Applied Mechanics PhD - Job prospects?

[Mépris]

Hi,

Prospective physics undergraduate. Interested in topics of applied mechanics - fluids, dynamical systems, biomechanics, etc. "How fish swim?" or "How bubbles go pop?" are questions I find myself interested in. Not saying I don't like fundamental physics, just that I am interested in such applied topics as well.

Are the job prospects, at least currently, for graduates with such a degree similar to those with PhDs in physics or are they slightly better, in that (somewhat directly?) relevant technical positions can be obtained? I understand that this near impossible for physics PhDs and was wondering what the situation may be in this field, which I suppose is just "applied mathematics and physics". While we're at it, are faculty positions more available in this field?

Thanks

 

[bigfooted]

Actually, 'how fish swim' and 'how bubbles go pop' are quite fundamental questions that are typically tackled by PhDs.
Here is a guy that does the 'how bubbles go pop' research:
Professor Detlev Lohse from U-Twente at: http://pof.tnw.utwente.nl/
Here is a guy that does 'how fish swim' research:
Dick Yue from MIT at http://meche.mit.edu/people/index.html?id=102
(he has a famous paper called 'hydrodynamics of fish-like swimming)

If you like such research questions, you will probably feel at home doing a PhD.

 

[OldEngr63]

If the politicians leave anything standing, the US Navy is a promising place for such research interests.

 

[icosane]

http://i.minus.com/iTUcddPursjrS.jpg

 

[Matrix0]

for your question!

As a scientist with a background in applied mechanics, I can say that there are definitely job prospects for those with a PhD in this field. Applied mechanics is a highly interdisciplinary field, combining principles from physics, mathematics, and engineering to solve real-world problems. This makes it a valuable skill set in many industries, including automotive, aerospace, biotechnology, and more.

In terms of job prospects, they are likely to be similar to those with a PhD in physics, as both degrees demonstrate a strong foundation in mathematical and analytical thinking. However, having a focus on applied mechanics may make you a more competitive candidate for certain positions that require specific technical skills in this area. This could include roles in research and development, design, and product development.

As for faculty positions, there may be more opportunities in applied mechanics compared to physics, as there is a growing demand for experts in this field in academia. Additionally, with the increasing use of technology and the need for efficient and sustainable solutions, the demand for applied mechanics experts is likely to continue to grow.

In conclusion, a PhD in applied mechanics can lead to a variety of job opportunities in various industries, and the demand for experts in this field is expected to continue to grow. I would encourage you to pursue your interests in applied mechanics and continue to explore the many exciting career paths that this field has to offer. Best of luck in your academic and professional journey!