Engineering Do Electrical Engineers Use Quantum Physics?

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SUMMARY

Electrical engineers utilize principles of quantum physics, particularly in fields like micro-electronics, which are closely related to quantum mechanics. While a bachelor's degree in physics can lead to a satisfactory salary, pursuing an undergraduate degree in electrical engineering is recommended for those interested in innovative research and practical applications. Graduate studies, such as a Master's or PhD, are essential for advanced research roles. Resources from IEEE, including journals and societies, provide valuable information for further exploration in this intersection of disciplines.

PREREQUISITES
  • Understanding of electrical engineering principles
  • Basic knowledge of quantum physics
  • Familiarity with micro-electronics
  • Awareness of IEEE resources and societies
NEXT STEPS
  • Explore IEEE's Journal of Quantum Electronics
  • Research IEEE Electron Devices Society (EDS) for networking opportunities
  • Investigate graduate programs in Electrical Engineering and Physics
  • Learn about the role of quantum mechanics in micro-electronics
USEFUL FOR

Students and professionals in electrical engineering, aspiring physicists, and researchers interested in the application of quantum physics in technology and innovation.

Ilyo
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From my understanding, engineering and physics are closely knit together. So I figured I would go into Electrical engineering because my love of tinkering with electrical devices, though I also have found my self beginning to like the looks of quantum physics. Now I know all physicists are very diverse in all types of physics and quantum physics have a large role in things. But I am wondering if electrical engineers would be using quantum physics as well?

Thank you
 
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Unless you're the next Feynman or Einstein, think again before going into physics. There is not much you can do with an undergraduate degree in physics, you would have to aim for Phd. degree.

What you can do is complete an engineering undergraduate degree and then you could apply to graduate school and give your shot for doctorate.
 
CheckMate said:
Unless you're the next Feynman or Einstein, think again before going into physics. There is not much you can do with an undergraduate degree in physics, you would have to aim for Phd. degree.

What you can do is complete an engineering undergraduate degree and then you could apply to graduate school and give your shot for doctorate.

I don't agree with your first statement, at all.

Yes, you probably won't be the next "nobel prize super researcher" with a bachelors, but you can easily make what an engineer makes just with the bs in physics. Poke around google searching for annual salaries for people with bachelors only, you might be surprised.

Not that this has anything to do with the threadstarters question.
 
It is not really about money at all, honestly I could care less about money. All I want is the knowledge needed to build and research electrical devices and electricity itself. All money would do for me is basic living and expanding my research so I am sure either of the degrees salary will be satisfactory since I aspire to get my phd Just not sure which of the two fields will open my doors to interesting careers in electrical research (engineering major vs physics major) I have found college programs for both in an undergrad degree which would continue onto my graduate degrees. So I ask again which would be the best for innovative research?
 
Engineering is essentially applied physics. Electrical engineering, especially if one becomes involved with micro-electronics, is more attuned to quantum mechanics/physics than say civil or mechanical engineering.

See IEEE's Journal of Quantum Electronics
http://ieeexplore.ieee.org/xpl/RecentIssue.jsp?punumber=3

Refer to this for different divisions in IEEE - http://www.ieee.org/web/membership/societies/index.html

Of interest might be IEEE Electron Devices Society (EDS)
http://www.ieee.org/web/membership/societies/ED015.html

IEEE Photonics Society (formerly LEOS)
http://www.ieee.org/web/membership/societies/pho036.html

IEEE Solid-State Circuits Society (SSCS)
http://www.ieee.org/web/membership/societies/SSC037.html


Career and Employment Resources
http://www.ieee.org/web/careers/home/index.html

One can look at Physics or Engineering Physics programs in parallel with EE.

To do research, particularly leadership role or with more autonomy, one usually needs an MS or PhD/DSc.
 
Thank you, that was very helpful and I appreciate all the links
 
For some background, I'm currently a 3rd year physics major with an astro specialization studying in Canada, and as undergraduates are want to do I'm regularly evaluating my career prospects down the road. I also plan on pursuing grad school when I've completed my degree. It might just be my anxiety acting up a little, but with a lot of the government funding drying up for public science research broadly in the US, the 'industry' everyone keeps talking about when questions like this are...

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