Is Aerospace Engineering a good major to pursue?

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Discussion Overview

The discussion revolves around the viability of pursuing a major in aerospace engineering, particularly in light of current job market conditions and future demand. Participants explore various aspects of the field, including career prospects, specializations within aerospace engineering, and comparisons to other engineering disciplines.

Discussion Character

  • Debate/contested
  • Exploratory
  • Conceptual clarification

Main Points Raised

  • Some participants express concern about the current job market for aerospace engineering, questioning whether demand will increase in the next 5-6 years.
  • Others note that the anticipated retirement of baby boomers has been a recurring topic for years, suggesting skepticism about its impact on job availability.
  • One participant argues that there are many job opportunities available to aerospace engineers beyond working for major companies like Boeing, emphasizing the importance of considering international opportunities.
  • Another participant suggests that securing an internship with Boeing could enhance job prospects and starting salaries for aerospace engineering graduates.
  • Some participants highlight the perceived risks and uncertainties in aerospace engineering compared to fields like software engineering, which they view as more stable and rewarding.
  • There is a discussion about the various specializations within aerospace engineering, indicating that the field encompasses more than just aerodynamics, including dynamics, controls, materials, and structures.
  • One participant points out that aerospace engineers can perform mechanical engineering tasks, suggesting a degree of overlap between the two fields.

Areas of Agreement / Disagreement

Participants do not reach a consensus on the future demand for aerospace engineering jobs, with some expressing optimism and others remaining skeptical. There are differing views on the stability of aerospace engineering compared to other fields, particularly software engineering.

Contextual Notes

The discussion reflects varying assumptions about job market trends, the impact of economic conditions on retirement, and the definitions of job roles within aerospace engineering. No specific data or projections are provided to support claims.

Who May Find This Useful

Individuals considering a major in aerospace engineering, current students in engineering fields, and those interested in career prospects within STEM disciplines.

Goopy17
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I know the field is kind of slow right now, but do you think it will pick up? It interests me a lot and I would love to work for Boeing after college. Do you think it will be in demand in 5-6 years?
Thanks!

Also, a kid I know wants to be one and he said all the baby boomers will retire in about that time.
 
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Goopy17 said:
Also, a kid I know wants to be one and he said all the baby boomers will retire in about that time.

They've been saying that for 10 years.
 
Astro_Dude said:
They've been saying that for 10 years.

Yeah, the problem was that the economy slowed down and all the baby boomers realized that the retirement they thought was going to be there wasn't. So they're sticking around for a while longer...
 
I say go for it. Even if you don't get into Boeing, there are plenty of jobs that an aerospace engineer can do. Also, think internationally.
 
If you go the aero route, try and get an internship with Boeing. That'll go a long way towards getting a job, and, IIRC, will get you a higher starting salary.
 
I wanted to become an aeronautical engineer for a long time, but now I feel that engineering fields like that are risky and not well defined. I realized that software engineering and web development is really rewarding, and there are plenty of programming jobs out there. Plus, if you have a brilliant idea for a website or an application, you can develop it yourself, unlike if you think of a cool airplane design.

I think it would be cool to engineer jet engines though... I guess there isn't one specific job title for designing those. Aeronautical engineers for the fans and turbines, and mechanical engineers for the shafts and fuel systems and whatnot maybe?
 
I'd also like to point out that aerospace engineers do *not* just do aerodynamics. There are a wide variety of specializations, from aerodynamics, which most people think of when they hear "aerospace engineer", to dynamics and controls, materials, structures, human factors, etc.

Aerospace engineers can do mechanical engineering work (the reverse is also true), so it's not as if you're going jobless if you don't get hired to do wind tunnel testing for Boeing.
 

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