Is a Computational Physics PhD Right for a Photonics Engineer?

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Discussion Overview

The discussion revolves around the decision-making process for a photonics engineer considering whether to pursue a PhD in Computational Science with a concentration in Computational Physics at George Mason University or to seek a PhD in Physics at another institution after completing an MS. The conversation touches on career implications, the importance of the specific degree, and personal interests in computational versus traditional physics.

Discussion Character

  • Debate/contested
  • Conceptual clarification

Main Points Raised

  • One participant expresses uncertainty about whether to continue at GMU for both the MS and PhD or to switch schools for a PhD in Physics, highlighting the lack of a Physics PhD at GMU.
  • Another participant suggests that the decision is highly personal and depends on the individual's career goals, questioning the relevance of specific qualifications for job prospects.
  • A further contribution recalls advice from a professor indicating that the field of the PhD may be less important than the actions taken post-PhD, raising concerns about hiring and employment implications of a degree in Computational Sciences versus Physics.
  • One participant questions the individual's interest in computational physics, suggesting that if the focus is not on computational work, pursuing a traditional physics program may be more beneficial.

Areas of Agreement / Disagreement

Participants express differing views on the importance of the specific degree versus the experiences gained during and after the program. There is no consensus on whether a PhD in Computational Science is as valuable as a PhD in Physics for career advancement.

Contextual Notes

The discussion reflects varying assumptions about the relevance of degree titles in the job market and the personal motivations for pursuing a PhD, which may not be fully articulated by all participants.

CoherentLaserRadar
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I'm currently a photonics engineer with a B.S. in Applied Physics. I work full time and have been pursuing an MS in Applied Physics part time and I'm considering enrolling in the Phd program there at George Mason University. Unfortunately, they don't actually offer a Phd in physics, but rather offer a PHd in Computational Science that includes a Computational Physics Concentration.

Would I be better served by finishing my MS and then taking the qualifying exam at another school to get a Phd in physics or sticking with GMU for both my masters and Phd?
 
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Would I be better served by...
Better served? That is entirely up to you and entirely dependent on what you want to do with your life. Unless you are talking about specific qualifications for specific jobs...?
 
I guess I was a bit vague...When I was applying to grad schools during my last year as an undergrad I remember going to a lecture by a professor from William and Mary who was recruiting for their relatively new Applied Science Phd program and he was saying how WHAT you get your Phd in isn't nearly as important as what you DO once you've gotten it. I intend to work as a physicist for the bulk of my career and was wondering if its that big a deal for hiring/employment purposes if my Phd is in Physics or Computational Sciences with a concentration in physics, especially since both my bachelors and masters would be in Applied Physics.

Thanks...
 
Do you want to do computational physics? eg, designing simulations and so forth? If not, then I'd go for a straight phys grad school... eg if you want to do research, or more hands-on physics work, I'd get your MS and go someplace else.
 

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