Electrostatics in Graduate Level EE Degree?

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Discussion Overview

The discussion centers around the relevance of physics knowledge, particularly in electrostatics and related mathematical techniques, for a graduate degree in Electric Power Engineering. Participants explore the applicability of concepts learned in undergraduate physics courses to advanced engineering studies.

Discussion Character

  • Exploratory
  • Technical explanation
  • Debate/contested

Main Points Raised

  • One participant expresses concern about the necessity of advanced physics techniques, such as vector calculus and Laplacian equations, for their upcoming graduate studies in EE.
  • Another participant suggests consulting with the Head of Department for tailored advice regarding the relevance of physics knowledge in the program.
  • A later reply indicates that the program's head mentioned the importance of courses in electrostatics, but the participant questions the practical application of Laplacian equations in high power electrical engineering.
  • The participant lists specific courses in the graduate program, such as Electrical Motor Drives and High Voltage Equipment, which may not directly relate to the physics concepts discussed.

Areas of Agreement / Disagreement

Participants do not reach a consensus on the relevance of specific physics techniques to the EE program, with some expressing skepticism about their applicability while others suggest they may be important.

Contextual Notes

There is uncertainty regarding the specific mathematical and theoretical knowledge required for success in the graduate EE program, and the discussion reflects differing perspectives on the integration of physics and engineering education.

Who May Find This Useful

Students transitioning from physics to electrical engineering, particularly those considering graduate studies in Electric Power Engineering.

Fjolvar
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Hello,

I am a senior undergraduate majoring in Applied Physics and I plan on starting graduate school for a Master's degree in Electric Power Engineering next year. My question is, how relevant will my Physics knowledge be? So far I've taken an Electronics course where I learned a great deal about circuits and I'm currently taking Electrodynamics which is divided up into two courses. We use Griffith's book, but I'm wondering if I'll need to know all of the techniques such as vector calculus, laplacian equations, boundary conditions, etc.. for upper level EE. I also plan on taking an EE course in three phase systems before I graduate. If anyone can recommend any other important courses that will help before I start my EE degree, it would be greatly appreciated. Thanks in advance!
 
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Anyone?
 
Why don't you go to the graduate school and have a talk with the Head of Department for your area of interest?
 
vk6kro said:
Why don't you go to the graduate school and have a talk with the Head of Department for your area of interest?

I'm in the U.S. and the program is in Europe. I'm trying to get a general response from someone who went through an EE grad program with some knowledge of Physics. The head of the program said I would need to follow closely the courses in Electrostatics, however I can't see any use of Laplacian Equations as an Engineer, especially in high power electrical.

Here are some of the courses in the program: Electrical Motor Drives, Power Markets, Electric Power System Stability, High Voltage Equipment, Energy Planning, Maritime and Offshore Power Systems.
 
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