Space engineering, astrophysics and cosmology

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SUMMARY

The discussion centers on the competitive nature of careers in cosmology and astrophysics, highlighting the limited job opportunities in these fields. Participants suggest pursuing a combined degree in aerospace engineering and science, emphasizing that a Mechanical Engineering (ME) degree offers broader career options and adaptability within the aerospace sector. The conversation also notes the challenges of maintaining high grades in a dual degree program due to the differing focuses of engineering and theoretical physics courses. Overall, a Mechanical Engineering degree is recommended for those interested in astronautical engineering.

PREREQUISITES
  • Understanding of aerospace engineering principles
  • Familiarity with mechanical engineering concepts
  • Knowledge of theoretical physics fundamentals
  • Awareness of the aerospace industry's job market dynamics
NEXT STEPS
  • Research the Mechanical Engineering curriculum and its relevance to aerospace applications
  • Explore dual degree programs in aerospace engineering and physics
  • Investigate job market trends in aerospace and astronautical engineering
  • Learn about the skills required for success in aerospace engineering roles
USEFUL FOR

This discussion is beneficial for aspiring aerospace engineers, students considering a dual degree in engineering and science, and individuals interested in understanding the job market dynamics within the aerospace and astrophysics fields.

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I discovered that I have a very strong interest in cosmology and astrophysics but the field seems to be extremely competitive and jobs are very limited.
I am thinking of doing aerospace engineering + science combined degree just because doing science alone seems like a gamble as I might end up teaching at a high school if things go wrong.
I would like to know how difficult the field is and if my interest and motivation are enough for me to succeed in the field. If for some reason I can't make it to the USA (as that is where this field is successful) can I still work in aeronautical engineering or other types of engineering?
 
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I would like to know this as well, if anyone has insight.
 
I am not an expert but I can offer some insight.

Aerospace engineers who actually work in aerospace are dependent on the boom-bust cycles of the aerospace industry since it is something that goes in and out of style. If you have true interests in astronautical engineering I would go for the Mechanical Engineering degree. Aerospace/Astrospace are essentially subfields of Mechanical. Aerospace Engineers who are working on a team that does space-related engineering only know a few sets of abilities over mechanical engineers, who can quickly learn the relevant concepts and ideas. Plus in case THAT doesn't work out since space engineering is limited in itself, you have plenty of other lucrative options with a ME degree.

In addition an engineering-science dual degree would be very challenging to maintain high grades in and complete in 4 years. Engineers don't take any theoretical physics classes which is primarily the bulk of a pure physics major. There is at least some significant overlap with physics and engineering but with chemistry and biology there is not much. (except with chemistry & chemE I think, but even in chemE there's more physics than chem)

Hope this helps
 
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