Difference Engineering Physics, Applied Physics, traditional engineer

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Discussion Overview

The discussion centers on the differences between engineering physics, applied physics, and traditional engineering disciplines such as mechanical and electrical engineering. Participants explore the implications of these distinctions in terms of academic pathways and career opportunities.

Discussion Character

  • Conceptual clarification
  • Debate/contested
  • Meta-discussion

Main Points Raised

  • Some participants suggest that traditional engineers focus on practical applications and construction, while physicists engage with theoretical aspects of engineering.
  • Others propose that applied physics encompasses the study of physical principles in real-world contexts, with engineering physics being a subset that relates specifically to construction and engineering applications.
  • A participant notes that the distinctions may vary based on job titles and the specific work involved, indicating that roles may overlap despite different educational backgrounds.
  • One contribution mentions that engineering physics majors typically complete coursework required for both physics and engineering degrees, suggesting a broad foundation for further study.
  • Another point raised is that engineers generally have higher earning potential compared to physicists, although this can depend on various factors such as educational institution and local job market.

Areas of Agreement / Disagreement

Participants express differing views on the definitions and implications of the various fields, indicating that multiple competing perspectives remain without a clear consensus on the distinctions.

Contextual Notes

Participants mention the importance of specific academic programs and local job markets, which may influence career outcomes and the perceived value of each degree type.

Who May Find This Useful

This discussion may be of interest to students considering degrees in engineering physics, applied physics, or traditional engineering, as well as those exploring career paths in these fields.

Fluxy
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Hi, what is the difference between engineering physics, applied physics, traditional engineering(mech E, elec E)?
Thanks!
 
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In what context?
They are different names for jobs which may actually involve identical work, they are college degree courses that are defined by their course requirements... and so on.

Simplistically: Trad. Engineers build stuff, physicists work on the theory behind what engineers do, applied physics is the study of the physics of the World, and engineering physics is the part of applied physics that pertains to constructions - the bit of the World that people build.

All have disciplines that can be applied more broadly.
 
Simon Bridge said:
In what context?
They are different names for jobs which may actually involve identical work, they are college degree courses that are defined by their course requirements... and so on.

Simplistically: Trad. Engineers build stuff, physicists work on the theory behind what engineers do, applied physics is the study of the physics of the World, and engineering physics is the part of applied physics that pertains to constructions - the bit of the World that people build.

All have disciplines that can be applied more broadly.

I guess I was wondering in terms of graduate school and what careers I can pursue after obtaining these degrees.
 
Engineers usually make more money than physicists, but the rest depends on your school and the market where you live.
For grad school - you need to see your prospectus.
 
Well, at my school an engineering physics major would take all the courses that a physics major is required to take PLUS most of the courses that an ME or EE major has to take.

Engineering physics is a perfect degree for those planning on going to grad school but still haven't decided whether they want to study physics or engineering.
 

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