Astronomy.

[KatieRenee]

So I'm going to join the Airforce.
And I'm going to ask a question, I hope one of you can enlighten me.

Astronaughtical Engineer?
Any information on that?

[Childe_of_Malkav]

I do not understand your words. But my friend Google can help you out. He knows all.

[Armegeddon]

Aeronautical?

[Cr0nu5]

Convince them to build an Enterprise pls.

[KatieRenee]

Convince them to build an Enterprise pls.

I should start calling myself Scotty..

[Cr0nu5]

I should start calling myself Scotty..

Whatever it takes.

[KatieRenee]

I'll live up to it.

[WhiteMage]

Any information on that?

The aerospace engineer is often a specialist in one of the many areas such as propulsion, aerodynamics, fluids, flight mechanics, heat transfer, structures, cost analysis, reliability, survivability, maintainability, operations research, marketing, or airspace management. Aerospace engineers have also applied their knowledge to related fields such as automated mass transportation, bioengineering, medical systems, environmental engineering, communications, and many more. In such applications, specialists in advanced technology are needed to do the job, and the aerospace engineer is the one to do it.

Analytical
Analytical engineers combine knowledge of mathematical theory and an understanding of fundamental engineering to analyze data from a wide range of research. Stress analysts determine the loads to which various components of the product will be subjected under certain conditions and calculate the distribution of these loads. Analysts also determine the allowable stresses throughout the structure. Aerospace structures are often analyzed with the aid of computers. Complex codes are developed from mathematical models using a finite element mode (FEM).


Computational Fluid Dynamics
Computational fluid dynamics engineers use high-speed computers to numerically solve the nonlinear equations governing fluid motion. This mathematical modeling of flow around an object can save large amounts of time and money, as well as alleviate the potential risk involved with experimental testing. With the rapid advancements in computer technology, the potential uses of CFD are greatly increasing.


Design
The design field offers some of the best opportunities for advancement to an engineer with new and creative ideas. It may be said that all specialists are advisors to the design engineer. Design engineers determine the structure, arrangement, and function of a component or the entire design to meet the specifications dictated by the aerodynamics or astrodynamics, structural, weights, and production engineers. The modern designer will use the computer as well as the drawing board to create designs. CAD/CAM or computer-aided design/computer-aided manufacturing is a tool that now plays an important role in the design process.


Also, it's hard to become one even if you are pretty bright.

[houston9388]

Astronaughtical

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you have to be smart to be an engineer, which you are not. Astronomy and astronautical engineer arent very much related






dumb bishes will be dumb

[gkjand]

Learn about physics and its laws in space !

[yourstrulylady]

It involves years of zero sleep and near-death experiences with caffeine- and amphetamine-overdose.

[sacriface]

Yeap
I guess with such "drammaticaly high" level of intelect you have nothing to do as an engeneer. Especially austronautican engeneer. I don't want to see anymore rockets crashing

[jay941]

I'm majoring in aviation meteorology and minoring in astrobiology. You have to think unconventionally. Do not bound your thoughts to what is popular or secure, you will never make it as an astrologist otherwise. Remember a lot of it is speculation, but unlike the speculation we find in religion, because science utilizes logic.