<p>
</p>
<p>“Preferred path” is a made up concept. As long as you have the skill set that companies are looking for, they could care less if you got it in a mechanical engineering degree or aerospace degree.</p>
<p>Mechanical undergrad to aerospace grad school is the path I took. However, as much as people say that is the “preferred path”, they fail to explain why. They usually say it is because you do a broad, mechanical engineering degree in undergrad and then specialize in graduate school. The thing is, they fail to recognize that the whole idea behind graduate school is to specialize. It kind of makes the whole thing a moot point. You would have a slightly different skill set than someone who just did aero the whole way, but I doubt any company/lab/university is going to care if they hire you to research aerodynamic stability that you also know how to design gear teeth and a 4-bar linkage.</p>
<p>It is a perfectly reasonable path that will get you where you want to go, but it doesn’t really offer an advantage over AeroE undergrad to AeroE grad school.</p>
<p>
</p>
<p>Mechanical engineers have more job offers because there are more jobs for mechanical engineers. The thing is, there are a whole heck of a lot more mechanical engineers in general than there are aerospace engineers. It is a much broader field. If you look strictly at the aerospace field, there will be a roughly equal number of mechanical engineering jobs to aerospace engineering jobs, maybe a few more on the aerospace side, but not by much. In my experience, it isn’t any more difficult to find an Aero internship than it is to find a Mech internship.</p>
<p>Basically, aerospace gives you a more robust set of skills for certain aerospace concepts, particularly in fluids and aeroelasticity. These kinds of topics are directly related to those covered in mechanical engineering curricula, but emphasized for aerospace applications. It is very, very common to get aerospace jobs as a mechanical engineer, though an aerospace engineer would definitely have at least a little bit of an advantage in certain areas like aerodynamics. For the most part though, for the less specific jobs, the two degrees are essentially treated the same most of the time.</p>
<p>If you feel like you 100% sure want to work in aerospace and you want to potentially work in a more aerospace-specialized area like aerodynamics or aeroelasticity, then you should probably take the AeroE route.</p>
<p>If you feel like there are other industries you want to work in potentially or if you want to just generally work in the aerospace industry but want to just end up working on materials or something like that, then MechE offers you a bit more of a safety net in case your plans change without sacrificing job competency.</p>
<p>Other than that, it is kind of a wash.</p>