Advice on why not to get a degree in aeronautical engineering.

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SUMMARY

A degree in aeronautical engineering is essential for those pursuing a career in the field, as it provides the necessary foundation in fluid dynamics, propulsion systems, and aerodynamics. While aeronautical engineers primarily focus on calculations and simulations rather than direct design, their expertise is crucial in the aerospace industry. Dual degrees in aeronautical and mechanical engineering are common and beneficial, given the higher job availability for mechanical engineers. Advanced education, such as a master's degree, is recommended for specialization in aerodynamics and related fields.

PREREQUISITES
  • Understanding of fluid dynamics principles
  • Familiarity with propulsion systems and aerodynamics
  • Knowledge of control systems engineering
  • Basic concepts of structural mechanics
NEXT STEPS
  • Research dual degree programs in Aeronautical and Mechanical Engineering
  • Explore advanced studies in aerodynamics and fluid dynamics
  • Investigate control systems engineering as it relates to aerospace applications
  • Learn about material science applications in aerospace engineering
USEFUL FOR

Aerospace engineering students, mechanical engineering majors, professionals considering a career shift into aerospace, and anyone interested in the intersection of engineering disciplines in aviation and space exploration.

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Hey Everyone! I really need help here. I have read online in many places that a degree in aeronautical engineering is not really usefull, is this true? If so why? and if not what are the benefits? And my second question is can someone minor in mechanical engineering with a major in aeronatical engineering?
I would really appreciate an answer with details and experience. Thanks in advace.
 
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1) Any engineering degree is useful. You don't necessarily need a degree in a specific field in order to get a job in it. You need experience and know-how primarily.

2) If you want to be an aeronautical engineer, then a degree in aeronautical engineering is pretty darn useful, no?

3) Do you know what aeronautical engineering really is? You don't design planes. Groups of people design planes, AE's do flow calcs for propulsion systems, Boundary layer calcs for surfaces and body shapes, turbulence, aerodynamics, etc. Aeronautical engineering is heavy on calculations and simulations. That is not to say that you are not an integral part of the design process, but you won't be so involved in the actual mechanics and engineering of the thing so much as the shape of it.

4) Generally, schools offer dual degrees in Aeronautical and Mechanical engineering. If you want to get into the mechanical side of things, this is the way to go. Especially since there are many more jobs out there for MechE's than there are for AeroE's.

5) Also, if you do decide to stick with the aero side of things, you might consider higher level education. Aerodynamicists benefit greatly from masters degrees.
 
Expounding on what Mr. King wrote, Aeronautical engineering is really applied fluid dynamics. Steam turbines, aircraft, wind propulsion systems, skyscraper wind dynamics, even transportation design could use the input from an Aeronautical Engineer.

On the negative side: someone may have screwed up very badly with the airspeed instruments used on certain Airbus aircraft. Never let it be said this field doesn't matter.
 
Aerospace engineering isn't just fluid dynamics. There are also specializations in materials and structures as well as dynamics and controls. The vast majority of aerospace engineers end up in structures of aerofluids, but there is a sizable group of aerospace engineers in control theory.

What is aerospace engineering? from AIAA.
 
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i'm thinking about aviation control. should i study aerospace engineering?
 
I'm not certain what you mean by "aviation control." If you're discussing Air Traffic Control, that's a specialty that has no academic degree.

If you're discussing control systems for aircraft, that's basically a degree in Control Systems Engineering. Most universities will give you a degree in Mechanical, Electrical, or Chemical Engineering, and that's enough to get your foot in the door. If you're really into such degrees, you can find universities with a full curriculum on the subject, but they're not nearly as commonplace as the other three I cited.

Finally, if you're discussing the specific aerodynamics of flight controls, then you're really looking at aerospace engineering. Like Control Engineering, Aerospace Engineering is actually a cross-section of many disciplines. Many engineers actually have their degrees in something else and they simply found opportunities in this area.

Good Luck!
 
thanks a lot for the advice!

JakeBrodskyPE said:
Many engineers actually have their degrees in something else and they simply found opportunities in this area.

Good Luck!

does this mean that i can also work in aero area if i major other engineering such as ChemE?
 
Angeline Ling said:
does this mean that i can also work in aero area if i major other engineering such as ChemE?

Well, Chemical Engineers are probably least well suited for Aerospace Engineering, as most of the problems are thermal, structural, fluid mechanics, and so on. However, material designs for spacecraft offers interesting possibilities, so I wouldn't completely discount it. You might have a hard time selling it, though.
 

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