Career as physicist in electrical engeneering?

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SUMMARY

Physicists with advanced degrees (Master's and PhD) can transition into careers in electrical engineering, although they may face competition from candidates with Master's degrees in Electrical Engineering (EE) due to their specialized training. Success in this field often requires proficiency in specific branches of electrical engineering, such as Control Systems, Analog Design, and Power Electronics. Candidates should expect to spend at least two years in a chosen discipline to develop the necessary skills and familiarity with industry tools.

PREREQUISITES
  • Understanding of Electrical Engineering fundamentals
  • Familiarity with Control Systems and Analog Design
  • Knowledge of Power Electronics and Digital Design
  • Experience with industry-specific tools and software
NEXT STEPS
  • Research Control Systems design methodologies
  • Study Analog Design principles and applications
  • Explore Power Electronics technologies and their applications
  • Learn about industry-standard tools used in Electrical Engineering
USEFUL FOR

This discussion is beneficial for physicists considering a career shift into electrical engineering, electrical engineering students, and professionals seeking to understand the integration of physics in engineering roles.

Rhian
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I am a physicist (master, PhD) and have a job opportunity in an electrical engeneering company.

Does anyone have experiences with this situation?
What is a possible career path?

My first impression is that people with a Masters in EE possibly outperform
any physicist because of their intense electronic training.

What does one has to know? Are there any essential books, blogs,
newsletters?

Thanks for help.
 
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These kinds of questions get really tiresome.

Yes, [profession A] can work as a [profession B] if you can convince the hiring manager you're qualified.
 
Most EE's are grilled heavily in analysis before leaving school, but are of limited use until they've spent time in their industry, grown accustomed to their tool sets, and demonstrated some proficiency in a particular branch.
There are many variations on electrical engineering: Industrial, Controls, Control Systems, Analog design, Digital design, Power Electronics, Power Switching, Test and Measurement, Systems, Reliability and Quality...

Generally, your disposition and inherent skills will lead to one, and you need at least two years in a given discipline to build up the specific skills.

- Mike
 

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