What Can You Do With An Applied Physics Dregree

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SUMMARY

The discussion focuses on the career prospects for individuals with an Applied Physics degree, particularly in Canada. Participants clarify the distinction between Applied Physics and Pure Physics, noting that Applied Physics may be offered as a separate department or specialization at various universities. The conversation highlights the growing demand for professionals in electronics and technology sectors, suggesting that graduates can find opportunities outside traditional research roles. Additionally, the differences in university structures across Canada are emphasized, with examples from institutions like the University of Toronto and McMaster University.

PREREQUISITES
  • Understanding of Applied Physics vs. Pure Physics
  • Familiarity with Canadian university systems and degree offerings
  • Knowledge of career paths in electronics and technology
  • Awareness of interdisciplinary programs in engineering and physics
NEXT STEPS
  • Research career opportunities in electronics for Applied Physics graduates
  • Explore the differences between Applied Physics and Engineering Physics programs
  • Investigate internship opportunities in Canada and abroad for physics students
  • Examine the specific physics programs at Canadian universities like the University of Toronto and McMaster University
USEFUL FOR

Students considering a degree in Applied Physics, career advisors, and professionals in the electronics and technology sectors seeking to understand the educational pathways and job opportunities available in this field.

smartdude00111
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I am applying to universities soon and the one subject that I would like to have in any area of study is physics, if I were to study pure physics than I would specialize in applied physics. I know that there aren't many jobs in specifically research areas which would be a dream job, so what types of jobs outside of research but still within a physics related field are there for someone with an applied physics degree
 
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I think you might find a job within some electronics fields if you have an applied physics degree, because in recent times electronics and technology have been thriving.
 
What country or countries do you plan to study in and work in? What terminal degree are you planning on (bachelors, masters, PhD)?
 
I’m going to University in Canada but internships might take me out of the country and I’m willing to work at any institution that’ll have me, and if I were to study pure physics then I would hope to attain a PhD
 
smartdude00111 said:
I am applying to universities soon and the one subject that I would like to have in any area of study is physics, if I were to study pure physics than I would specialize in applied physics. I know that there aren't many jobs in specifically research areas which would be a dream job, so what types of jobs outside of research but still within a physics related field are there for someone with an applied physics degree
smartdude00111 said:
I’m going to University in Canada but internships might take me out of the country and I’m willing to work at any institution that’ll have me, and if I were to study pure physics then I would hope to attain a PhD
Another clarification needed before I respond. You seem to be referring to "applied physics" as an option under "pure physics". Is that correct? So, are you distinguishing "pure physics" from, e.g., engineering? I ask, because, often one distinguishes between "pure" science and "applied" science. In some universities (at least in the US), "applied physics" is a different department from "physics", rather than a field under physics. So does your question concern getting a degree in "applied physics" vs "physics", or what field (concentration or specialty) in physics to specialize in (e.g., solid-state, plasma, high-energy, ...)? Or do Canadian universities have an "applied physics" concentration when getting a physics degree?
 
Last edited:
CrysPhys said:
Another clarification needed before I respond. You seem to be referring to "applied physics" as an option under "pure physics". Is that correct? So, are you distinguishing "pure physics" from, e.g., engineering? I ask, because, often one distinguishes between "pure" science and "applied" science. In some universities (at least in the US), "applied physics" is a different department from "physics", rather than a field under physics. So does your question concern getting a degree in "applied physics" vs "physics", or what field (concentration or specialty) in physics to specialize in (e.g., solid-state, plasma, high-energy, ...)?
The specialization offered through the physics programs is applied physics, this is in contrast to the other specialization of astrophysics
 
smartdude00111 said:
The specialization offered through the physics programs is applied physics, this is in contrast to the other specialization of astrophysics
Thanks for the clarification. I'll leave it for those familiar with the Canadian system to respond.
 
CrysPhys said:
Thanks for the clarification. I'll leave it for those familiar with the Canadian system to respond.

Different universities in Canada have different systems in places with respect to physics.

Some universities (like my alma mater, University of Toronto) only have one physics department in the Faculty of Arts and Sciences, with one program in physics, with joint programs offered through other departments, and an interdisciplinary Engineering Science program, offered through the Faculty of Engineering, where engineering physics is offered as a registered option. In other universities, there are separate departments between Physics and Engineering Physics (McMaster University), or separate degrees offered within one Physics department (University of Waterloo, University of Guelph, etc.)
 

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