How Does Applied Physics Differ from Engineering?

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Discussion Overview

The discussion revolves around the differences between applied physics and engineering, particularly in the context of career paths and educational choices. Participants explore the relationship between these fields, especially in areas like electronics and electromagnetics.

Discussion Character

  • Exploratory
  • Conceptual clarification
  • Debate/contested

Main Points Raised

  • One participant expresses confusion about the distinction between applied physics and engineering, seeking guidance on potential career opportunities with a master's in applied physics.
  • Another participant shares their experience, suggesting that certain areas of electrical engineering (EE), particularly those related to electromagnetics, can be considered applied physics, despite being labeled as engineering.
  • A request for clarification on what constitutes "areas in electromagnetics" is made, indicating a desire for deeper understanding.
  • A further elaboration on computational electromagnetics is provided as an example of how mathematical modeling and solving Maxwell's equations can bridge the gap between applied physics and engineering.

Areas of Agreement / Disagreement

Participants do not reach a consensus on the definitions and distinctions between applied physics and engineering, indicating that multiple views and interpretations exist within the discussion.

Contextual Notes

Limitations in understanding the nuances of applied physics versus engineering are evident, as well as the dependence on specific areas of study within electrical engineering.

badri89
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Dear all,

I basically did my bachelors in electronics and communication engineering and currently working as embedded design engineer(2 yrs of experience). However I felt that I really wanted to do physics for my graduation. But I am confused between applied physics and pure physics. How does applied physics differ from engineering?If I go for masters in applied physics, what sort of jobs I may land into? Kindly guide me. Sorry if it sounded too novice. Thanks!
 
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This is just my experience from being a summer student in an EE research group, but it seems like if you get into the right areas of EE (e.g. some areas related to electromagnetics) you're pretty much doing applied physics, you just call yourself an engineer and insist that H, not B should be called the "magnetic field." :P
 
explain more?

Thanks for the reply.. But could you explain what do you mean by areas in electromagnetics?
 
One example would be computational electromagnetics (stuff like how do you mathematically model physical systems and then solve Maxwell's equations efficiently in that context). That's just an example. I'm still an undergrad, so I can't really give much more than that unfortunately. My point is just that you should take a look at the EE research being done at schools you want to apply to, and you'll probably find some areas that could easily be labelled as "applied physics."
 

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