEE

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SUMMARY

The math requirements for a Master of Science in Electrical Engineering (MSEE) and a Doctor of Philosophy in Electrical Engineering (PHDEE) vary significantly by institution and specialization. Santa Clara University mandates four classes in Applied Mathematics, including Partial Differential Equations (PDE), Probability, and Statistics. While undergraduate programs typically require Calculus I, II, III, and Ordinary Differential Equations (ODE), graduate programs often leave course requirements to the discretion of the advisor and committee. Students specializing in applied areas like communications may not need PDEs, whereas those in applied physics fields must have a strong foundation in theoretical mathematics.

PREREQUISITES
  • Understanding of Partial Differential Equations (PDE)
  • Knowledge of Probability and Statistics
  • Familiarity with Linear Algebra
  • Basic concepts of Applied Mathematics
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  • Research the specific math requirements for MSEE and PHDEE at various universities
  • Explore the role of Partial Differential Equations in Electrical Engineering specializations
  • Study the applications of Probability and Statistics in engineering contexts
  • Investigate the importance of Linear Algebra in Electrical Engineering curricula
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Graduate students in Electrical Engineering, academic advisors, and prospective students evaluating math prerequisites for MSEE and PHDEE programs.

yungman
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I just want to know what is the math requirement for MSEE and PHDEE. I know Santa Clara requires 4 classes of Applied Math...Which is what?

I know PDE is a must have, what else? Probability and statistics? Complex Analysis? I know most school only requires Cal I, II and III, Then ODE for BSEE only.
 
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For grad school this completely depends upon the department and the specialization. Go to any department website and you can find the requirements. Where I was there were no course requirements of any kind for PhD. It was completely at the discretion of the advisor and committee of each student. We did have to have a minor outside of EE, though, and those that chose math were required to take a bunch of theoretical math. I know many EEs that never learned PDEs because it is seldom necessary for those that specialize in the "applied math" portions of EE (comms, signal processing); those in the "applied physics" specialties (electromagnetics, solid state, quantum electronics, plasma physics) typically do need PDEs, of course.

For BS EE you can again look at web sites, but I have never run across a BS EE that did not have to take probability, and the vast majority are required to take linear algebra. In my opinion, any EE program that does not require intro linear algebra is failing their students, and students in those programs should take it as an elective.

jason
 

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