Mechanical/Aerospace Engineering Graduate Programs

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SUMMARY

The discussion centers on the transition from an applied physics degree to a graduate program in Mechanical or Aerospace Engineering (M.E/A.E). Participants emphasize the importance of a solid foundation in applied Newtonian mechanics and recommend focusing on relevant undergraduate courses such as thermodynamics, aerodynamics, and control theory. Key graduate programs mentioned include Virginia Tech, with a focus on areas like propulsion, computational fluid dynamics (CFD), and heat transfer. The consensus is that while an M.E. degree may provide a more comprehensive background, a strong applied physics foundation can also be sufficient for pursuing aerospace engineering.

PREREQUISITES
  • Applied Newtonian mechanics
  • Thermodynamics and aerodynamics knowledge
  • Control theory fundamentals
  • Computational fluid dynamics (CFD) understanding
NEXT STEPS
  • Research graduate programs in Mechanical Engineering in the Northeast, specifically in Pennsylvania, New Jersey, and New York.
  • Explore coursework in thermodynamics, aerodynamics, and control theory to strengthen your application.
  • Investigate funding opportunities for M.S. students at institutions like Virginia Tech.
  • Learn about specific branches of aerospace engineering, such as propulsion and materials science.
USEFUL FOR

Undergraduate students in applied physics, prospective graduate students in Mechanical or Aerospace Engineering, and anyone interested in transitioning to aerospace engineering with a focus on propulsion and related fields.

NBAJam100
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Hey guys, i just have a few quick questions about the above topic.

1st off, i am in currently a junior earning my applied physics degree with my concentration in engineering (engineering physics i guess you could say). As time went on i realized i was interested in mechanical/ aerospace engineering. So:

1.) Before i get concerned about aero, should i focus on getting an M.E masters? It seems to me that aerospace is more in depth M.E so without a M.E undergrad degree, jumping into aerospace might leave many gaps. I am hoping I am wrong there, because aerospace engineering is something i am really interested in.

2.) What are some good grad schools for M.E in the north east, specifically, Pa/Nj/Ny area?

3.) As an applied physics student applying to a masters engineering program, what are some things i could do to make myself stand out and appeal to the engineering crowd more?

Thanks for the input everyone!
 
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You need to know what branch of areospace are you into...

Navigation and control?
Structures?
Materials?
Aeronautics?
Propulsion?

Be sure you know a little bit about what they do before trying to make a choice of colleges.
 
Artus said:
You need to know what branch of areospace are you into...

Navigation and control?
Structures?
Materials?
Aeronautics?
Propulsion?

Be sure you know a little bit about what they do before trying to make a choice of colleges.


Yeah, propulsion is my main interest, but i was more curious as to whether or not my background in applied physics is good for going straight into aerospace, or would i have to go through an M.E program first
 
Be sure your background is good. You can focus on plasma physics and take undergrad courses on fluid physics as a preparation. It's a start I think.
 
Aerospace engineering is, like most of engineering, applied Newtonian mechanics. Make sure you truly understand your fundamentals. Fill your technical electives with classes from mathematics (good for any discipline), mechanical engineering (thermodynamics and aerodynamics) and maybe even electrical engineering (control theory). If you can take an upper undergrad/lower-level graduate course in general relativity, do so. Quantum mechanics is generally holds much less important in aerospace engineering than it does in physics.
 
anyone know of any good ME/AE programs where MS students are likely to get funding for their thesis? My research interests are in CFD, heat transfer, and propulsion
 
Virginia Tech
 

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