Should I Finish My Astrophysics Degree Before Pursuing Aerospace Engineering?

In summary, the speaker is currently in their third year of their bachelor's degree in astrophysics but has decided to pursue a career in aerospace engineering. They are considering completing their final year in astrophysics and then getting a degree in engineering, or starting towards engineering next year. The speaker is seeking advice on which path would be more beneficial and mentions that they would also like to eventually pursue a graduate degree in aerospace engineering. The other speaker advises that it would be better to get the astrophysics degree first and then pursue a graduate degree in aerospace engineering, as it would only take 1 to 2 years to obtain a bachelor's in engineering.
  • #1
KaiserBrandon
54
0
hello friends. I am currently in my third year of my bachelors of science in honors astrophysics, and after some consideration, I have decided that I want to go into aerospace engineering. Up until recently, my plan was to eventually get a Ph.D and go into a career of research. However, I've come to the decision that I want to do something a bit more practical, yet still be involved in a space related field. Would it be beneficial to complete my final year and obtain a degree in astrophysics, and then go on to get a degree in engineering (I'd probably aim for a masters eventually), or should I just start towards engineering next year and forget about the B.Sc. (I'm pretty sure a lot of the credit for the math and physics courses I've already taken would transfer over to an engineering degree, but beginning right away next year will mean an engineering degree in a shorter amount of time, but will forfeit the astrophysics degree). Any input would be great, thanks in advance.
 
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  • #2
What kind of time frame are we talking about here? How long is it going to take you to get your engineering degree? Bachelor's degrees are not worth spending more than 4 or in some cases 5 years on, especially in a professionally-oriented field like engineering. I'd probably get the astrophysics degree and then look to do aerospace engineering in graduate school.
 
  • #3
For a bachelor in astrophysics I'm sure it won't take another 4 years to get a bachelor in engineering... My best guess is 1 to 2 years, the first 2 years of classes are (here at least) more basic science than real engineering and that basis should be covered.

But as you say I would also apply for graduate school in aerospace engineering.
 

FAQ: Should I Finish My Astrophysics Degree Before Pursuing Aerospace Engineering?

What is engineering after astrophysics?

Engineering after astrophysics involves using the principles and techniques of astrophysics to design and create new technologies and systems for practical use in various fields such as aerospace, energy, and telecommunications.

How is engineering after astrophysics different from traditional engineering?

Engineering after astrophysics combines the knowledge and skills of both astrophysics and engineering, making it a multidisciplinary field. It also focuses on solving real-world problems and developing innovative solutions, rather than just theoretical concepts.

What are some examples of engineering projects after astrophysics?

Some examples of engineering projects after astrophysics include designing and building space telescopes, developing renewable energy sources based on principles of nuclear fusion, and creating advanced communication systems for deep space exploration.

What career paths are available in engineering after astrophysics?

Career paths in engineering after astrophysics include roles such as aerospace engineer, energy systems engineer, telecommunications engineer, and research scientist in industries such as space exploration, renewable energy, and telecommunications.

What skills are needed for a career in engineering after astrophysics?

To pursue a career in engineering after astrophysics, one needs a strong foundation in mathematics and physics, as well as knowledge of engineering principles and techniques. Critical thinking, problem-solving, and teamwork skills are also important for success in this field.

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