Astrophysics Education: High School Courses for Astrophysicists

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Discussion Overview

The discussion revolves around the educational pathway for aspiring astrophysicists, particularly focusing on high school courses that may be beneficial, such as computer science and physics. Participants explore the relevance of various subjects and the importance of foundational knowledge for future studies in astrophysics.

Discussion Character

  • Exploratory
  • Technical explanation
  • Homework-related

Main Points Raised

  • One participant expresses interest in starting computer science in high school to potentially avoid taking it in college, suggesting that this could ease their academic load.
  • Another participant recommends obtaining a bachelor's degree in Physics as a strong foundation for pursuing a PhD in Astrophysics, noting that a physics degree is generally more employable than a specialized astronomy/astrophysics degree.
  • There is mention of Advanced Placement (AP) courses and International Baccalaureate (IB) programs as options for high school students to gain credit for college courses, particularly in computer science.
  • Some participants emphasize the importance of programming skills in astrophysics, highlighting that modeling and programming are integral to the field.
  • Concerns are raised about the necessity of engineering courses for astrophysics, with one participant stating that while engineering may be pursued in graduate school, it is not explicitly required in undergraduate physics programs.
  • A later reply encourages the original poster to focus on understanding physics and not to overly stress about completing classes before college.

Areas of Agreement / Disagreement

Participants generally agree on the value of computer science and physics in preparing for a career in astrophysics. However, there is no consensus on the necessity of engineering courses, with differing views on their relevance to the field.

Contextual Notes

Some discussions touch on the variability of curricula across different universities and the potential for AP or dual enrollment credits, which may depend on individual school policies and local community college offerings.

Who May Find This Useful

High school students interested in pursuing astrophysics, educators advising students on course selections, and individuals exploring foundational subjects for a career in STEM fields.

Aren Lampman
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Hello! I just created an account and this is my first post for this site. I am interested in studying a field that deals with particles in space, and after I did some research I decided Astrophysics is a suitable field for this interest. After I did some research on Astrophysics, I noticed that other courses are required in order to become an Astrophysicist. One of these courses was computer science, particularly dealing with programs. I was wondering if I could already start this course in high school and then not have to do it in college. This would make certain things easier to deal with. Also, is there any other courses that may be required to become an Astrophysicist? (Particularly engineering)
 
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If you want to do astrophysics, you will need a PhD. I recommend you get your bachelor's degree in Physics, because that itself is a strong foundation for any sub-field of physics and is more employable with just an undergraduate degree than an astronomy/astrophysics degree. Nonetheless you can still take plenty of astro courses in college but you don't necessarily need the major. Then once you graduate you can do your PhD in Astrophysics - some people even just do a PhD in physics but focus on astrophysical/astronomical research.

You need to look at the curriculum for the schools you are considering.

One of these courses was computer science, particularly dealing with programs. I was wondering if I could already start this course in high school and then not have to do it in college.

That's called an AP course, if your school offers it. Some high schools have IB programs which I do not know much about. Look at the curriculum and graduation requirements for Physics majors at the universities you are considering. Then, look to see if they offer AP Credit for certain AP Exams (usually find it by googling "University Name AP Credit"). If a good score on the AP Computer Science test score exams will fulfill a requirement for the physics major, then that is an option.

If you cannot do AP classes for whatever reason, consider dual enrollment with a local community college or university.

Computer Science is generally helpful in physics and especially astrophysics because there is a lot of modeling and programming knowledge is very versatile. Even if you can't get credit for it in college, programming is something you can learn to do early. There are plenty of resources on knowing how to code.

Nonetheless, if you are truly interested in this field, you should spend more time understanding the physics. Have you taken Physics at your school or do you plan on taking it? Don't worry about trying to knock classes out before college too much - if you work hard you will be able to graduate in 4 years.

Also, is there any other courses that may be required to become an Astrophysicist? (Particularly engineering)

as I said before, you need to look at the curriculum of the physics programs at universities you are considering attending. They will explicitly tell you what you need in order to graduate with the degree. What do you mean by engineering? I don't know of any physics/astronomy program that explicitly requires engineering courses. Physics majors can however choose to pursue engineering in grad school, but there is quite a bit of remedial work to transition into engineering.
 
Yes, start programming in high school for sure. This is a great idea. Then you can have a good foundation to do some research in your undergraduate program.
 
Thank you guys for the information. I really enjoy science, and I want to work hard to find a career where I am the most interested in. Getting information ahead of time is good, because it will allow me to start preparing already. I will take computer programming classes in high school, and I will chose physics next year for high school as well.
 
What year are you in right now?
 
I am in the middle of my 10th year.
 

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