RF Engineer from China Give Advice

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SUMMARY

Yangman advises against pursuing digital electronics in Electrical Engineering (EE), emphasizing the importance of studying Electromagnetics (E&M) and RF circuit design for a robust engineering foundation. He argues that digital fields are oversaturated and rapidly changing, while analog and RF knowledge remains stable and valuable. The discussion highlights the necessity of mastering complex mathematics and transistor design to succeed in the engineering field, particularly as digital technologies evolve quickly.

PREREQUISITES
  • Understanding of Electromagnetics (E&M)
  • Knowledge of RF circuit design
  • Familiarity with transistor design principles
  • Proficiency in advanced mathematics, including Calculus and Laplace Transforms
NEXT STEPS
  • Study advanced Electromagnetics concepts and applications
  • Learn about RF circuit design techniques and tools
  • Explore transistor design methodologies in integrated circuits
  • Research the role of Signal Integrity Engineers in modern electronics
USEFUL FOR

Electrical engineering students, aspiring RF engineers, and professionals seeking to deepen their understanding of analog electronics and circuit design.

  • #31
"" who started software-TESTER positions at Microsoft at $80k/year. ""

a sign of the folly of our time.
IMHO microsoft personifies mediocrity and for some reason we worship that. i wish i could live long enough to see how history regards last half of 20th century.

Remember Robert Pirsig's memo to Western Civilization -
"Pick up your trash on the way out" -- Zen and the Art of Motorcycle Maintenance
 
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  • #32
jim hardy said:
""
a sign of the folly of our time.
IMHO microsoft personifies mediocrity and for some reason we worship that.

You forgot about Excel. That has not been mediocre for about twenty years.
As for the rest . . . . .you only have to look at the Windows startup screen to see mediocre.
 
  • #33
Actually the thread is all about studying RF and Analog. As for jobs, a lot of the digital, firmware etc. get good pay, I never challenge that. I don't know their pay scale, I never hire a software person. People that I hired HAS to be able to do both, I don't hire anyone that is only in one side.

The whole thread to me is about paying the piper and you'll have option in the future be it that your interest is in digital firmware. As long as you get good foundation, you can pick it up.

All advanced books are written in Calculus, if you don't have good calculus background like me before, Those books quickly become gibberish...to me all these years. That is the reason after I retired, I button up and make up all the calculus to PDE and really study the EM theory. I might come out strong in this subject, but this is my own life experience. I went very far with the little knowledge I had, but I always felt there is a hole that I cannot jump over. That's why at my old age, I determine to overcome this. 4 years! 6 days a week, three hours a day. My wife think I am crazy.

If I can change the mind of one student, I think I accomplished something. Don't take the easy way out. Take the time and understand the basic Calculus and circuit theory. Even I gone through one and half semester of calculus, I was getting C, that really don't help. I started on page ONE of the calculus book this time! After Antenna, my next goal is Complex Analysis, preparing to climbing my Mt. Everest...JD Jackson Classical Electrodynamics.
 
Last edited:
  • #34
Thread locked pending moderation.
 

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