Programs Physics Courses to Complement Electrical Engineering Degree

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SUMMARY

The discussion centers on the relevance of physics courses to an electrical engineering degree, particularly for a sophomore considering a minor in physics. Key courses mentioned include Mechanics, Electromagnetic Theory, Optics, Solid State Physics, Quantum Mechanics, and Advanced Electromagnetic Theory. Participants agree that all these courses are beneficial, especially in fields like mechatronics, robotics, and nanotechnology, enhancing both professional and personal knowledge.

PREREQUISITES
  • Understanding of basic electrical engineering principles
  • Familiarity with vector fields and their applications
  • Knowledge of classical mechanics concepts
  • Basic understanding of electromagnetic theory
NEXT STEPS
  • Research the applications of Solid State Physics in semiconductor technology
  • Explore Quantum Mechanics and its relevance to modern electronics
  • Investigate the role of Electromagnetic Theory in wireless communication systems
  • Learn about the integration of Optics in photonics and imaging systems
USEFUL FOR

Electrical engineering students, academic advisors, and professionals in fields such as mechatronics, robotics, and nanotechnology seeking to enhance their understanding of physics applications in engineering.

axmls
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I'm a sophomore electrical engineering student, and I'm highly considering minoring in physics. I'm currently in Electricity and Magnetism. The minor is not entirely for professional purposes, though if it helps, then that's great, but it's also something I'd like to do for my own personal enrichment. To obtain a minor, I'll need to take, in addition to physics I and II, physics III (modern physics), and at least two of the following courses:

MECHANICS. Application of scalar and vector fields to problems in classical mechanics and
mechanical waves.
ELECTROMAGNETIC THEORY. Application of scalar and vector fields to problems in
electrostatics, magnetostatics and electromagnetic waves. (Prereq is mechanics, so taking these two would satisfy the requirements)
OPTICS. Interference, diffraction, polarization, lasers.
SOLID STATE PHYSICS. Crystal structure, crystal diffraction, lattice vibrations, electrons
in metals and semiconductors, other physical phenomena in solids.
QUANTUM MECHANICS. Schroedinger Theory applied to simple and multiparticle
systems, perturbation and collision theories.
ADVANCED ELECTROMAGNETIC THEORY. Maxwell’s equations, electromagnetic
waves, and the Special Theory of Relativity (prereq is electromagnetic theory. The would just be an extra course not required for the minor).

I like the idea of taking quantum mechanics, but I'd like to know that it may be applicable to some area of electrical engineering. It's my understanding that solid state physics may be useful for certain areas of electrical engineering, so I'd like some feedback on that. I have no current preferences for areas of electrical engineering. I'd just like some background on if any of these classes would complement my major, and in what areas they'd be useful.

Thanks all
 
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I'd say all of them would have relevance to an electrical engineer. Consider the current technologies like mechatronics, robotics, or nanotechnology, these courses would give you a leg up in each one.
 
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