PhD in Applied Physics or Electrical Engg

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SUMMARY

The discussion centers on the decision between pursuing a PhD in Applied Physics versus Electrical Engineering (EE). Both fields offer strong programs, but they diverge significantly in focus: Applied Physics emphasizes semiconductor material research, while EE concentrates on signal processing. Graduates from both disciplines are treated comparably in industry and academia, but the choice should align with personal interest in either physics and materials science or mathematics and computer science. The decision is critical, as switching paths post-selection is not feasible.

PREREQUISITES
  • Understanding of semiconductor materials and their applications
  • Familiarity with signal processing concepts and techniques
  • Knowledge of programming in Matlab
  • Basic principles of linear algebra
NEXT STEPS
  • Research the latest advancements in semiconductor material research
  • Explore signal processing algorithms and their applications in real-world scenarios
  • Learn advanced Matlab programming techniques for signal processing
  • Study the intersection of physics and materials science in semiconductor applications
USEFUL FOR

Prospective PhD candidates in Applied Physics or Electrical Engineering, students evaluating career paths in academia or industry, and professionals seeking to understand the implications of their educational choices in semiconductor research and signal processing.

vron247
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Am still not clear which path to choose. Both departments got good program and research. I have admission from both departments.

Am bit worried from job point of view after graduation. Do industry/academia treat PhD Applied physics equal to EE for job offers? To give more insight if I choose applied physics I will be working in semicondutor material research and in EE it will be signal processing.

Once I choose a path there is no going back. Any pointers in this direction will be helpful.
 
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As an electrical engineering major, I have to say that semiconductors and signal processing are very different fields. Rather than think about what PhD degree is "better", think about which of these fields of study you are more interested in. Semiconductors will have a lot more to do with physics and possibly materials science, and signal processing is more related to math and computer science. Just to give you some idea of what I mean, I'm concentrating heavily in signal processing for my undergraduate degree, and most of my classes involve a lot of programming (usually in Matlab) and a lot of math (usually linear algebra).
 

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