Aero/Mech Engineering students

In summary, an aeroE major would teach you more about aerospace systems and aircraft performance, while a mechE major would teach you more about mechanical systems and engineering principles. It's up to the individual to decide which is the best major for them.
  • #1
Chris_w
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0
I am heading to college this fall. I want to major in engineering, but I don't know which will be better in the long run for me, aerospace or mechanical? Mechanical seems more broad and possibly "easier". What will an aeroE learn that a MechE won't and vice versa? Any suggestions or advice?

How much time do you put into your classes/homework outside of class itself? Am I kissing my life goodbye by going into this major?

Thanks
 
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  • #2
Aero programs are vastly different based on where you go:

In my program (I'm in the last undergrad semester at University of Maryland), there are two tracks: aeronautical and space systems.

Up until the second semester of Junior year everyone takes the same classes:

Calculus I,II,MV
Differential Equations
Physics I,II,III
Statics, Dynamics
Thermodynamics

AFAIK, those are the same for practically every engineering except maybe for EE (the statics, dynamics, and thermo).

all AE students http://www.enae.umd.edu/department/undergrad/

Intro to aerodynamics (taken 2nd sem. sophomore year) which covers a primer to thermo and its applications to aerodynamics, incompressible flow, introductory airplane performance, and a smattering of rocketry stuff.

Aerodynamics I (taken 1st sem. Junior year) covers supersonic flow and flow through nozzles

Dynamics of aerospace systems (1st Junior): goes into more detail of dynamics including quaternions and other 3-d applications

Aerospace structures (2nd Junior): goes into the layout and sizing of wing boxes, fuselages, etc

Control systems (2nd Junior): the hardest class I have been into date, covers, well... control systems.

Vibration & aeroelasticity (1st senior): various vibration topics and wing bending and dynamics

Two lab courses (1st Junior and 2nd senior)

In addition, the aero-heads take aerodynamics 2 which covers subsonic flow, aircraft flight dynamics, aircraft propulsion & power (ramjets, props, etc.), principles of aircraft design (intro design class... they designed a jet airliner last semester is all I know), aeronautical system design (builds on the intro class).

Space-cadets (myself included) take spaceflight dynamics (satellites, orbital maneuvering, etc... cool stuff), space propulsion & power (solid, liquid, hybrid, electric, a little nuclear... believe it or not one of the easier classes I've had), space navigation & guidance (a misnomer... actually we learned what our spaceflight dynamics professor does for a living... satellite monitoring, etc. Really boring and tedious stuff), Principles of space system design (the hardest class you'll ever enjoy, taught by the professor who coined my quote... researched one launch vehicle, designed an orbital space plane in a team of four over two months), and space systems design which I'm slogging through right now... also taught by Akin, the whole class is the team, broken up into disciplines; design a spacecraft /mission from scratch over the duration of the semester.

For the mechanical engineering degree, you get a whole lot more flexibility into what classes you can take. http://www.enme.umd.edu/undergraduate/courses/electives.html is their listing (probably not complete).

If you're somewhat interrested in space stuff as a mechie, you could probably take some fluids courses and get hired to design rockets or some robotics courses to design landers/rovers. You'll be missing out on being well rounded in space type apps. For aeronautical apps, you'd be better off in the AE dept. You won't get the full range as an ME. The other side of the coin, of course, is that you'll be able to find a job in a wider range of companies when you graduate.

Oh... and you won't have much of a social life regardless of which major you pick. For me this semester I spend more 12+ hour days in the lab than I care to think about (hence my location).
 
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  • #3
I'm currently in 2nd year Mech. Eng. in a Canadian University and so far both Mech. and Aero. students take the same classes, we split after 3rd year...but we still take a few of the same classes...
If your into aircraft and so forth, Aero. might be a good choice because also of the upper year classes concentrate on that hence the name. Mech. however is more broad and we have a lot more class choices in 4th year. Remmemmber that most people working in the aero industry are Mech. Engineers and Aero. Eng. is a fairly new thing in the industry. Also remmember that if your marks are good enough you can always transfer to the other, at least it is like that here.
Also in terms of school work, yeah it's a killer and you want to cry seeing as all the "art's" classes get thursdays and fridays off while your in the lab...but if you don't procrastinate you'll easily get anything done. Most of us there are come to the conclusion that engineering is not hard, you just have to study the material and that is the hardest part. I know of a few people that have part-time jobs and still get extremely good marks.
Good Luck and happy picking!
 

1. How do Aero/Mech Engineering students differ from other engineering students?

Aero/Mech Engineering students have a unique combination of skills that allow them to design and analyze both mechanical and aerospace systems. They have a strong foundation in both mechanical and aerospace engineering principles, as well as a practical understanding of how these principles can be applied to real-world problems.

2. What types of courses do Aero/Mech Engineering students typically take?

Aero/Mech Engineering students take a variety of courses that cover topics such as fluid mechanics, thermodynamics, control systems, materials science, and aerodynamics. They also take specialized courses that focus on the design and analysis of mechanical and aerospace systems.

3. What career opportunities are available for Aero/Mech Engineering students?

Aero/Mech Engineering students can pursue careers in a wide range of industries, including aerospace, automotive, defense, and energy. Some common job titles for these students include aerospace engineer, mechanical engineer, design engineer, and systems engineer.

4. Do Aero/Mech Engineering students need to have strong math and physics skills?

Yes, Aero/Mech Engineering students need to have a strong foundation in math and physics in order to succeed in their coursework. They will use these skills to solve complex problems and analyze systems in their future careers.

5. What are some common projects that Aero/Mech Engineering students work on?

Aero/Mech Engineering students often work on projects that involve designing and testing aircraft, spacecraft, or other mechanical and aerospace systems. They may also work on projects related to renewable energy, robotics, or advanced materials. These projects often involve collaboration with other engineers and may have real-world applications.

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