How to 'convert' from physicist to electrical engineer

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SUMMARY

The discussion focuses on transitioning from a physicist to an electrical engineer, specifically targeting graduate studies in electrical engineering with a concentration on physics-oriented areas such as solid state, quantum, and nanotechnology. The participant emphasizes the importance of taking remedial undergraduate courses in traditional electrical engineering topics, including analog and digital communication, computer networks, control systems, semiconductor devices, and microelectronic circuits analysis and design. Additionally, the resource nanohub.org is highlighted as a valuable intersection of physics and electrical engineering.

PREREQUISITES
  • Bachelor's degree in Physics
  • Understanding of solid state physics
  • Familiarity with quantum mechanics
  • Basic knowledge of nanotechnology
NEXT STEPS
  • Research analog and digital communication courses
  • Explore computer networks fundamentals
  • Study control systems and control theory
  • Learn about semiconductor devices and microelectronic circuits
USEFUL FOR

Individuals transitioning from physics to electrical engineering, graduate students in electrical engineering, and professionals seeking to enhance their knowledge in physics-oriented electrical engineering fields.

yllihp
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Here's the situation. I finished my bachelors in physics last year, and I want to ‘convert’ from a physicist to an electrical engineer. Now that I’ve got grad school offers (MS) in electrical engineering, how do I actually go about converting myself to an electrical engineer?

I’m planning to concentrate on the more ‘physics-oriented’ areas (e.g. solid state, quantum, nanotechnology, etc.), which I pretty much have the prerequisites for, so I actually don’t have to take any undergrad remedial courses...But I would still like to take remedial undergrad classes in the more 'traditional' electrical engineering areas, so that I can actually call myself an electrical engineer…

The question is, which undergrad classes should I take? What kinds of topics are ‘compulsory’ for an electrical engineer?
 
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The key here is that you want to focus on certain fields pertaining actually to physics rather than ee which make the experience relaxed and prerequisites met.
I am going through doing the inverse of what you're doing (ee bachelor >> phys. msc).

Compulsory courses in my opinion should be analog & digital communication, computer networks, control systems/theory, semiconductor devices (if you didn't do it during your physics undergrad), microelectronic circuits analysis & design + VLSI (typically VLSI is introduced in the third or fourth year of ee).


I am not sure whether you know about www.nanohub.org , but its where physics & ee meet.
 

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