BSc Degree in Astronomy & Astrophysics: Job Prospects

In summary, the conversation discusses the job prospects for a BSc degree in Astronomy and Astrophysics compared to a major in Physics. The consensus is that physics offers more job opportunities and a broader range of skills, while astronomy is more specialized and typically requires further education at the graduate level. It is suggested to major in physics and take astronomy courses as electives for those interested in the subject.
  • #1
kehler
104
0
Hi guys,

I'm doing a BSc degree but have yet to choose my major. I'm considering majoring in Astronomy and Astrophysics. What are the job prospects for an B.Sc in Astronomy grad?
Will Physics be a safer choice for a major?
Any opinions would be valued :)
 
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  • #2
I was wondering the same thing last year. In the end I decided on Physics as I kept changing my mind and the Physics is the broader of the two.
 
  • #3
Going with a more general route will keep more doors open for you. Is it possible to look at the astro courses and figure out which ones you really want to take, and then tailor a general physics program so that you end up taking them?

Don't take the astro course just because it sounds more impressive at dinner parties. You can pursue astronomy at a graduate level with a general physics undergraduate degree.
 
  • #4
There aren't many job opportunities for someone with a BS in Astronomy or Astrophysics. You could teach high school, work at a museum or observatory, or as a research assistant, but those last few jobs are few and far-between. Most people who want to work in astronomy go on for a PhD. If you're just planning to stop with the BS, physics would give you more opportunities, and engineering even more so.
 
  • #5
There aren't many jobs in Astronomy.

Assuming your scientific background is solid (i.e. you've been taking all those physics courses they recommend you take to the point that you're almost a double major) then you have roughly the same prospects as someone who majored in Physics but isn't working in Physics. Your major is not your career (usually).
 
  • #6
My suggestion: major in physics. Take one or two astronomy courses for fun if you'd like, but get a very solid grounding in physics first. I am an astrophysics grad student, and I never took a single astronomy course as an undergrad. Sure, it was a bit annoying taking my first graduate level class in astronomy when I didn't know anything about supernova remnants or accretion disks. But I was well-prepared for the first year grad courses in quantum mechanics, E&M, nuclear/particle physics, etc., and I was fairly well-prepared for the PhD qualifier (well...I get the results next week, so maybe I shouldn't speak too soon). The grad students I know with pure astronomy backgrounds tend to have more trouble with the first year of grad school. If you're planning to be a professional astronomer, it's probably a better idea to do your undergrad degree in physics and just take a few astronomy courses on the side. All the astronomy professors I know in my department tell me that they have much less trouble with people who come in with physics degrees than they do with the astronomy folks. It's possible to pick up the necessary astronomy knowledge on the side. But quantum mechanics isn't something you can learn in your spare time outside a classroom (unless you happen to be a genius).

However, maybe you're interested in quitting with a bachelor's degree. I would still suggest physics or perhaps even physics and engineering. Be warned: with just a physics BS your job prospects aren't all that great. But they're even worse if you have an astronomy degree. At least with a physics degree you can get a job at an engineering firm, in software development, or even as an analyst. With an astronomy degree I'm not really sure what you can do except graduate school. Don't get me wrong, I love astronomy. I wouldn't be majoring in astrophysics if I didn't. But no matter your career path, physics is a far better bet than astronomy at the undergraduate level.
 
  • #7
Righty, thanks guys :). I'll go with Physics then and do the Astro courses that I'm interested in as electives.
 

1. What are the job prospects for someone with a BSc Degree in Astronomy & Astrophysics?

The job prospects for someone with a BSc Degree in Astronomy & Astrophysics are quite varied and can range from research positions at universities and observatories, to work in government agencies like NASA, to roles in private companies such as aerospace or tech firms. Additionally, many graduates with this degree pursue careers in education, science communication, or data analysis.

2. Can I become an astronomer or astrophysicist with a BSc Degree?

While a BSc Degree in Astronomy & Astrophysics can be a good starting point for a career in these fields, many positions in research and academia require a higher degree, such as a Master's or PhD. However, there are still many job opportunities available for BSc graduates, especially in related fields such as data analysis or science communication.

3. What skills will I gain from a BSc Degree in Astronomy & Astrophysics?

Some of the key skills you can expect to gain from a BSc Degree in Astronomy & Astrophysics include critical thinking, problem-solving, data analysis, and communication. You will also develop a strong understanding of physics and mathematics, as well as proficiency in using specialized software and tools for astronomical research.

4. Is there a high demand for graduates with a BSc Degree in Astronomy & Astrophysics?

The demand for graduates with a BSc Degree in Astronomy & Astrophysics is growing, especially in industries such as space technology, aerospace, and data analysis. With the increasing interest in space exploration and research, there is a need for trained professionals in these fields. However, competition for positions can be strong, so it's important to gain relevant experience and skills during your studies.

5. What are some potential career paths for those with a BSc Degree in Astronomy & Astrophysics?

Some potential career paths for BSc graduates in this field include research positions at universities and observatories, data analysts for space-related companies, educators at science museums or planetariums, science writers or communicators, and roles in government agencies like NASA or the National Science Foundation. Other possibilities include working in the private sector in fields such as aerospace engineering or software development.

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