Is a Mechanical Engineering Degree Enough for Propulsion Research?

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In summary, the conversation discusses the possibility of doing propulsion research with a major in mechanical engineering and the potential for obtaining a PhD in aerospace engineering and pursuing a career in research in industry. It is stated that it is possible to do propulsion research as an ME and that there are fewer PhD jobs in industry but also a lower unemployment rate for PhDs in science and engineering. It is also mentioned that having a PhD can be both beneficial and limiting depending on the individual's career goals.
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Juicy J
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Hi everyone

I'm a freshman majoring in mechanical engineering, although I wish it were aerospace eng but my school doesn't offer that. I'm interested in researching propulsion. Could I do this with a major in mechanical engineering?

Also if I went to grad school for a phd in aero, is it possible to be a researcher in industry? I've heard that industry would rather hire people with an undergrad degree or ms. Is this true?

Thanks
 
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  • #2
It is absolutely possible to do propulsion research as an ME. I knew a lot of people who did that as ME's. Also, count me among the people who did ME undergrad and went for a PhD in Aero.

As for research in industy, you can absolutely do that too. There are a lot fewer PhD jobs than BS or MS jobs out there in industry, but then again, there are a lot fewer PhD's as well. I don't remember where the source was, but I seem to recall the unemployment rate for PhD's (in science and engineering anyway) being lower than their BS/MS counterparts.
 
  • #3
I know a guy with a ME degree who works in propulsion.
<----- That guy

As for the PhD, it's all about what you want to do. If you do get the PhD, you will really pigeonhole yourself, which is a good thing if you really know what you want to do, or it can be a bad thing if you're uncertain.
 
  • #4
Thanks for the tips guys!
 
  • #5
for your question! I can tell you that both aero and mech can be used for propulsion research. Mechanical engineering covers a broad range of topics, including fluid mechanics and thermodynamics, which are crucial for understanding propulsion systems. In fact, many engineers working in the aerospace industry have a background in mechanical engineering, so you are definitely on the right track.

In terms of pursuing a PhD in aerospace engineering, it is certainly possible to become a researcher in industry. While some companies may prefer candidates with an undergraduate or master's degree, having a PhD can open up more opportunities for research and leadership positions. It's important to also gain practical experience through internships or co-ops during your graduate studies to make yourself a more competitive candidate for industry positions. Ultimately, your passion and dedication for propulsion research will be the key factor in your success. Best of luck in your studies!
 

FAQ: Is a Mechanical Engineering Degree Enough for Propulsion Research?

What is the difference between aero and mech propulsion?

Aero propulsion refers to the use of air or gas as a means of propulsion, such as in a jet engine. Mech propulsion, on the other hand, involves the use of mechanical forces, such as gears or motors, to generate motion.

Which type of propulsion is more efficient?

It depends on the specific application and design. In general, aero propulsion is more efficient for high-speed applications, while mech propulsion may be more efficient for slower speeds and heavier loads.

Can aero and mech propulsion be combined?

Yes, it is possible to combine aero and mech propulsion in certain designs. For example, a hybrid electric aircraft may use both aero propulsion (such as turbofans) and mech propulsion (such as electric motors) for optimal efficiency.

What are the advantages of aero propulsion?

Aero propulsion offers the advantage of high-speed capabilities, making it suitable for aircraft and rockets. It also has a high power-to-weight ratio, meaning it can generate a lot of thrust without adding much weight to the overall system.

What are the advantages of mech propulsion?

Mech propulsion can be more versatile and adaptable for different applications, as it can be designed to work with various types of mechanical systems. It also tends to be more reliable and cost-effective for certain types of propulsion, such as in automobiles and boats.

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