Can applied physicists be CFD analysts

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SUMMARY

Applied physicists can successfully transition into Computational Fluid Dynamics (CFD) analysis roles, as evidenced by several professionals in the field. A strong understanding of the physics governing the systems being modeled is crucial, as it enables analysts to make informed decisions about parameter adjustments. While software tools for CFD are relatively easy to learn, the emphasis should be on mastering the underlying physical principles. Pursuing a graduate degree in applied physics with a focus on fluid mechanics and plasma physics is a viable pathway for those interested in a CFD career.

PREREQUISITES
  • Understanding of fluid mechanics principles
  • Familiarity with computational modeling techniques
  • Knowledge of applied physics concepts
  • Basic programming skills for CFD software
NEXT STEPS
  • Research graduate programs in applied physics with a focus on fluid mechanics
  • Explore CFD software tools such as ANSYS Fluent or OpenFOAM
  • Study advanced fluid dynamics and plasma physics concepts
  • Look into internships or research opportunities in CFD-related projects
USEFUL FOR

Aerospace engineering students, applied physicists, and professionals seeking to enter the CFD analysis field will benefit from this discussion.

HRishabh
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I am about to graduate with an aerospace engineering degree. I am planning to go into grad school for Applied physics(probably plasma physics), which I find very interesting. But the main reason I joined the aerospace degree was because I was interested in CFD. But since I could't land any internships nor jobs(international student so companies don't hire even with good GPA and research) I have to plan to go to grad school but I didn't find any point in doing aerospace again( you it specializes you into a particular area but I can specialize into any sector pursuing another major, like harvard has applied physics which researches on fluid mechanics) . So here is my question will I still be able to become CFD analyst after I become a applied physicist?

Any answer will be helpful!
 
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If you study CFD in grad school you will be in much better shape than if you don't.
 
Short answer: yes. We have several applied) physicists working here in CFD.

A software package is just a tool and software is not hard to learn. It is much more important to learn what you want to model: you need to understand the physics of the system to know which parameters you can tweak. A programmer may know that you can tweak something, but doesn't necessarily realize whether or not it makes any sense in the physical world.
Aside from that, educations in any exact science field are more about learning a way of thinking than about factual knowledge (at least, up to and including M.Sc, PhD is a different matter).

Basically, if you are trained more broadly you can always specialize on the job. The other way around is much, much harder.
 
Vanadium 50 said:
If you study CFD in grad school you will be in much better shape than if you don't.
I am thinking about studying CFD but there are not any university that specifically focus on CFD in US(or I haven't heard of any). I think specializing in fluid sciences in Aerospace engineering is another way but for me its worthless cause I won't be able to work in defense sector( visa status problems). I think I will be doing my grad school in applied physics focusing my research on cfd analysis. Thank you!
 
Veneficus said:
Short answer: yes. We have several applied) physicists working here in CFD.

A software package is just a tool and software is not hard to learn. It is much more important to learn what you want to model: you need to understand the physics of the system to know which parameters you can tweak. A programmer may know that you can tweak something, but doesn't necessarily realize whether or not it makes any sense in the physical world.
Aside from that, educations in any exact science field are more about learning a way of thinking than about factual knowledge (at least, up to and including M.Sc, PhD is a different matter).

Basically, if you are trained more broadly you can always specialize on the job. The other way around is much, much harder.

I am planning to do my phd. I think I will try for applied physics focusing my research on fluid science and plasma physics. That might help me to get into a CFD specific career. Thank you!
 

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